thermal conductivity database of materials

..................... Sorted by Effusivity .......................................................... Sorted by Name ......................

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Material Material Specific Heat Thermal Thermal

Material

Material Specific Heat Thermal Density Capacity Conductivity Effusivity Density Capacity Conductivity

krypton (gas) 0.3733 247 0.009 1 abs resin (high k) 1040 1506 0.209radon gas 9.73 94 0.004 2 abs resin (low k) 1040 1506 0.138

xenon 5.887 159 0.006 2 acetyl (delrin) 1420 1464 0.230bromine (gas) 7.59 234 0.005 3 acrylic (high k) 1200 1423 0.251chlorine (gas) 3.214 477 0.009 4 acrylic (lucite, plexiglass) 1200 1297 0.152argon (gas) 1.784 519 0.018 4 actinium 10100 126 12.552

sulfur dioxide (so2) (gas) 2.927 636 0.009 4 air 1.29 1004 0.025steam (h2o) (gas) (satd) 0.598 1883 0.018 4 alkyd isocyanate foam (density 0.16) 160 1674 0.050water (h2o) (gas) (satd) 0.598 1883 0.018 4 allyl, cast resins (high heat capacity) 1300 2343 0.205

steam (h2o) (gas) (1 atm) 0.598 1966 0.023 5 allyl, cast resins (low heat capacity) 1300 1088 0.205water (h2o) (gas) (1 atm) 0.598 1966 0.023 5 alum (k2so4.al2(so4)3.24h2o) (crystal) 1800 1548 2.092

carbon dioxide 1.977 879 0.016 5 alumina brick, fused (al2o3 96) (22 p) 2900 753 3.096oxygen (gas) 1.429 795 0.026 5 alumina brick, high (al2o3 53) (20 p) 2330 753 1.381

carbon monoxide 1.25 1046 0.023 6 alumina brick, high (al2o3 83) (28 p) 2570 753 1.506nitric oxide (no) (gas) 1.34 967 0.024 6 alumina brick, high (al2o3 87) (22 p) 2850 753 2.929

air 1.29 1004 0.025 6 alumina porcelain, high 3400 795 18.828nitrogen (gas) 1.251 1042 0.026 6 aluminum 2698 921 225.940fluorine (gas) 1.696 816 0.026 6 aluminum (liquid) 2360 1084 92.048

ammonia (nh3) (gas) 0.771 2084 0.024 6 aluminum alloy (al84.0, average trtmt) 2700 879 125.520neon (gas) 0.8999 1029 0.049 7 aluminum alloy (al84.0, cast or tempd) 2700 879 83.680

methane (ch4) (gas) 0.7167 2259 0.034 7 aluminum alloy (al84.0, wrot or annld) 2700 879 146.440tritium gas 0.27 4728 0.096 11 aluminum alloy (al90.0, cast or tempd) 2700 879 104.600

helium (gas) 0.177 5188 0.150 12 aluminum alloy (al92.0, wrot or annld) 2700 879 167.360deuterium 0.18 7113 0.140 13 aluminum alloy (al93.0, average trtmt) 2700 879 146.440

hydrogen (gas) 0.0899 14230 0.186 15 aluminum alloy (al94.0, cast or tempd) 2700 879 125.520polystyrene foam (d = 0.046) (vacuum) 46 1130 0.008 21 aluminum alloy (al96.0, average trtmt) 2700 879 167.360polystyrene foam (d = 0.046) (1 atm) 46 1130 0.026 37 aluminum alloy (al96.0, wrot or annld) 2700 879 188.280polystyrene foam (d = 0.038) (1 atm) 38 1130 0.033 38 aluminum alloy (al96.5, cast or tempd) 2700 879 146.440

polystyrene, prefoamed, rigid, dow q103 40 1130 0.042 43 aluminum alloy (al98.0, average trtmt) 2700 879 188.280polyurethane foamed-in-place, rigid 40 1674 0.032 47 aluminum alloy (al98.5, cast or tempd) 2700 879 167.360

foamed glass (d = 0.144) 144 753 0.035 61 aluminum alloy (al99.0, average trtmt) 2700 879 209.200glass, foamed (d = 0.144) 144 753 0.035 61 aluminum alloy (al99.0, wrot or annld) 2700 879 209.200

polystyrene, foamed-in-place, rigid 100 1130 0.035 63 aluminum alloy (al99.2, cast or tempd) 2700 879 188.280polyurethane foam, flexible 60 1757 0.042 66 aluminum alloy (al99.8, cast or tempd) 2700 879 209.200

iodine (solid) 4930 218 0.004 68 aluminum alloy 2024-5-t4 (annealed) 2780 837 175.730silicon oxide (sio2) (foam, 1 atm air) 160 745 0.055 81 aluminum alloy 7075-t6 (annealed) 2801 837 163.180

fiberfax paper (carborundum co.) 324 732 0.030 84 aluminum alloy 7075-t6 (as received) 2801 837 121.340rubber, natural, foam 100 2092 0.042 94 aluminum alloy 7079 2740 795 121.340

cork, ground, regranulated 130 2008 0.045 108 aluminum alloys (al, mg 2.5-5.0) 2660 879 125.520vermiculite, expanded (d = 0.19-0.25) 220 753 0.071 109 aluminum alloys 2024-t4 and 24s-24 (ar) 2780 837 118.410

cork, ground 150 2008 0.043 114 aluminum fluosilicate (topaz) (a-axis) 3540 1255 19.246alkyd isocyanate foam (density 0.16) 160 1674 0.050 116 aluminum fluosilicate (topaz) (c-axis) 3540 1255 22.050

wood, balsa (across grain) 130 2301 0.050 123 aluminum nitride (aln) (prs axis, 98 d) 3200 732 35.146vermiculite, expanded (d = 0.3) 300 753 0.069 125 aluminum oxide (al2o3) (foam, d = 0.5) 500 778 0.042

aluminum oxide (al2o3) (foam, d = 0.5) 500 778 0.042 128 aluminum oxide (al2o3) (foam, d = 1.9) 1900 778 5.230brick, kaolin insulating (d = 0.30) 300 774 0.084 139 aluminum oxide (al2o3) (polyxtal 100 d) 3980 778 38.493kaolin brick, insulating (d = 0.30) 300 774 0.084 139 aluminum oxide (al2o3) (polyxtal, 55 d) 2200 778 17.573

snow, fresh 100 2092 0.105 148 aluminum oxide (al2o3) (single xtal) 3980 778 43.932soil, mars surface (see ucrl-50309) 2000 962 0.013 161 aluminum oxide + cr (al2o3 23, cr 77) 5900 502 46.024

vermiculite insulating powder 270 837 0.121 166 aluminum oxide + cr (al2o3 70, cr 30) 5900 628 9.205brick, diatomaceous earth (accr strata) 440 795 0.088 175 aluminum silicate (3al2o3.2sio2) (100d) 3200 766 6.276diatomaceous earth brick (accr strata) 440 795 0.088 175 aluminum silicate (al2o3.sio2) (ortho) 3140 770 11.004

kg/m3 J/kg×K W/m×K W×Ös/m2×K kg/m3 J/kg×K W/m×K


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Material Material Specific Heat Thermal Thermal Material Material Specific Heat Thermal Density Capacity Conductivity Effusivity Density Capacity Conductivity

brick, diatomaceous earth (use to 850c) 440 795 0.092 179 aluminum silicate (al2o3.sio2) (tricl) 3650 770 17.322diatomaceous earth brick (use to 850c) 440 795 0.092 179 americium 11700 126 12.552silicon carbide (sic) (foam, in vacuum) 460 678 0.105 181 ammonia (nh3) (gas) 0.771 2084 0.024

mica insulating powder 330 837 0.121 183 ammonia (nh3) (liquid under pressure) 618 4686 0.050silicone foam, rigid, various 300 1339 0.084 183 ammonium bromide (nh4br) (prsd 8 kb) 2430 1004 2.510

brick, diatomaceous earth (prll strata) 440 795 0.138 220 ammonium chloride (nh4cl) (prsd 8 kb) 1530 1678 2.510diatomaceous earth brick (prll strata) 440 795 0.138 220 analcite (na2o.al2o3.4sio2.4h2o) (xtal) 2260 1339 3.431

silicone foam, flexible (lrl) 250 1339 0.167 237 andalusite (al2o3.sio2) (ortho xtal) 3140 770 11.004wood, balsa (across grain) 320 2301 0.084 248 antimony 6696 207 18.410wood, spruce (across grain) 410 1255 0.126 254 antimony (liquid) 6500 255 20.920

brick, vermiculite 485 837 0.167 261 antimony telluride (sb2te3) (cpr, n dr) 6500 209 3.305vermiculite brick 485 837 0.167 261 antimony telluride (sb2te3) (polyxtal) 6500 209 4.602

brick, kaolin insulating (d = 0.43) 430 774 0.251 289 argon (gas) 1.784 519 0.018kaolin brick, insulating (d = 0.43) 430 774 0.251 289 arsenic telluride (as2te3) (v zone mlt) 6000 234 2.594

mica brick (red or white) (avg prop) 680 837 0.167 309 arsenic, grey 5730 331 4.184wood, cypress (across grain) 460 2301 0.096 319 astitine 7500 139 0.418

brick, diatomaceous earth (use to 1100) 600 795 0.222 325 baratol h.e. (tnt 26, ba nitrate 76) 2600 803 0.495diatomaceous earth brick (use to 1100c) 600 795 0.222 325 barium 3500 188 33.472

brick, diatomaceous earth (high burn) 590 795 0.226 326 barium boride (bab6) 4340 1255 44.769diatomaceous earth brick (high burn) 590 795 0.226 326 barium fluoride (baf2) (single crystal) 4890 439 11.297

quartz flour, fine (dry) 880 745 0.167 331 barium nitrate (ba(no3)2) (prsd 8 k8) 3240 879 1.297soil, fine quartz flour (dry) 880 745 0.167 331 barium sulfate (baso4) (crystal) 4500 669 1.674

wood, white fir (across grain) 450 2301 0.109 336 barium titanate (bao.tio2) (+mn,nb ox) 5900 439 1.297brick, diatomaceous earth (molded, frd) 610 795 0.243 343 barium titanate (bao.tio2) (100 d) 5900 439 4.184diatomaceous earth brick (molded, frd) 610 795 0.243 343 barium titanate (bao.tio2) (sintered) 5900 439 3.389

wood, spruce (with grain) 410 1255 0.230 344 berkelium 12000 126 12.552polystyrene, modified 1080 1339 0.084 348 beryl (3beo.al2o3.6sio2) 2650 1255 6.276concrete, lightweight 950 657 0.209 361 beryllium 1848 1841 184.100

wood, oregon pine (across grain) 510 2301 0.113 364 beryllium + beo (be, beo 0.6-1.7) 1840 1820 179.910ammonia (nh3) (liquid under pressure) 618 4686 0.050 381 beryllium alloy (be96.5) (annealed) 1840 1799 175.730

polyvinyl butyral 1100 1674 0.084 393 beryllium alloy (be96.5) (as received) 1840 1799 142.260butyl rubber 900 1966 0.088 394 beryllium alloy (be98.5) (annealed) 1823 1799 158.990rubber, butyl 900 1966 0.088 394 beryllium alloy (be98.5) (as received) 1823 1799 133.890

wood, white pine (across grain) 530 2301 0.130 398 beryllium alloy (be99.5) 1840 1841 154.810wood, mahogany (across grain) 540 2301 0.130 401 beryllium aluminosilicate (beryl) 2650 1255 6.276wood, virginia pine (across grain) 540 2301 0.142 420 beryllium carbide (be2c) (hp or snt) 2100 1423 23.430

polystyrene, general purpose 1050 1423 0.126 433 beryllium copper (cu bal, be 0.38-0.55) 8750 398 220.080wood, norway pine (across grain) 550 2301 0.151 437 beryllium copper (cu bal, be1.7-1.9) 8260 398 108.780

mock h.e. rm-04-bg (lx-04-1 mech mock) 1870 962 0.115 454 beryllium nitride (be3n2) (prsd 3.4 kb) 1700 1255 0.711ethyl vinyl acetate 1200 2301 0.075 456 beryllium oxide (beo) (76 pc dens) 2300 1046 138.070

wood, oak, red, black (across grain) 610 2385 0.146 462 beryllium oxide (beo) (96 pc dens) 2900 1046 255.220abs resin (low k) 1040 1506 0.138 465 beryllium oxide + be (beo, be 3-12) 2850 1088 209.200

brick, egyptian fire (sio2 64-71) 950 732 0.314 467 beryllium oxide + be + mo (be 7, mo 7) 2975 1038 158.990egyptian fire brick (sio2 64-71) 950 732 0.314 467 beryllium oxide + be + si 2900 1046 192.460

silicone rubber, low k (see ref 5) 1300 1255 0.138 475 beryllium oxide porcelain 4811 2900 1004 125.520polypropylene, moplin 910 1925 0.134 484 beta-spodumene (li2o.al2o3.4sio2) (tet) 3100 1255 1.046

polyvinyl chloride acytate, rigid 1400 1004 0.167 485 bismuth 9750 121 8.368polyallomer 900 2092 0.126 486 bismuth (liquid) 10000 142 10.878

epoxy, unfilled, cast 1200 1046 0.188 486 bismuth telluride (bi2te3-p) (plane dr) 7700 154 2.510acrylic (lucite, plexiglass) 1200 1297 0.152 486 bismuth telluride sulfide (bi2te2s) 6800 176 2.385

polyvinyl carbazole 1180 1297 0.155 487 boride z cermet (zrb2 81-87, mosi2 13) 5200 502 20.920polyester, glass fiber reinforced, tac 1230 1130 0.176 494 borolite 101 cermet (zrb2 93-96, b 4-7) 5300 460 27.614soil, loam (dry) (av prop) (see refs) 1200 837 0.251 502 boron 2500 1130 2.092



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wood, teak (across grain) 640 2301 0.172 503 boron carbide (b4c) (dense) 2400 921 28.451epoxy, glass fiber filled (molded) 1900 795 0.167 503 boron carbide (b4c) (porous) 2000 921 17.154phenolic, molded (low density, k) 1240 1255 0.172 517 boron nitride (bn 80, c 20) (prs axis) 1620 795 19.037

polypropylene, copolymer 910 2343 0.126 517 boron nitride (bn 97, bn2o3 2) (perp p) 2100 795 28.870rubber, natural 930 2092 0.138 518 boron nitride (bn 97, bn2o3 2) (prs ax) 2100 795 15.062

silicon carbide (sic) (powder, in air) 1585 678 0.251 519 boron nitride (bn) (perp pr axis, 95 d) 2100 795 32.844epoxy, der 332 (c), hysol 6000-op (k) 1210 1172 0.195 525 boron nitride (bn) (prs axis, 94 d) 2100 795 20.920

polyvinylidene chloride film 1680 1339 0.126 531 boron silicide (b4si) 2460 1046 9.832polyvinylidene chloride 1700 1339 0.126 535 brass, aluminum (cu76, zn22, al2) 8600 377 100.420

wood, maple (across grain) 710 2301 0.176 536 brass, cartridge (cu70, zn30) 8570 418 100.420allyl, cast resins (low heat capacity) 1300 1088 0.205 538 brass, leaded 8500 377 117.150

cellulose acetate butyrate (low k) 1200 1464 0.167 542 brass, muntz metal 8400 377 125.520cellulose proprionate (low k) 1200 1464 0.167 542 brass, red, cast (cu85, zn5, pb5, sn3) 8750 377 71.965

polyvinyl tpx-r 830 2176 0.167 550 brass, red, wrought (cu85, zn15) 8750 377 146.440polyvinylidene fluoride (kynar) 1760 1381 0.126 552 brass, tin (naval and admiralty) 8460 377 112.970silicone, molded, various fillers 1800 1046 0.167 561 brass, yellow (cu65, zn35) 8470 377 117.150

urea-formaldehyde, molded 1500 1674 0.126 561 brick, chrome (cr2o3 32) 3200 628 1.172cellulose acetate (low k) 1300 1464 0.167 564 brick, chrome magnesite (see ref 47) 3000 753 2.092phenolic, cast, no filler 1310 1464 0.167 567 brick, diatomaceous earth (accr strata) 440 795 0.088

abs resin (high k) 1040 1506 0.209 572 brick, diatomaceous earth (high burn) 590 795 0.226polyvinyl chloride acytate, flexible 1200 1674 0.167 580 brick, diatomaceous earth (molded, frd) 610 795 0.243

soil, sandy dry 1650 795 0.264 588 brick, diatomaceous earth (prll strata) 440 795 0.138concrete, cinder 1600 657 0.335 593 brick, diatomaceous earth (use to 1100) 600 795 0.222

polyvinyl chloride, rigid 1400 1004 0.251 594 brick, diatomaceous earth (use to 850c) 440 795 0.092methyl methacrylate 1180 1464 0.209 601 brick, egyptian fire (sio2 64-71) 950 732 0.314

polymethyl methacrylate 1180 1464 0.209 601 brick, fired carbon 1470 707 3.598phenoxy 1250 1674 0.176 606 brick, forsterite (mgo 58 sio2 38)(20p) 2760 795 1.004

nylon, glass filled 1400 1339 0.209 626 brick, fused alumina (al2o3 96) (22 p) 2900 753 3.096melamine (low dens, low k) 1400 1674 0.167 626 brick, hard fired silica (sio2 94-95) 1800 753 1.674

sulfur 2000 711 0.276 627 brick, high alumina (al2o3 53) (20 p) 2330 753 1.381quartz sand (dry) (av prop) (see ref) 1600 753 0.335 635 brick, high alumina (al2o3 83) (28 p) 2570 753 1.506

sand (dry) (d = 1.36 to 1.84) (av prop) 1600 753 0.335 635 brick, high alumina (al2o3 87) (22 p) 2850 753 2.929polysulfone 1250 1255 0.259 638 brick, kaolin insulating (d = 0.30) 300 774 0.084

calcium oxide (cao) (packed pwd, 50 d) 1700 753 0.318 638 brick, kaolin insulating (d = 0.43) 430 774 0.251wood, oak, white, live (across grain) 825 2385 0.209 642 brick, magnesite (mgo 87) 2530 837 3.849

nylon 6, 11, 66, 610 (polycaprolactam) 1120 1527 0.243 644 brick, magnesite a (mgo 90) (14.5 p) 3080 837 4.937polyvinyl chloride, flexible 1500 1674 0.167 648 brick, magnesite b 93) (22.6 p) 2760 837 4.812

rubber, buna, with carbon black 1000 1757 0.243 653 brick, magnesite c 86) (17.8 p) 2920 837 3.682styrene-butadiene rubber + carbon blk 1000 1757 0.243 653 brick, magnesite spall res (mgo 89) 2670 837 3.473

acrylic (high k) 1200 1423 0.251 655 brick, masonry, medium 2000 837 0.711wood, pine (with grain) 550 2301 0.343 659 brick, missouri fireclay 2000 753 1.004polycarbonate, various fillers 1350 1674 0.192 660 brick, normal fireclay (22 p) 1980 732 1.297

astitine 7500 139 0.418 661 brick, siliceous (sio2 89 al2o3 9)(25p) 1930 753 0.937polypropylene, filled 1270 1925 0.180 663 brick, siliceous fireclay (23 p) 2000 753 1.088

phenol-formaldehyde + phenol-furfural 1280 1674 0.209 670 brick, sillimanite (22 pc porosity) 2310 711 1.464nitrocellulose h.e. (12.7 n) 1580 1255 0.230 676 brick, stabilized dolomite (22 p) 2700 837 1.674cellulose nitrate (pyroxylin) 1380 1464 0.230 682 brick, vermiculite 485 837 0.167

plastic laminate, various types 1800 1255 0.209 687 bromine (gas) 7.59 234 0.005nitrile rubber 1000 1966 0.243 691 bronze (cu75, sn25) 8800 377 188.280rubber, nitrile 1000 1966 0.243 691 bronze, aluminum (cu92, al8) 7900 377 71.128

cellulose triacetate 1300 1464 0.251 691 bronze, architectural 8500 377 121.340silicone rubber, rtv 521 and 093-009 1400 1255 0.272 691 bronze, commercial 8800 377 188.280

acetyl (delrin) 1420 1464 0.230 692 bronze, manganese 8360 377 104.600



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rubber, dielectric mix 1100 2092 0.209 694 bronze, phospher 1.25 percent 8900 377 205.020composition c-4 h.e. (rdx 90, binders) 1590 1172 0.260 696 bronze, phospher 10 percent 8780 377 50.208

fluorocarbons, cfe and ctfe 2120 921 0.251 700 bronze, phospher 5 percent 8860 377 71.128neoprene rubber 1250 2176 0.192 724 bronze, silicon, high 8530 377 33.472rubber, neoprene 1250 2176 0.192 724 bronze, silicon, low 8750 377 54.392

snow, packed 550 2092 0.469 734 bronze, tin (cast), high leaded 9200 377 41.840silicone rubber, medium k (see ref 5) 1300 1255 0.335 739 bronze, tin (cast), leaded 8700 377 50.208

fluorocarbons, tfe (teflon) 2170 1004 0.251 740 butadiene-acrylonitrile rubber + c 1340 1443 0.418teflon 2170 1004 0.251 740 butyl rubber 900 1966 0.088

tnt h.e. (2,4,6-trinitrotoluene) (cast) 1550 1372 0.260 744 cadmium 8650 230 92.048ethyl cellulose (wide range of c, k) 1150 2092 0.230 744 cadmium (liquid) 8000 264 34.727datb h.e. (diamino trinitrobenzene) 1795 1255 0.251 752 calcite (caco3) (crystal) (a axis) 2710 837 3.849

diallyl phthalate (dapon) 1650 1130 0.305 755 calcite (caco3) (crystal) (c axis) 2710 837 4.393plaster, building (molded, dry) 1250 1088 0.431 766 calcium 1550 657 125.520

cellulose acetate butyrate (high k) 1200 1464 0.335 767 calcium boride (cab6) 2460 1255 39.162cellulose proprionate (high k) 1200 1464 0.335 767 calcium carbonate (caco3) (calcite) (a) 2710 837 3.849

polyurethane rubber l-100 1250 1674 0.293 783 calcium carbonate (caco3) (calcite) (c) 2710 837 4.393rubber, polyurethane elastomer l-100 1250 1674 0.293 783 calcium carbonate (caco3) (natural) 2610 837 2.259

tetryl h.e. 1710 1255 0.286 783 calcium fluoride (caf2) (mineral aggr) 3180 1167 4.017composition b-3 h.e. (rdx 60, tnt 40) 1725 1356 0.262 783 calcium fluoride (caf2) (single xtal) 3180 1167 9.623

petn h.e. 1760 1674 0.209 785 calcium magnesium carbonate (camgc2o6) 2700 921 2.929allyl, cast resins (high heat capacity) 1300 2343 0.205 790 calcium oxide (cao) (packed pwd, 50 d) 1700 753 0.318

polyethylene, low density 920 2092 0.331 798 calcium oxide (cao) (pressed, 91 dens) 3030 753 13.807cellulose acetate (high k) 1300 1464 0.335 798 calcium sulfate dihydrate (caso4.4h2o) 2320 1088 1.297

fluorocarbons, fep 2200 1172 0.251 805 calcium titanate (cao.tio2) 4100 728 4.602phenolic resin, pressed, types 40, 50 1380 1255 0.377 808 californium 12000 126 12.552

uranium oxide (u3o8) (prsd at 100 psi) 8000 276 0.297 810 carbon brick, fired 1470 707 3.598rubber, high k 1100 2092 0.293 821 carbon dioxide 1.977 879 0.016

soil, loam (h2o 4-27 pc) (av, see refs) 1600 1046 0.418 837 carbon monoxide 1.25 1046 0.023silicon carbide (sic) (powder, in he) 1585 678 0.690 861 carbon, amorphous (carbon stock) 1510 707 6.276

phenolic, cast, asbestos filler 1700 1255 0.351 866 carbon, diamond gem quality type 1 3510 506 543.920melamine, cellulose filled (mst 95-205) 1450 1674 0.314 873 carbon, graphite (typical k) 2250 707 167.360pbx-9404-03 h.e. (hmx 94, nc 3, bind 3) 1836 1004 0.427 887 cellulose acetate (high k) 1300 1464 0.335

teflon, reinforced 1990 975 0.414 896 cellulose acetate (low k) 1300 1464 0.167butadiene-acrylonitrile rubber + c 1340 1443 0.418 899 cellulose acetate butyrate (high k) 1200 1464 0.335lx-o4-1 h.e. (hmx 85, viton a 15) 1865 1172 0.387 919 cellulose acetate butyrate (low k) 1200 1464 0.167lx-04 h.e. (hmx 85, viton a 15) 1870 1023 0.448 925 cellulose nitrate (pyroxylin) 1380 1464 0.230polyethylene, medium density 935 2301 0.414 944 cellulose proprionate (high k) 1200 1464 0.335

melamine, alpha cellulose filled 1500 1674 0.356 945 cellulose proprionate (low k) 1200 1464 0.167pbx-9011 h.e. (hmx 90, estane 10) 1770 1172 0.431 946 cellulose triacetate 1300 1464 0.251

flint glass 2400 502 0.753 953 cerium 6790 193 10.878glass, flint 2400 502 0.753 953 cerium boride (ceb6) (99.0 pc dense) 4700 628 33.890

urea-formaldehyde, alpha cellulose fllr 1500 1674 0.377 972 cerium oxide (ceo2) (prsd, sntrd, 86 d) 6100 352 11.715lx-07 h.e. (hmx 90, viton a 10) 1870 1049 0.502 992 cerium sulfide (ce2s3) 5200 343 0.586

mock h.e. lm-04-0 h7-048-a522.1 1700 1109 0.527 997 cerium sulfide (ces) 5930 293 8.368lx-09 h.e. (hmx 93, dnpa 4.6, fefo 2.4) 1840 1056 0.515 1000 cesium 1870 230 41.840

lx-10 h.e. (hmx 95, viton a 5) 1860 1056 0.515 1005 cesium (liquid) 1840 251 25.104soil, sandy (h20 8) 1750 1004 0.586 1014 chalk (av prop) 1540 921 0.837

baratol h.e. (tnt 26, ba nitrate 76) 2600 803 0.495 1017 chlorine (gas) 3.214 477 0.009cerium sulfide (ce2s3) 5200 343 0.586 1022 chrome alum (cr2(so4)3.k2so4.24h2o) 1826 1339 2.092

polyethylene, high density 950 2301 0.502 1048 chrome brick (cr2o3 32) 3200 628 1.172melamine, fabric or flock filled 1520 1674 0.443 1062 chrome magnesite brick (see ref 47) 3000 753 2.092

epoxy, silica filled, cast 1800 1004 0.628 1065 chrome-nickel-iron superalloys 8000 439 23.430



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concrete, 1-4 dry 2300 657 0.753 1067 chromium 7160 448 87.864soil (av props) (see refs) 1300 1046 0.837 1067 chromium carbide + ni (cr(x)c(y), ni) 6700 502 11.297

selenium (grey) 4790 322 0.753 1078 chromium copper (cu bal, cr0.5) 8880 377 326.350indium telluride (in2te3) 4629 201 1.255 1080 chromium nitride (cr2n) (prsd, 100 d) 6500 628 22.594

chalk (av prop) 1540 921 0.837 1089 chromium nitride (crn) (prsd, 100 pc d) 6100 699 12.134mock h.e. 90010 (pbx-9404 mech mock) 1780 1255 0.532 1090 chromium silicide (crsi2) 5000 494 7.950

brick, masonry, medium 2000 837 0.711 1091 cobalt 8860 423 84.935sand, northway (h2o 4-10) (av prop) 1700 837 0.837 1091 cobalt alloy (co64,cr30,w6) 8440 418 12.552

silicone rubber, high k (see ref 5) 1300 1255 0.753 1108 cobalt alloy he-1049 8846 352 14.644uranium oxide (u3o8) (prsd at 4200 psi) 8300 276 0.544 1116 cobalt alloy hs-21 (aged) 8300 423 32.635

polyvinyl alcohol 1250 1255 0.795 1117 cobalt alloy hs-21 (as cast) 8300 423 12.552silver antimony telluride (snte 25 pc) 6500 209 0.983 1156 cobalt alloy hs-23 8540 418 13.389

tin telluride (snte 25, agsbte2 75) 6500 209 0.983 1156 cobalt alloy hs-25 (l-605) (wrought) 9150 385 9.205brick, siliceous (sio2 89 al2o3 9)(25p) 1930 753 0.937 1167 cobalt alloy hs-27 (as cast) 8210 418 11.171siliceous brick (sio2 89, al2o3 9)(25p) 1930 753 0.937 1167 cobalt alloy hs-30 (422-19) (as cast) 8310 418 12.552

limestone (h2o 15.3) 1650 921 0.920 1182 cobalt alloy hs-31 (x-40) (as cast) 8610 418 12.552brick, missouri fireclay 2000 753 1.004 1230 cobalt alloy hs-36 (cast) 9040 385 9.372fireclay brick, missouri 2000 753 1.004 1230 cobalt alloy j-1570 8400 418 10.042

beryllium nitride (be3n2) (prsd 3.4 kb) 1700 1255 0.711 1232 cobalt alloy jessop g-32 8260 418 14.644melamine, glass fiber filled (mst 205) 1900 1674 0.481 1237 cobalt alloy k-42b 8400 418 12.552tatb h.e. (triamino-trinitro-benzene) 1880 1047 0.799 1254 cobalt alloy multimet (n-155) (low c) 8215 435 16.318

concrete, stone (1-2-4 mix) 2300 657 1.046 1257 cobalt alloy multimet (n-155) (wrought) 8215 435 12.970brick, siliceous fireclay (23 p) 2000 753 1.088 1280 cobalt alloy s-590 (wrought) 8350 418 12.970fireclay brick, siliceous (23 p) 2000 753 1.088 1280 cobalt alloy s-816 (wrought) 8680 418 12.970

mock h.e. lm-04-0 h4-048-a294-3 1700 962 1.004 1282 cobalt alloy v-36 (wrought) 8600 418 12.552mica (single crystal) (c axis) 2800 837 0.711 1291 cobalt alloy wi-52 8400 418 25.104

glass, lead 3040 502 1.130 1313 cobalt alloy wi-52 (cr coated sample) 8400 418 19.665lead glass 3040 502 1.130 1313 cobalt nickel oxide (46coo.46nio.8lio) 6500 753 3.598

gypsum (caso4.4h2o) (artificial) 2110 1088 0.753 1315 cobalt oxide (coo) 6460 703 10.042glass, borosilicate crown 2520 669 1.046 1328 cobalt silicide (cos) 6600 586 9.623polyimide, h-film, kapton 1420 1130 1.130 1346 colombium alloy (cb61,ta28,w10,zr0.5) 10700 201 44.769

glass, pyrex 2220 728 1.130 1351 colombium alloy (cb80, w15, mo5) 9600 247 50.208pyrex glass 2220 728 1.130 1351 colombium alloy (cb85, ti10, zr5) 7770 255 29.288

silver selenide (ag2se) 8000 280 0.837 1370 colombium alloy (cb95, ta5) 9000 251 44.769brick, normal fireclay (22 p) 1980 732 1.297 1371 composition b-3 h.e. (rdx 60, tnt 40) 1725 1356 0.262fireclay brick, normal (22 p) 1980 732 1.297 1371 composition c-4 h.e. (rdx 90, binders) 1590 1172 0.260

polonium 9320 121 1.674 1376 concrete, 1-4 dry 2300 657 0.753melamine, asbestos filled (mst 95-205) 1850 1674 0.628 1394 concrete, cinder 1600 657 0.335

mercury chloride (hgcl2) (prsd 8 kb) 5440 285 1.297 1417 concrete, lightweight 950 657 0.209glass (see ref 27, pp e5-e8) (avg prop) 2300 837 1.046 1419 concrete, stone (1-2-4 mix) 2300 657 1.046

diabasic glass (artificial) 2400 753 1.172 1455 copper 8940 385 397.480glass, diabase (artificial) 2400 753 1.172 1455 copper alloy (cu bal, be 0.38-0.55) 8750 398 220.080

quartz sand (wet) (h2o 4-23) (av prop) 1700 753 1.674 1464 copper alloy (cu bal, be 1.7-1.9) 8260 398 108.780sand, quartz (wet) (h2o 4-23) (av prop) 1700 753 1.674 1464 copper alloy (cu bal, cr0.5) 8880 377 326.350

glass, vycor 2190 745 1.339 1478 copper alloy (cu70, ni30) 8900 377 29.288vycor glass 2190 745 1.339 1478 copper alloy (cu90, ni10) 8900 377 41.840

brick, forsterite (mgo 58 sio2 38)(20p) 2760 795 1.004 1484 copper alloy (cu99.4, al0.3, zr0.27) 8900 377 217.570forsterite brick (mgo 58 sio2 38)(20 p) 2760 795 1.004 1484 copper alloy constantan (cu55, ni45) 8890 398 22.175silver chloride (agcl) (single crystal) 5560 356 1.134 1497 copper alloy manganin 8700 377 22.175

fused quartz glass (sio2) 2200 745 1.381 1504 copper alloy nickel silver (ni 10-20) 8800 377 33.472fused silica glass 2200 745 1.381 1504 copper gilding metal (cu95, zn5) 8850 377 230.120

glass, fused quartz (sio2) 2200 745 1.381 1504 copper lithium oxide (96cuo.4lio) 6300 669 15.272glass, fused silica or vitrous silica 2200 745 1.381 1504 copper oxide (cuo) (tenorite) 6500 536 17.991



6


quartz glass, fused (sio2) 2200 745 1.381 1504 copper sulfate (cuso4) (crystal) 3606 753 2.092silica glass, fused or vitrous 2200 745 1.381 1504 copper sulfate hydrate (cuso4.5h2o) 2284 1172 2.259

silicon oxide (sio2) (fused quartz) 2200 745 1.381 1504 copper, wrought (etp, dhp, te0.5, pb1) 8900 377 376.560vitrous silica glass 2200 745 1.381 1504 cordierite (2mgo.2al2o3.5sio2) 2100 774 2.218

brick, hard fired silica (sio2 94-95) 1800 753 1.674 1506 cork, ground 150 2008 0.043silica brick, hard fired (sio2 94-95) 1800 753 1.674 1506 cork, ground, regranulated 130 2008 0.045

glass, soda plate 2500 753 1.213 1511 cupronickel (cu70, ni30) 8900 377 29.288plate glass 2500 753 1.213 1511 cupronickel (cu90, ni10) 8900 377 41.840

glass, soda-lime 2300 753 1.339 1523 curium 7000 126 12.552soda-lime glass 2300 753 1.339 1523 dandelion 35 6430 418 7.699

silicon nitride (si3n4) (70 pc dense) 2200 690 1.548 1533 datb h.e. (diamino trinitrobenzene) 1795 1255 0.251brick, chrome (cr2o3 32) 3200 628 1.172 1534 deuterium 0.18 7113 0.140chrome brick (cr2o3 32) 3200 628 1.172 1534 deuterium oxide (d2o) (liquid) 1100 4205 0.561

melamine (high dens, high k) 2000 1674 0.711 1543 diabasic glass (artificial) 2400 753 1.172brick, sillimanite (22 pc porosity) 2310 711 1.464 1551 diallyl phthalate (dapon) 1650 1130 0.305sillimanite brick (22 pc porosity) 2310 711 1.464 1551 diatomaceous earth brick (accr strata) 440 795 0.088

tin telluride (snte 60, agsbte2 40) 6500 209 1.778 1555 diatomaceous earth brick (high burn) 590 795 0.226alumina brick, high (al2o3 53) (20 p) 2330 753 1.381 1557 diatomaceous earth brick (molded, frd) 610 795 0.243brick, high alumina (al2o3 53) (20 p) 2330 753 1.381 1557 diatomaceous earth brick (prll strata) 440 795 0.138

glass, lime window 2480 753 1.318 1569 diatomaceous earth brick (use to 1100c) 600 795 0.222window glass, lime 2480 753 1.318 1569 diatomaceous earth brick (use to 850c) 440 795 0.092

glass, obsidian 2400 753 1.372 1575 dolomite (camg(co3)2) (avg prop) 2700 921 2.929obsidian glass 2400 753 1.372 1575 dolomite brick, stabilized (22 p) 2700 837 1.674

molybdenum telluride (mote2) 5500 226 2.008 1580 dysprosium 8556 173 10.042water (h2o) (liquid) 1000 4184 0.603 1588 egyptian fire brick (sio2 64-71) 950 732 0.314

rubidium chloride (rbcl) (prsd 8 kb) 2800 431 2.092 1589 einsteinium 12000 126 12.552phenolic, molded (high density, k) 3000 1255 0.674 1593 epoxy, der 332 (c), hysol 6000-op (k) 1210 1172 0.195potassium bromide (kbr 75, kcl 25) 2550 477 2.092 1595 epoxy, glass fiber filled (molded) 1900 795 0.167lead telluride (pbte) (single crystal) 8160 151 2.092 1603 epoxy, silica filled, cast 1800 1004 0.628sodium chlorate (naclo3) (crystal) 2490 921 1.130 1609 epoxy, unfilled, cast 1200 1046 0.188

deuterium oxide (d2o) (liquid) 1100 4205 0.561 1610 epsomite (mgso4.7h2o) (crystal) 1680 1506 2.427heavy water (d2o) (liquid) 1100 4205 0.561 1610 erbium 9060 168 9.623water, heavy (d2o) (liquid) 1100 4205 0.561 1610 ethyl cellulose (wide range of c, k) 1150 2092 0.230

rubidium iodide (rbi) (prsd 8 kb) 3550 234 3.305 1658 ethyl vinyl acetate 1200 2301 0.075potassium iodide (ki) (prsd 8 kb) 3130 305 2.887 1661 europium 5300 176 12.552bismuth telluride sulfide (bi2te2s) 6800 176 2.385 1688 europium boride (eub6) (93.0 pc dense) 4600 628 23.012

manganese telluride (95mnte.5mnas) 5700 402 1.255 1695 fermium 12000 126 12.552lead telluride (pbte) (polyxtal) 8160 151 2.343 1697 fiberfax paper (carborundum co.) 324 732 0.030

alumina brick, high (al2o3 83) (28 p) 2570 753 1.506 1707 fireclay brick, missouri 2000 753 1.004brick, high alumina (al2o3 83) (28 p) 2570 753 1.506 1707 fireclay brick, normal (22 p) 1980 732 1.297bismuth telluride (bi2te3-p) (plane dr) 7700 154 2.510 1728 fireclay brick, siliceous (23 p) 2000 753 1.088potassium bromide (kbr 50, kcl 50) 2360 531 2.510 1774 flint glass 2400 502 0.753potassium chloride (kcl 50, kbr 50) 2360 531 2.510 1774 fluorine (gas) 1.696 816 0.026

calcium sulfate dihydrate (caso4.4h2o) 2320 1088 1.297 1809 fluorocarbons, cfe and ctfe 2120 921 0.251gypsum (caso4.4h2o) (mineral) (high d) 2320 1088 1.297 1809 fluorocarbons, fep 2200 1172 0.251

tungsten telluride (wte2) 12000 176 1.590 1831 fluorocarbons, tfe (teflon) 2170 1004 0.251quartz powder, coarse (h2o 24) 1870 1590 1.130 1833 foamed glass (d = 0.144) 144 753 0.035

shale (av prop) (see ref 51) 2400 837 1.674 1833 forsterite (2mgo.sio2) (100 pc dense) 3200 837 5.858barium titanate (bao.tio2) (+mn,nb ox) 5900 439 1.297 1833 forsterite brick (mgo 58 sio2 38)(20 p) 2760 795 1.004

potassium bromide (kbr 90, kcl 10) 2660 448 2.887 1854 francium 12000 142 12.552molybdenum selenide (mose2) 5000 301 2.301 1862 fused quartz glass (sio2) 2200 745 1.381

tin telluride (snte 80, agsbte2 20) 6500 209 2.594 1878 fused silica glass 2200 745 1.381potassium ferrocyanide (k4fe(cn)6.3h2o) 1850 1130 1.715 1894 gadolinium 7870 230 8.786



7


cordierite (2mgo.2al2o3.5sio2) 2100 774 2.218 1899 gadolinium boride (gdb6) (95.6 pc dens) 5000 628 20.502magnesium aluminum silicate (cordierit) 2100 774 2.218 1899 gadolinium oxide (gd2o3) (monoc) (98 d) 7640 290 10.042

arsenic telluride (as2te3) (v zone mlt) 6000 234 2.594 1910 gallium 5907 372 33.472zirconium oxide (zro2 96, cao 6, 91 d) 5080 456 1.590 1919 gallium (liquid) 6090 399 33.472potassium nitrate (kno3) (pr 8000 kb) 2109 837 2.092 1921 germanium (intrinsic, p-type) 5325 322 58.576barium nitrate (ba(no3)2) (prsd 8 k8) 3240 879 1.297 1921 germanium (n-type) 5325 322 58.576

brick, fired carbon 1470 707 3.598 1934 glass (see ref 27, pp e5-e8) (avg prop) 2300 837 1.046carbon brick, fired 1470 707 3.598 1934 glass, borosilicate crown 2520 669 1.046

brick, stabilized dolomite (22 p) 2700 837 1.674 1945 glass, ceramic, pyroceram 9606 2600 782 3.975dolomite brick, stabilized (22 p) 2700 837 1.674 1945 glass, ceramic, pyroceram 9608 2500 808 2.050

granite (low k) 2650 837 1.715 1950 glass, diabase (artificial) 2400 753 1.172rock or stone (average properties) 2600 837 1.757 1955 glass, flint 2400 502 0.753

limestone (dense, dry) 2500 921 1.674 1962 glass, foamed (d = 0.144) 144 753 0.035sandstone (low density) 2200 962 1.841 1974 glass, fused quartz (sio2) 2200 745 1.381zinc antimonide (znsb) 6300 272 2.343 2004 glass, fused silica or vitrous silica 2200 745 1.381

beta-spodumene (li2o.al2o3.4sio2) (tet) 3100 1255 1.046 2017 glass, lead 3040 502 1.130lithium aluminum silicate (b-spodumene) 3100 1255 1.046 2017 glass, lime window 2480 753 1.318

sodium bromide (nabr) (prsd 8 kb) 3203 510 2.510 2026 glass, obsidian 2400 753 1.372magnesium titanate porcelain 2900 753 1.883 2028 glass, pyrex 2220 728 1.130porcelain, magnesium titanate 2900 753 1.883 2028 glass, soda plate 2500 753 1.213

glass, ceramic, pyroceram 9608 2500 808 2.050 2034 glass, soda-lime 2300 753 1.339pyroceram 9608 ceramic glass 2500 808 2.050 2034 glass, vycor 2190 745 1.339

hafnium oxide (hfo2) (monoc) (94 d) 9100 272 1.674 2035 gold 19300 128 317.980strontium sulfate (srso4) (crystal) 3960 586 1.799 2043 gold (liquid) 17240 149 167.360

tellurium 6240 201 3.347 2048 granite (av prop) (see ref 51) 2650 837 2.510manganese telluride (99mnte.nate) 5700 402 1.841 2053 granite (high k) 2650 837 3.975

potassium chromate (k2o.2cro3) (m axis) 2680 921 1.715 2057 granite (low k) 2650 837 1.715lithium tetraborate (li2o.2b2o3) (epox) 2140 1130 1.757 2061 gypsum (caso4.4h2o) (artificial) 2110 1088 0.753

potassium chloride (kcl 75, kbr 25) 2160 598 3.305 2067 gypsum (caso4.4h2o) (mineral) (high d) 2320 1088 1.297slate (av prop) (see ref 51) 2760 837 1.883 2085 hafnium 13200 142 22.175

antimony telluride (sb2te3) (cpr, n dr) 6500 209 3.305 2120 hafnium boride (hfb2) 11200 251 41.840potassium bromide (kbr) (prsd 8 kb) 2750 435 3.807 2134 hafnium carbide (hfc) 12600 188 29.288

zirconium oxide (zro2) (monoc., 100 d) 5560 456 1.849 2166 hafnium nitride (hfn) (hp strd 78-92 d) 10850 209 11.715brick, chrome magnesite (see ref 47) 3000 753 2.092 2174 hafnium oxide (hfo2) (monoc) (94 d) 9100 272 1.674chrome magnesite brick (see ref 47) 3000 753 2.092 2174 heavy water (d2o) (liquid) 1100 4205 0.561

lead oxide (pbo) (yellow) 8000 205 2.929 2192 helium (gas) 0.177 5188 0.150mica (single crystal) (synthetic) (98d) 2790 837 2.092 2210 hematite (fe2o3) 5240 628 12.552calcium carbonate (caco3) (natural) 2610 837 2.259 2221 holmium 8800 165 10.042

barium sulfate (baso4) (crystal) 4500 669 1.674 2245 hydrogen (gas) 0.0899 14230 0.186chrome alum (cr2(so4)3.k2so4.24h2o) 1826 1339 2.092 2262 ice (h2o) (solid) 917 4217 2.092

potassium chromate (k2o.2cro3) (s axis) 2680 921 2.092 2272 indium 7300 239 23.430porcelain, ordinary 3400 753 2.092 2314 indium (liquid) 7030 266 43.932

sandstone (av prop) (see ref 51) 2300 962 2.510 2357 indium alloy (in25, sn37.5, pb37.5) 8690 239 56.902strontium titanate (sro.tio2) (80 d) 4000 536 2.594 2357 indium antimonide (insb) (imp 0.16) 7000 218 16.318

granite (av prop) (see ref 51) 2650 837 2.510 2359 indium antimonide (insb) (imp 0.33-1.2) 7000 218 71.128phosphorus (white) 1820 741 4.184 2375 indium arsenide (inas) (polyx, imp 3.0) 6000 251 52.718

copper sulfate (cuso4) (crystal) 3606 753 2.092 2384 indium arsenide (inas) (pure, s-doped) 6000 251 26.778pyrophyllite (perpend. to bedding) 2800 837 2.427 2385 indium telluride (in2te3) 4629 201 1.255

potassium bromide (kbr) (single xtal) 2750 435 4.812 2399 iodine (solid) 4930 218 0.004alum (k2so4.al2(so4)3.24h2o) (crystal) 1800 1548 2.092 2414 iridium 22500 130 146.440

potassium alum (k2so4.al2(so4)3.24h2o) 1800 1548 2.092 2414 iron (0 to 3000 deg c) 7870 448 71.965quartz flour, fine (h2o 21 pc) 1820 1464 2.218 2431 iron (-273 to 763 deg c) 7870 448 71.965

soil, fine quartz flour (h2o 21 pc) 1820 1464 2.218 2431 iron (-51 to 1537 deg c) 7870 448 71.128



8


boron 2500 1130 2.092 2431 iron alloy invar (fe64, ni36) 8000 515 10.878lithium manganese selenide (97mn.3li.-) 5500 385 2.803 2436 iron oxide (fe2o3) (hematite) 5240 628 12.552

manganese selenide (97mnse.3lise) 5500 385 2.803 2436 iron oxide (feo.fe2o3) (magnatite) 5200 653 5.021marble (av prop) (see ref 51) 2700 879 2.510 2440 iron sulfide (fes2) (single crystal) 5000 557 37.907

zirconium oxide (y2o3 12, zr 8) (97 d) 5500 439 2.469 2442 iron, ductile (0.06 mg) 7430 460 33.472copper sulfate hydrate (cuso4.5h2o) 2284 1172 2.259 2459 iron, ductile (mg containing) 7200 460 33.054

ammonium bromide (nh4br) (prsd 8 kb) 2430 1004 2.510 2475 iron, ductile (mg containing, heat res) 7200 460 28.870epsomite (mgso4.7h2o) (crystal) 1680 1506 2.427 2478 iron, grey cast, ferritic (2.3-3.0 c) 7190 460 50.208

magnesium sulfate hydrate (mgso4.7h2o) 1680 1506 2.427 2478 iron, grey cast, ferritic (3.2-3.8 c) 7190 460 71.128antimony telluride (sb2te3) (polyxtal) 6500 209 4.602 2502 iron, grey cast, pearlitic (2.3-3.0 c) 7190 460 41.840alumina brick, high (al2o3 87) (22 p) 2850 753 2.929 2507 iron, grey cast, pearlitic (3.0-3.2 c) 7190 460 50.208brick, high alumina (al2o3 87) (22 p) 2850 753 2.929 2507 iron, grey cast, pearlitic (3.4 c) 7190 460 58.576

ammonium chloride (nh4cl) (prsd 8 kb) 1530 1678 2.510 2539 iron, grey cast, pearlitic (3.7-3.8 c) 7190 460 66.944soil, clay (wet) 1500 2929 1.506 2572 iron, grey cast, pearlitic (4.12 c) 7190 460 79.496

samarium sulfide (sms) 6010 293 3.766 2575 iron, ingot (fe99.9+) 7870 448 71.128potassium chloride (kcl 90, kbr 10) 2050 649 5.021 2584 iron, malleable (2.5 c) 7200 527 51.045carbon, amorphous (carbon stock) 1510 707 6.276 2589 iron, ni-hard types 1 and 2 (kovar) 7700 460 14.226

alumina brick, fused (al2o3 96) (22 p) 2900 753 3.096 2600 iron, ni-resist, type 3 (cast) 7400 460 39.330brick, fused alumina (al2o3 96) (22 p) 2900 753 3.096 2600 iron, ni-resist, type 4 (cast) 7400 502 37.656

talc 2790 816 2.971 2600 iron, ni-resist, type d2 (cast) 7410 460 13.389radium 5000 113 12.552 2668 iron, ni-resist, types 1 and 2 (cast) 7300 460 39.748

calcium magnesium carbonate (camgc2o6) 2700 921 2.929 2698 iron, ni-tensyliron (cast, heat treat) 7200 460 46.024dolomite (camg(co3)2) (avg prop) 2700 921 2.929 2698 iron, nodular cast, ferritic base 7200 460 37.656

aluminum oxide (al2o3) (foam, d = 1.9) 1900 778 5.230 2781 iron, nodular cast, pearlitic base 7200 460 37.656tungsten selenide (wse2) 10000 226 3.431 2784 iron, wrought (various) 7700 460 58.576

brick, magnesite spall res (mgo 89) 2670 837 3.473 2785 kaolin brick, insulating (d = 0.30) 300 774 0.084magnesite brick, spall res (mgo 89) 2670 837 3.473 2785 kaolin brick, insulating (d = 0.43) 430 774 0.251

arsenic, grey 5730 331 4.184 2815 krypton (gas) 0.3733 247 0.009glass, ceramic, pyroceram 9606 2600 782 3.975 2844 kyanite (al2o3.sio2) (tricl crystal) 3650 770 17.322pyroceram 9606 ceramic glass 2600 782 3.975 2844 lanthanum 6200 193 13.807

ice (h2o) (solid) 917 4217 2.092 2844 lanthanum boride (lab6) (99.5 pc dense) 4600 628 47.698water (h2o) (solid) (ice) 917 4217 2.092 2844 lawrencium 12000 126 12.552

brick, magnesite (mgo 87) 2530 837 3.849 2855 lead 11350 130 34.309magnesite brick (mgo 87) 2530 837 3.849 2855 lead (0.07 ca) 11350 130 34.309

silicon telluride (site) 3920 335 6.276 2870 lead (liquid) 10600 151 16.318magnesium sulfate (mgso4) (crystal) 2660 1255 2.510 2895 lead alloy (pb37.5, sn37.5, in25) 8690 239 56.902

magnesium silicate (mgo.sio2) (commerc) 3000 837 3.347 2899 lead alloy (pb39.2, sn60.8) (solder) 8500 197 50.208steatite (mgo.sio2) (commercial grades) 3000 837 3.347 2899 lead alloy (pb50, sn50) (solder) 8890 213 46.024

ytterbium 7000 149 8.368 2949 lead alloy (pb60, sn40) (solder) 9200 230 47.279calcite (caco3) (crystal) (a axis) 2710 837 3.849 2955 lead glass 3040 502 1.130

calcium carbonate (caco3) (calcite) (a) 2710 837 3.849 2955 lead oxide (pbo) (yellow) 8000 205 2.929barium titanate (bao.tio2) (sintered) 5900 439 3.389 2964 lead telluride (pbte) (polyxtal) 8160 151 2.343

granite (high k) 2650 837 3.975 2969 lead telluride (pbte) (single crystal) 8160 151 2.092marble dielectric (xtal) (caco3 99.99) 2700 879 3.766 2989 lead, antimonial (pb, sb 4-6) (hard) 10960 134 29.706

brick, magnesite c 86) (17.8 p) 2920 837 3.682 2999 lead, antimonial (pb, sb 8-9) 10700 134 26.987magnesite c brick (mgo 86) (17.8 p) 2920 837 3.682 2999 lead, antimonial (pb, sb1) 11350 130 34.309potassium chloride (kcl) (sylvite xtal) 1990 686 6.987 3089 lead, tellurium 11350 130 34.309

mica (single crystal) (a or b axes) 2800 837 4.184 3131 limestone (dense, dry) 2500 921 1.674bismuth 9750 121 8.368 3146 limestone (h2o 15.3) 1650 921 0.920

calcite (caco3) (crystal) (c axis) 2710 837 4.393 3156 lithium 530 3515 71.128calcium carbonate (caco3) (calcite) (c) 2710 837 4.393 3156 lithium (liquid) 508 4226 42.258analcite (na2o.al2o3.4sio2.4h2o) (xtal) 2260 1339 3.431 3222 lithium aluminum silicate (b-spodumene) 3100 1255 1.046sodium aluminum silicate hydrate (xtal) 2260 1339 3.431 3222 lithium cobalt nickel oxide (8-46-46 m) 6500 753 3.598



9


sodium chloride (nacl) (opaque, impure) 2165 870 5.523 3226 lithium copper oxide (4lio.96cuo) 6300 669 15.272zircon (zro2.sio2) (single crystal) 4600 544 4.184 3235 lithium fluoride (lif 96) (plastic bnd) 2460 1632 10.042

zirconium silicate (zro2.sio2) (xtal) 4600 544 4.184 3235 lithium fluoride (lif) (single crystal) 2640 1632 11.088sandstone (high density) 2600 962 4.184 3235 lithium hydride (lih) (cast, gas voids) 700 4184 12.970

nickel zinc ferrite (ni(zn)o.fe2o3) 4700 607 3.724 3259 lithium hydride (lih) (cast, vac voids) 700 4184 7.322barium titanate (bao.tio2) (100 d) 5900 439 4.184 3293 lithium hydride (lih) (powder compact) 700 4184 7.322

curium 7000 126 12.552 3321 lithium manganese selenide (97mn.3li.-) 5500 385 2.803manganese oxide (mn3o4) (87 pc dense) 4200 628 4.184 3321 lithium nickel oxide (5lio.95nio) 6600 711 13.180

brick, magnesite b 93) (22.6 p) 2760 837 4.812 3334 lithium tetraborate (li2o.2b2o3) (epox) 2140 1130 1.757magnesite b brick (mgo 93) (22.6 p) 2760 837 4.812 3334 lutetium 9850 151 10.460

pyrophyllite (parallel to bedding) 2800 837 4.770 3343 lx-04 h.e. (hmx 85, viton a 15) 1870 1023 0.448potassium chloride (kcl 50, nacl 50) 2070 770 7.113 3367 lx-07 h.e. (hmx 90, viton a 10) 1870 1049 0.502

sodium chloride (nacl 50, kcl 50) 2070 770 7.113 3367 lx-09 h.e. (hmx 93, dnpa 4.6, fefo 2.4) 1840 1056 0.515potassium chloride (kcl) (prsd 8 kb) 1980 686 8.368 3372 lx-10 h.e. (hmx 95, viton a 5) 1860 1056 0.515

cesium (liquid) 1840 251 25.104 3405 lx-o4-1 h.e. (hmx 85, viton a 15) 1865 1172 0.387europium 5300 176 12.552 3419 magnatite (feo.fe2o3) 5200 653 5.021tourmaline 3100 837 4.602 3455 magnesite a brick (mgo 90) (14.5 p) 3080 837 4.937

plutonium phosphide (pup) (90 pc dense) 9890 230 5.439 3518 magnesite b brick (mgo 93) (22.6 p) 2760 837 4.812thulium 9300 160 8.368 3526 magnesite brick (mgo 87) 2530 837 3.849

zinc ferrite (zno.fe2o3) (pr, frd, vac) 5330 586 4.017 3541 magnesite brick, spall res (mgo 89) 2670 837 3.473terbium 8250 182 8.368 3549 magnesite c brick (mgo 86) (17.8 p) 2920 837 3.682

strontium titanate + co (co 10) 5500 502 4.602 3565 magnesium 1740 1004 150.620brick, magnesite a (mgo 90) (14.5 p) 3080 837 4.937 3567 magnesium (liquid) 1570 1339 83.680magnesite a brick (mgo 90) (14.5 p) 3080 837 4.937 3567 magnesium alloy (mg,ag2.5,ce2,zr0.6) 1820 962 112.970thorium carbide (thc) (80 pc dense) 8500 172 8.786 3579 magnesium alloy 1959 (mg,ce4.33) 1780 1004 129.700

tungsten boride (wb) 16000 176 4.602 3597 magnesium alloy 1960 (mg,ce6.7) 1760 1004 118.830quartz crystal, a axis (sio2) 2650 753 6.485 3598 magnesium alloy 1961 (mg,ce11.85) 1740 962 96.232

silicon oxide (sio2) (quartz, a axis) 2650 753 6.485 3598 magnesium alloy 1964 (mg,ce5,co2,mn0.8) 1760 1004 121.340magnesium silicide (mg2si) 1970 837 7.908 3611 magnesium alloy 1992 (mg,ce4.45,co3) 1740 962 129.700

porcelain, high zircon 3900 586 5.858 3658 magnesium alloy a3a (wrought) 1770 1025 108.780zircon porcelain, high 3900 586 5.858 3658 magnesium alloy a8(ac or st) (casting) 1810 1025 83.680

orthoclase (k2o.al2o3.6sio2) (crystal) 2600 1255 4.184 3695 magnesium alloy am100a (casting) 1810 1025 58.576potassium aluminum silicate (orthoclas) 2600 1255 4.184 3695 magnesium alloy az31(x,s) (wrought) 1775 983 83.680

calcium titanate (cao.tio2) 4100 728 4.602 3706 magnesium alloy az31b(p,s) (wrought) 1770 1004 83.680uranium oxide + zr (uo2 43,zr 57)(59 p) 4000 259 13.389 3727 magnesium alloy az61a(x), azm (wrought) 1800 1025 75.312

titanium alloy (ti bal, al8, mo1, v1) 4370 544 5.858 3731 magnesium alloy az63a(ac,f) (casting) 1835 1025 71.128niobium nitride (nbn) 8360 402 4.184 3748 magnesium alloy az80a(x,frgd) (wrought) 1800 962 54.392

cerium 6790 193 10.878 3771 magnesium alloy az81a(t4) (casting) 1800 1004 54.392cerium sulfide (ces) 5930 293 8.368 3812 magnesium alloy az855(x) (wrought) 1800 1025 79.496

holmium 8800 165 10.042 3822 magnesium alloy az91a,b (dc) (casting) 1810 1025 54.392erbium 9060 168 9.623 3825 magnesium alloy az91c(ac) (casting) 1810 1025 54.392

dysprosium 8556 173 10.042 3858 magnesium alloy az92a(ac) (casting) 1825 1025 54.392calcium fluoride (caf2) (mineral aggr) 3180 1167 4.017 3861 magnesium alloy bz33a(ac,ah) (casting) 1830 1025 100.420

plutonium alloy (delta phase) 15750 134 7.071 3862 magnesium alloy ek30a, h812 (casting) 1790 1025 104.600potassium fluoride (kf) (prsd 8 kb) 2480 862 7.113 3899 magnesium alloy ek33a, h811 (casting) 1830 1025 104.600

silicon nitride (si3n4) (85 pc dense) 2800 690 7.950 3920 magnesium alloy ek41a(t5,t6) (casting) 1810 1025 100.420sodium chloride (nacl) (clear crystal) 2165 870 8.159 3921 magnesium alloy hk31a(h24) (casting) 1790 1025 112.970

aluminum silicate (3al2o3.2sio2) (100d) 3200 766 6.276 3921 magnesium alloy hk31a(o) (casting) 1790 1025 104.600mullite (3al2o3.2sio2) (100 pc dense) 3200 766 6.276 3921 magnesium alloy hk31a(t6) (casting) 1790 1025 92.048zirconium alloy 3zi (zr97,al1,sn1,mo1) 6460 285 8.368 3922 magnesium alloy hm21a(o,h24) (wrought) 1780 1025 138.070

bismuth (liquid) 10000 142 10.878 3934 magnesium alloy hm31a (wrought) 1820 1025 104.600lutetium 9850 151 10.460 3939 magnesium alloy hz32a(ac),zt1 (casting) 1830 1025 104.600

titanium alloy imi 679 (sn11, zr5, al2) 4840 481 6.694 3949 magnesium alloy m1(ac) (casting) 1760 1025 129.700



10


mercury (liquid) 13500 138 8.368 3950 magnesium alloy m1(x,s) (wrought) 1760 1025 142.260praseodymium 6800 197 11.715 3957 magnesium alloy m1a (wrought) 1760 1025 131.800

forsterite (2mgo.sio2) (100 pc dense) 3200 837 5.858 3960 magnesium alloy magnox a12(x) (wrought) 1750 1025 117.150magnesium silicate (2mgo.sio2) (100 d) 3200 837 5.858 3960 magnesium alloy pe (wrought) 1760 1025 108.780

zirconium silicate (zro2.sio2) (100 d) 4600 544 6.276 3963 magnesium alloy za(ac) (casting) 1750 1025 146.440zirconium oxide + ti cermet zt-15-m 5700 444 6.276 3983 magnesium alloy ze10a(o,h24) (wrought) 1760 1025 135.980

actinium 10100 126 12.552 3989 magnesium alloy ze41a(t5,ht) (casting) 1820 962 112.970gadolinium 7870 230 8.786 3989 magnesium alloy zh42 (casting) 1860 962 112.970

strontium titanate (sro.tio2) (100 d) 5110 536 5.858 4004 magnesium alloy zh62a(ac),tz6 (casting) 1860 962 112.970titanium alloy hylite 51 (imi551) 4600 523 6.694 4013 magnesium alloy zk20a (wrought) 1800 1025 125.520

yttrium 4470 293 12.552 4054 magnesium alloy zk51a, h807 (casting) 1810 1021 110.880lanthanum 6200 193 13.807 4059 magnesium alloy zk60a,b, zw6 (casting) 1830 1046 117.150

titanium alloy (ti bal, al6, v4) 4450 523 7.113 4069 magnesium alloy zre0 (ez30) (casting) 1800 1025 100.420titanium alloy imi 680 (sn11, mo4, al2) 4840 481 7.113 4070 magnesium alloy zre1(aa) (casting) 1800 1025 100.420

rubidium (liquid) 1475 385 29.288 4078 magnesium alloy zty(x) (hk11) (wrought) 1760 962 121.340samarium 7500 180 12.552 4115 magnesium alloy zw1(x) (zk11) (wrought) 1800 1025 133.890

promethium 7200 188 12.552 4125 magnesium alloy zw3(x) (zk31) (wrought) 1800 962 125.520iron oxide (feo.fe2o3) (magnatite) 5200 653 5.021 4128 magnesium aluminate (mgo.al2o3) (100 d) 3600 812 15.062

magnatite (feo.fe2o3) 5200 653 5.021 4128 magnesium aluminate (mgo.al2o3) (xtal) 3600 812 14.226titanium alloy (ti bal, al5, sn2.5) 4480 544 7.113 4163 magnesium aluminum silicate (cordierit) 2100 774 2.218

cobalt nickel oxide (46coo.46nio.8lio) 6500 753 3.598 4197 magnesium oxide (mgo) (polyxtal, 100 d) 3580 921 61.923lithium cobalt nickel oxide (8-46-46 m) 6500 753 3.598 4197 magnesium oxide (mgo) (single crystal) 3580 921 69.036nickel cobalt oxide (46nio.46coo.8lio) 6500 753 3.598 4197 magnesium silicate (2mgo.sio2) (100 d) 3200 837 5.858plutonium carbide (puc) (arcm or cast) 13500 184 7.113 4204 magnesium silicate (mgo.sio2) (commerc) 3000 837 3.347

titanium alloy (ti bal, al4, mo3, v1) 4500 523 7.531 4210 magnesium silicide (mg2si) 1970 837 7.908titanium alloy (ti bal, al4, zr3.5) 4500 523 7.531 4210 magnesium sulfate (mgso4) (crystal) 2660 1255 2.510

titanium alloy (ti bal, sn4.8, al4.5) 4500 523 7.531 4210 magnesium sulfate hydrate (mgso4.7h2o) 1680 1506 2.427neodymium 7000 197 12.970 4225 magnesium titanate porcelain 2900 753 1.883

cesium 1870 230 41.840 4243 manganese 7400 481 6.694titanium alloy hylite 50 (imi550) 4600 523 7.531 4257 manganese oxide (mn3o4) (87 pc dense) 4200 628 4.184strontium titanate + co (co 20) 5800 502 6.276 4275 manganese oxide (mno) (single xtal) 5400 603 10.042

titanium alloy hylite 60 (imi) 4650 523 7.531 4280 manganese selenide (97mnse.3lise) 5500 385 2.803titanium alloy (ti bal, al5, sn5, zr5) 4600 502 7.950 4285 manganese silicide (mnsi2) 5240 586 7.197

americium 11700 126 12.552 4293 manganese telluride (95mnte.5mnas) 5700 402 1.255titanium alloy hylite 65 (imi) 4680 523 7.531 4293 manganese telluride (99mnte.nate) 5700 402 1.841

titanium alloy hylite 40 c130am,rc130b 4520 544 7.531 4303 manganin (cu84, ni4, mn12) 8700 377 22.175titanium alloy (ti bal, al4, cu4, sn2) 4500 523 7.950 4325 marble (av prop) (see ref 51) 2700 879 2.510

titanium alloy hylite 55 (imi) 4760 523 7.531 4330 marble dielectric (xtal) (caco3 99.99) 2700 879 3.766berkelium 12000 126 12.552 4348 melamine (high dens, high k) 2000 1674 0.711californium 12000 126 12.552 4348 melamine (low dens, low k) 1400 1674 0.167einsteinium 12000 126 12.552 4348 melamine, alpha cellulose filled 1500 1674 0.356

fermium 12000 126 12.552 4348 melamine, asbestos filled (mst 95-205) 1850 1674 0.628lawrencium 12000 126 12.552 4348 melamine, cellulose filled (mst 95-205) 1450 1674 0.314

mendelevium 12000 126 12.552 4348 melamine, fabric or flock filled 1520 1674 0.443nobelium 12000 126 12.552 4348 melamine, glass fiber filled (mst 205) 1900 1674 0.481

titanium alloy (ti bal, al4, v3, mo1.5) 4500 544 7.950 4411 mendelevium 12000 126 12.552chromium silicide (crsi2) 5000 494 7.950 4430 mercury (liquid) 13500 138 8.368

silicon carbide (sic) (brick al2o3 1.7) 2510 678 11.715 4464 mercury chloride (hgcl2) (prsd 8 kb) 5440 285 1.297titanium alloy (ti bal, al4, v1, mo0.6) 4500 544 8.368 4526 methane (ch4) (gas) 0.7167 2259 0.034titanium alloy (ti bal, al4, v2, mo1) 4500 544 8.368 4526 methyl methacrylate 1180 1464 0.209

titanium alloy ti155a (al5,fe2,cr1,mo1) 4500 544 8.368 4526 mica (single crystal) (a or b axes) 2800 837 4.184dandelion 35 6430 418 7.699 4551 mica (single crystal) (c axis) 2800 837 0.711

scandium 3000 552 12.552 4560 mica (single crystal) (synthetic) (98d) 2790 837 2.092



11


tantalum nitride (ta2n) 15860 126 10.460 4563 mica brick (red or white) (avg prop) 680 837 0.167strontium titanate + co (co 30) 6200 502 6.694 4565 mica insulating powder 330 837 0.121

beryl (3beo.al2o3.6sio2) 2650 1255 6.276 4569 mock h.e. 90010 (pbx-9404 mech mock) 1780 1255 0.532beryllium aluminosilicate (beryl) 2650 1255 6.276 4569 mock h.e. lm-04-0 h4-048-a294-3 1700 962 1.004

uranium oxide + st steel (uo2 80 vol) 10000 335 6.276 4583 mock h.e. lm-04-0 h7-048-a522.1 1700 1109 0.527plutonium 19200 134 8.201 4592 mock h.e. rm-04-bg (lx-04-1 mech mock) 1870 962 0.115

titanium alloy (ti bal, v15, al2.8) 4800 527 8.368 4602 molybdenum 10200 247 133.890plutonium uranium oxide (puo2.4uo2) see 10600 264 7.615 4613 molybdenum alloy (mo bal, fe 0.25) 10200 276 138.070uranium plutonium oxide (4uo2.puo2) see 10600 264 7.615 4613 molybdenum alloy (mo70, w30) 9940 201 123.010

niobium nitride (nb2n) 8310 322 7.950 4614 molybdenum alloy (mo99.5, ti0.5) 10200 255 117.150titanium alloy (ti bal, v14, cr10, al4) 5100 527 7.950 4623 molybdenum beryllide (mobe12) 2916 1088 41.840

francium 12000 142 12.552 4630 molybdenum carbide (mo2c) 9000 347 20.920lithium hydride (lih) (cast, vac voids) 700 4184 7.322 4631 molybdenum nitride (mo2n) (pr srd 100d) 8000 310 17.154

lithium hydride (lih) (powder compact) 700 4184 7.322 4631 molybdenum selenide (mose2) 5000 301 2.301barium 3500 188 33.472 4697 molybdenum silicide (mosi2) 6260 418 45.187

manganese silicide (mnsi2) 5240 586 7.197 4700 molybdenum telluride (mote2) 5500 226 2.008titanium alloy (ti bal, sn5.5, al2) 4600 523 9.205 4706 mulberry (u90, nb7.5, zr2.5) 16500 146 10.460

protactinium 15400 115 12.552 4707 mullite (3al2o3.2sio2) (100 pc dense) 3200 766 6.276gadolinium oxide (gd2o3) (monoc) (98 d) 7640 290 10.042 4717 neodymium 7000 197 12.970

titanium alloy (ti bal, al4, cu2, zr2) 4500 544 9.205 4746 neodymium boride (ndb6) (97.3 pc dense) 4800 628 47.279uranium oxide + zr (uo2 80,zr 20) 8710 243 10.878 4795 neon (gas) 0.8999 1029 0.049zirconium nitride (zrn) (pr sr 93 d) 6800 385 8.786 4796 neoprene rubber 1250 2176 0.192

quartz crystal, c axis (sio2) 2650 753 11.715 4835 neptunium 18000 126 12.552silicon oxide (sio2) (quartz, c axis) 2650 753 11.715 4835 nickel 8900 444 87.864

tantalum nitride (tan) 14360 205 7.950 4838 nickel alloy (ni35,cr20,fe45) 7950 460 12.970plutonium sulfide 10590 230 9.623 4842 nickel alloy (ni60,cr16,fe24) 8250 460 13.389

titanium alloy (ti bal, al2, mn2) 4500 544 9.623 4853 nickel alloy (ni62,cr12,fe26) 8200 460 13.389uranium boride (ub4) 9380 502 5.021 4863 nickel alloy (ni99.5) low c, 220, 225 8890 460 60.668

manganese 7400 481 6.694 4882 nickel alloy 330 (ni99.55) (annealed) 8850 460 60.668titanium alloy (ti bal, zr3, al2) 4600 523 9.958 4895 nickel alloy a (ni99.4) (annealed) 8890 439 66.944

barium fluoride (baf2) (single crystal) 4890 439 11.297 4926 nickel alloy calite n 8220 460 13.807boron nitride (bn 80, c 20) (prs axis) 1620 795 19.037 4952 nickel alloy chlorimet 3 8940 385 12.552indium antimonide (insb) (imp 0.16) 7000 218 16.318 4986 nickel alloy constantan (ni45, cu55) 8890 398 22.175

cerium oxide (ceo2) (prsd, sntrd, 86 d) 6100 352 11.715 5012 nickel alloy corrosist 7800 460 20.920boron nitride (bn 97, bn2o3 2) (prs ax) 2100 795 15.062 5015 nickel alloy d and e 8800 460 44.769

mulberry (u90, nb7.5, zr2.5) 16500 146 10.460 5027 nickel alloy duranickel (and -r) (hard) 8260 435 19.665uranium alloy mulberry 16500 146 10.460 5027 nickel alloy duranickel (and -r) (soft) 8260 435 18.410

boron silicide (b4si) 2460 1046 9.832 5030 nickel alloy durimet 20 (cast) 7920 460 20.920silicon boride (sib4) 2460 1046 9.832 5030 nickel alloy hastelloy a (annealed) 8800 393 9.623

antimony 6696 207 18.410 5053 nickel alloy hastelloy b 9240 381 10.460titanium oxide (tio2) (rutile, a axis) 4250 686 8.786 5062 nickel alloy hastelloy c 8940 385 10.460

uranium alloy (u82, zr18) 14100 167 10.878 5067 nickel alloy hastelloy d 7800 452 20.920silicon carbide (sic) (rextal, 65-70d) 2070 678 18.410 5082 nickel alloy hastelloy n and inor-8 8790 398 10.753

uranium oxide (uo2) (polyxtal, 97 dens) 10600 243 10.042 5083 nickel alloy hastelloy r-235 8220 439 9.205lead (liquid) 10600 151 16.318 5104 nickel alloy hastelloy x 8230 427 9.832

titanium alloy c100m (rc130a) (mn7.9) 4580 523 10.878 5105 nickel alloy hy mu 80 8740 448 33.388titanium oxide (tio2) (rutile, 100 d) 4250 686 8.954 5110 nickel alloy illium g 8580 439 12.134

zirconium nitride (zrn) (pr sr 88-90 d) 6500 385 10.460 5116 nickel alloy illium r 8310 460 12.970thorium oxide (tho2) (96-100 pc dense) 9600 234 11.715 5133 nickel alloy incoloy 8010 452 12.134

zirconium alloys zircalloy 2 and 3 6560 293 13.807 5151 nickel alloy incoloy 901 8230 418 13.389hafnium nitride (hfn) (hp strd 78-92 d) 10850 209 11.715 5157 nickel alloy inconel (cast) 8300 452 10.460aluminum silicate (al2o3.sio2) (ortho) 3140 770 11.004 5158 nickel alloy inconel (wrought, annld) 8470 452 13.305

andalusite (al2o3.sio2) (ortho xtal) 3140 770 11.004 5158 nickel alloy inconel 600 (annealed) 8480 456 15.062



12


uranium oxide + st steel (uo2 70 vol) 10000 335 7.950 5158 nickel alloy inconel 700 8170 460 12.552uranium oxide (uo2) (single crystal) 10960 243 10.460 5275 nickel alloy inconel 702 (annealed) 8370 460 12.552titanium alloy ti140a (fe2, cr2, mo2) 4600 523 11.715 5309 nickel alloy inconel 713c (cast) 7910 448 12.134

neptunium 18000 126 12.552 5325 nickel alloy inconel w 8310 439 14.728rubidium 1500 377 50.208 5326 nickel alloy inconel x and x-750 8280 439 14.226

uranium alloy (u90, mo10) 17250 134 12.343 5339 nickel alloy invar (hot-rolled or frgd) 8000 515 10.878porcelain 576 3400 753 11.297 5378 nickel alloy k-42b 8400 418 12.552

nickel oxide (nio) (polyxtal, 68-74 d) 5000 603 9.832 5442 nickel alloy m-252 (ge j-1500) 8210 439 9.623sodium fluoride (naf) (prsd 8 kb) 2558 1113 10.502 5468 nickel alloy monel (cast) 8630 439 26.778

aluminum oxide (al2o3) (polyxtal, 55 d) 2200 778 17.573 5485 nickel alloy monel (cold-drawn) 8835 431 16.192calcium oxide (cao) (pressed, 91 dens) 3030 753 13.807 5613 nickel alloy monel (hot-rolled) 8835 431 22.677

boron carbide (b4c) (porous) 2000 921 17.154 5620 nickel alloy monel 400 8830 439 25.941yttrium oxide (y2o3) (96-100 pc dense) 5000 448 14.226 5643 nickel alloy monel 403 (hot-rolled) 8860 439 24.811

uranium oxide + nb (uo2 80 vol) 10000 335 9.623 5675 nickel alloy monel weldable alloy 8630 439 26.778cobalt alloy hs-25 (l-605) (wrought) 9150 385 9.205 5694 nickel alloy monel, h (as cast) 8480 439 20.920

cobalt alloy hs-36 (cast) 9040 385 9.372 5711 nickel alloy monel, h (cast, var comp) 8480 439 26.778manganese oxide (mno) (single xtal) 5400 603 10.042 5716 nickel alloy monel, k (annealed) 8465 427 17.740

nickel alloy hastelloy r-235 8220 439 9.205 5765 nickel alloy monel, kr (annealed) 8450 439 18.828nickel alloy hastelloy a (annealed) 8800 393 9.623 5771 nickel alloy monel, r (hot-rolled) 8840 439 25.941

rattan 15000 540 4.184 5820 nickel alloy monel, s (cast, all cond) 8360 439 19.665aluminum oxide + cr (al2o3 70, cr 30) 5900 628 9.205 5838 nickel alloy multimet (n-155) (low c) 8215 435 16.318

nickel alloy hastelloy x 8230 427 9.832 5877 nickel alloy multimet (n-155) (wrought) 8215 435 12.970strontium titanate + co (co 40) 6600 502 10.460 5888 nickel alloy nichrome v (ni80, cr 20) 8360 431 13.389

uranium alloy (u90, fs10) 17200 134 15.062 5890 nickel alloy nimonic 100 8000 460 11.297antimony (liquid) 6500 255 20.920 5891 nickel alloy nimonic 105 7990 460 10.878

nickel alloy m-252 (ge j-1500) 8210 439 9.623 5891 nickel alloy nimonic 75 8350 460 12.970boron nitride (bn) (prs axis, 94 d) 2100 795 20.920 5910 nickel alloy nimonic 80 8250 460 11.715

technicium 11500 243 12.552 5919 nickel alloy nimonic 80a 8170 418 11.715cobalt alloy j-1570 8400 418 10.042 5941 nickel alloy nimonic 90 8250 431 12.552

calcium fluoride (caf2) (single xtal) 3180 1167 9.623 5976 nickel alloy nimonic 95 8060 460 11.255thorium carbide (thc2) (69 pc dense) 6600 222 24.476 5986 nickel alloy nimonic ds 7910 460 14.226

uranium nitride (un) (hp, 95-98 dense) 13800 188 13.807 5990 nickel alloy permanickel 8750 444 57.739zirconium hydride (zrh + zrh2) 6300 310 18.410 5992 nickel alloy rene 41 8230 423 10.334

nickel alloy rene 41 8230 423 10.334 5995 nickel alloy udimet 500 (wrought) 8050 439 10.878nickel alloy hastelloy c 8940 385 10.460 5999 nickel alloy waspalloy 8200 418 11.297nickel alloy hastelloy b 9240 381 10.460 6066 nickel cobalt oxide (46nio.46coo.8lio) 6500 753 3.598

tantalum alloy (ta62, nb30, v7.5) 11550 117 27.196 6067 nickel lithium oxide (95nio.5lio) 6600 711 13.180plutonium nitride (pun) 14250 188 13.807 6087 nickel oxide (nio) (polyxtal, 68-74 d) 5000 603 9.832

cobalt silicide (cos) 6600 586 9.623 6100 nickel oxide (nio) (polyxtal, 88-100 d) 6400 603 12.970nickel alloy hastelloy n and inor-8 8790 398 10.753 6130 nickel oxide (nio) (single xtal) 6810 603 46.024

steel, stainless 17-4ph 7750 335 14.644 6163 nickel silver (cu bal, ni 10-20) 8800 377 33.472lithium hydride (lih) (cast, gas voids) 700 4184 12.970 6163 nickel zinc ferrite (ni(zn)o.fe2o3) 4700 607 3.724chromium carbide + ni (cr(x)c(y), ni) 6700 502 11.297 6165 niobium 8570 268 50.208

cobalt alloy hs-27 (as cast) 8210 418 11.171 6195 niobium alloy (nb61, ta28, w10, zr0.5) 10700 201 44.769nickel alloy udimet 500 (wrought) 8050 439 10.878 6202 niobium alloy (nb80, w15, mo5) 9600 247 50.208

lead, antimonial (pb, sb 8-9) 10700 134 26.987 6218 niobium alloy (nb85, ti10, zr5) 7770 255 29.288nickel alloy waspalloy 8200 418 11.297 6226 niobium alloy (nb95, ta5) 9000 251 44.769

titanium oxide (tio2) (rutile, c axis) 4250 686 13.389 6249 niobium beryllide (nb2be17) 3200 921 31.380nickel alloy inconel (cast) 8300 452 10.460 6264 niobium beryllide (nbbe12) (hp, 93-97d) 2800 1105 23.012

titanium alloy (ti bal, cr3.4, mo2.1) 4600 523 16.318 6266 niobium boride (nbb2) (pressed, sntrd) 6800 418 16.736titanium alloy ti150a (cr2.7, fe1.4) 4600 544 15.899 6307 niobium carbide (nbc) 7600 356 33.472

silicon carbide (sic) (carbofrax brick) 2700 678 21.757 6310 niobium nitride (nb2n) 8310 322 7.950nickel alloy nimonic 105 7990 460 10.878 6324 niobium nitride (nbn) 8360 402 4.184



13


nickel alloy nimonic 80a 8170 418 11.715 6328 niobium silicide (nbsi2) 5290 460 41.840lithium fluoride (lif 96) (plastic bnd) 2460 1632 10.042 6349 nitric oxide (no) (gas) 1.34 967 0.024

indium arsenide (inas) (pure, s-doped) 6000 251 26.778 6350 nitrile rubber 1000 1966 0.243indium 7300 239 23.430 6387 nitrocellulose h.e. (12.7 n) 1580 1255 0.230

hematite (fe2o3) 5240 628 12.552 6425 nitrogen (gas) 1.251 1042 0.026iron oxide (fe2o3) (hematite) 5240 628 12.552 6425 nobelium 12000 126 12.552

uranium alloy (u95, zr5) 17500 126 18.828 6430 nylon 6, 11, 66, 610 (polycaprolactam) 1120 1527 0.243magnesium aluminate (mgo.al2o3) (xtal) 3600 812 14.226 6447 nylon, glass filled 1400 1339 0.209

spinel (mgo.al2o3) (single crystal) 3600 812 14.226 6447 obsidian glass 2400 753 1.372nickel alloy nimonic 100 8000 460 11.297 6449 orthoclase (k2o.al2o3.6sio2) (crystal) 2600 1255 4.184

hafnium 13200 142 22.175 6454 osmium 22570 130 85.772nickel alloy nimonic 95 8060 460 11.255 6461 oxygen (gas) 1.429 795 0.026

potassium (liquid) 820 820 62.342 6475 palladium 11400 243 76.149thallium (liquid) 11290 151 24.686 6479 pbx-9011 h.e. (hmx 90, estane 10) 1770 1172 0.431

titanium carbide (tic) (93 pc dense) 4560 569 16.318 6507 pbx-9404-03 h.e. (hmx 94, nc 3, bind 3) 1836 1004 0.427samarium boride (smb6) (96.8 pc dense) 4900 628 13.807 6516 petn h.e. 1760 1674 0.209molybdenum nitride (mo2n) (pr srd 100d) 8000 310 17.154 6518 phenol-formaldehyde + phenol-furfural 1280 1674 0.209

steel, stainless 17-7ph 7600 335 16.736 6525 phenolic resin, pressed, types 40, 50 1380 1255 0.377nickel alloy inconel 713c (cast) 7910 448 12.134 6555 phenolic, cast, asbestos filler 1700 1255 0.351

nickel alloy chlorimet 3 8940 385 12.552 6572 phenolic, cast, no filler 1310 1464 0.167uranium carbide (uc) (sintered, 90d) 12300 203 17.364 6583 phenolic, molded (high density, k) 3000 1255 0.674

vanadium nitride (vn) (pr, strd, 100 d) 6100 586 12.134 6585 phenolic, molded (low density, k) 1240 1255 0.172lead, antimonial (pb, sb 4-6) (hard) 10960 134 29.706 6603 phenoxy 1250 1674 0.176

cobalt alloy hs-30 (422-19) (as cast) 8310 418 12.552 6606 phosphorus (white) 1820 741 4.184nickel alloy incoloy 8010 452 12.134 6627 plaster, building (molded, dry) 1250 1088 0.431

magnesium aluminate (mgo.al2o3) (100 d) 3600 812 15.062 6634 plastic laminate, various types 1800 1255 0.209spinel (mgo.al2o3) (100 pc dense polyx) 3600 812 15.062 6634 plate glass 2500 753 1.213

cobalt alloy hs-21 (as cast) 8300 423 12.552 6635 platinum 21400 134 69.036cobalt alloy k-42b 8400 418 12.552 6642 plutonium 19200 134 8.201nickel alloy k-42b 8400 418 12.552 6642 plutonium alloy (delta phase) 15750 134 7.071

tantalum antimonide (tasb) 14000 167 18.828 6643 plutonium carbide (puc) (arcm or cast) 13500 184 7.113cobalt alloy (co64,cr30,w6) 8440 418 12.552 6658 plutonium nitride (pun) 14250 188 13.807uranium alloy (u93, fs5, zr2) 17600 126 20.083 6660 plutonium phosphide (pup) (90 pc dense) 9890 230 5.439

nickel alloy nimonic 80 8250 460 11.715 6669 plutonium sulfide 10590 230 9.623nickel alloy nimonic 90 8250 431 12.552 6681 plutonium uranium oxide (puo2.4uo2) see 10600 264 7.615

iron alloy invar (fe64, ni36) 8000 515 10.878 6692 polonium 9320 121 1.674nickel alloy invar (hot-rolled or frgd) 8000 515 10.878 6692 polyallomer 900 2092 0.126

cobalt alloy v-36 (wrought) 8600 418 12.552 6720 polycarbonate, various fillers 1350 1674 0.192cobalt alloy hs-31 (x-40) (as cast) 8610 418 12.552 6724 polyester, glass fiber reinforced, tac 1230 1130 0.176

cobalt alloy s-590 (wrought) 8350 418 12.970 6731 polyethylene, high density 950 2301 0.502uranium silicide (u3si) 15450 176 16.736 6740 polyethylene, low density 920 2092 0.331cobalt alloy he-1049 8846 352 14.644 6748 polyethylene, medium density 935 2301 0.414cobalt oxide (coo) 6460 703 10.042 6753 polyimide, h-film, kapton 1420 1130 1.130

iron, ni-resist, type d2 (cast) 7410 460 13.389 6757 polymethyl methacrylate 1180 1464 0.209nickel alloy illium g 8580 439 12.134 6763 polypropylene, copolymer 910 2343 0.126

nickel alloy incoloy 901 8230 418 13.389 6790 polypropylene, filled 1270 1925 0.180uranium oxide + mo (uo2 8o vol) (91 d) 10000 335 13.807 6798 polypropylene, moplin 910 1925 0.134cobalt alloy multimet (n-155) (wrought) 8215 435 12.970 6809 polystyrene foam (d = 0.038) (1 atm) 38 1130 0.033nickel alloy multimet (n-155) (wrought) 8215 435 12.970 6809 polystyrene foam (d = 0.046) (1 atm) 46 1130 0.026

steel, multimet (n-155) (wrought) 8215 435 12.970 6809 polystyrene foam (d = 0.046) (vacuum) 46 1130 0.008cobalt alloy s-816 (wrought) 8680 418 12.970 6863 polystyrene, foamed-in-place, rigid 100 1130 0.035

nickel alloy inconel 700 8170 460 12.552 6870 polystyrene, general purpose 1050 1423 0.126uranium beryllide (ube13) (sntrd, 61d) 2700 837 20.920 6875 polystyrene, modified 1080 1339 0.084



14


nickel alloy (ni35,cr20,fe45) 7950 460 12.970 6889 polystyrene, prefoamed, rigid, dow q103 40 1130 0.042niobium boride (nbb2) (pressed, sntrd) 6800 418 16.736 6900 polysulfone 1250 1255 0.259

lithium fluoride (lif) (single crystal) 2640 1632 11.088 6912 polyurethane foam, flexible 60 1757 0.042cobalt alloy hs-23 8540 418 13.389 6917 polyurethane foamed-in-place, rigid 40 1674 0.032

boron nitride (bn 97, bn2o3 2) (perp p) 2100 795 28.870 6943 polyurethane rubber l-100 1250 1674 0.293nickel alloy nichrome v (ni80, cr 20) 8360 431 13.389 6946 polyvinyl alcohol 1250 1255 0.795nickel alloy inconel 702 (annealed) 8370 460 12.552 6953 polyvinyl butyral 1100 1674 0.084aluminum silicate (al2o3.sio2) (tricl) 3650 770 17.322 6977 polyvinyl carbazole 1180 1297 0.155

kyanite (al2o3.sio2) (tricl crystal) 3650 770 17.322 6977 polyvinyl chloride acytate, flexible 1200 1674 0.167uranium alloy (u97, fs3) 18300 126 21.338 7000 polyvinyl chloride acytate, rigid 1400 1004 0.167

titanium 4500 523 20.920 7017 polyvinyl chloride, flexible 1500 1674 0.167uranium alloy (u98.5, zr1.5) 18600 117 22.594 7018 polyvinyl chloride, rigid 1400 1004 0.251

nickel alloy illium r 8310 460 12.970 7043 polyvinyl tpx-r 830 2176 0.167nickel alloy nimonic 75 8350 460 12.970 7060 polyvinylidene chloride 1700 1339 0.126

nickel oxide (nio) (polyxtal, 88-100 d) 6400 603 12.970 7072 polyvinylidene chloride film 1680 1339 0.126steel, stainless hw (cast) 8150 460 13.389 7086 polyvinylidene fluoride (kynar) 1760 1381 0.126

zinc sulfide (zns) (cubic crystal) 4100 473 25.941 7091 porcelain 4811 (beo) 2900 1004 125.520steel, stainless 321 and 347 7920 460 13.807 7094 porcelain 576 3400 753 11.297

iron, ni-hard types 1 and 2 (kovar) 7700 460 14.226 7100 porcelain, high alumina 3400 795 18.828lead 11350 130 34.309 7107 porcelain, high zircon 3900 586 5.858

lead (0.07 ca) 11350 130 34.309 7107 porcelain, magnesium titanate 2900 753 1.883lead, antimonial (pb, sb1) 11350 130 34.309 7107 porcelain, ordinary 3400 753 2.092

lead, tellurium 11350 130 34.309 7107 potassium 862 753 97.069nickel alloy (ni62,cr12,fe26) 8200 460 13.389 7108 potassium (liquid) 820 820 62.342

cobalt alloy jessop g-32 8260 418 14.644 7114 potassium alum (k2so4.al2(so4)3.24h2o) 1800 1548 2.092uranium alloy (u96, nb4) 17700 126 22.803 7117 potassium aluminum silicate (orthoclas) 2600 1255 4.184

nickel alloy (ni60,cr16,fe24) 8250 460 13.389 7130 potassium bromide (kbr 50, kcl 50) 2360 531 2.510alumina porcelain, high 3400 795 18.828 7134 potassium bromide (kbr 75, kcl 25) 2550 477 2.092porcelain, high alumina 3400 795 18.828 7134 potassium bromide (kbr 90, kcl 10) 2660 448 2.887

nickel alloy inconel (wrought, annld) 8470 452 13.305 7136 potassium bromide (kbr) (prsd 8 kb) 2750 435 3.807chromium nitride (crn) (prsd, 100 pc d) 6100 699 12.134 7191 potassium bromide (kbr) (single xtal) 2750 435 4.812

nickel alloy inconel x and x-750 8280 439 14.226 7193 potassium chloride (kcl 50, kbr 50) 2360 531 2.510nickel alloy nimonic ds 7910 460 14.226 7196 potassium chloride (kcl 50, nacl 50) 2070 770 7.113

nickel alloy calite n 8220 460 13.807 7227 potassium chloride (kcl 75, kbr 25) 2160 598 3.305steel, stainless 19-9dl 7800 502 13.389 7241 potassium chloride (kcl 90, kbr 10) 2050 649 5.021

thorium 11680 117 38.493 7259 potassium chloride (kcl) (prsd 8 kb) 1980 686 8.368titanium carbide cermet k165 5700 544 17.154 7293 potassium chloride (kcl) (sylvite xtal) 1990 686 6.987

uranium oxide + cr (uo2 8o vol) (97 d) 10000 335 15.899 7295 potassium chromate (k2o.2cro3) (m axis) 2680 921 1.715nickel alloy inconel w 8310 439 14.728 7333 potassium chromate (k2o.2cro3) (s axis) 2680 921 2.092

boride z cermet (zrb2 81-87, mosi2 13) 5200 502 20.920 7391 potassium ferrocyanide (k4fe(cn)6.3h2o) 1850 1130 1.715zirconium boride + mosi2 (boride z) 5200 502 20.920 7391 potassium fluoride (kf) (prsd 8 kb) 2480 862 7.113

boron nitride (bn) (perp pr axis, 95 d) 2100 795 32.844 7405 potassium iodide (ki) (prsd 8 kb) 3130 305 2.887steel, stainless ck, ch, hi (cast) 7730 502 14.226 7431 potassium nitrate (kno3) (pr 8000 kb) 2109 837 2.092

uranium carbide (uc) (arcm or cast,99d) 13600 203 20.083 7444 praseodymium 6800 197 11.715tin (liquid) 6850 243 33.472 7460 praseodymium boride (prb6) (95 pc dens) 4600 628 41.003

tungsten oxide (wo3) (polyxtal. porous) 7160 310 25.104 7460 promethium 7200 188 12.552steel, stainless hu (cast) 8030 460 15.481 7564 protactinium 15400 115 12.552

zirconium 6500 285 31.380 7618 pyrex glass 2220 728 1.130colombium alloy (cb85, ti10, zr5) 7770 255 29.288 7621 pyroceram 9606 ceramic glass 2600 782 3.975

niobium alloy (nb85, ti10, zr5) 7770 255 29.288 7621 pyroceram 9608 ceramic glass 2500 808 2.050uranium alloy (u94.4, cr5.6) (eutectic) 18500 111 28.451 7626 pyrophyllite (parallel to bedding) 2800 837 4.770

steel, stainless 304 7920 502 14.644 7631 pyrophyllite (perpend. to bedding) 2800 837 2.427nickel alloy inconel 600 (annealed) 8480 456 15.062 7633 quartz crystal, a axis (sio2) 2650 753 6.485



15


cobalt alloy multimet (n-155) (low c) 8215 435 16.318 7637 quartz crystal, c axis (sio2) 2650 753 11.715nickel alloy multimet (n-155) (low c) 8215 435 16.318 7637 quartz flour, fine (dry) 880 745 0.167

steel, multimet (n-155) (low c) 8215 435 16.318 7637 quartz flour, fine (h2o 21 pc) 1820 1464 2.218steel, stainless (cr 16-26, ni 8-36) 8000 502 14.644 7670 quartz glass, fused (sio2) 2200 745 1.381

steel, stainless series 300 8000 502 14.644 7670 quartz powder, coarse (h2o 24) 1870 1590 1.130tantalum carbide (tac) 14000 190 22.175 7688 quartz sand (dry) (av prop) (see ref) 1600 753 0.335

uranium 19100 117 26.443 7694 quartz sand (wet) (h2o 4-23) (av prop) 1700 753 1.674steel, stainless 430, 430f, and 431 7750 460 16.736 7726 radium 5000 113 12.552

thallium 11850 130 38.911 7733 radon gas 9.73 94 0.004tin oxide (sno2) (93-95 pc dense) 5560 343 31.380 7737 rattan 15000 540 4.184

uranium oxide + mo (uo2 8o vol) (94 d) 10000 335 18.410 7850 rhenium 21000 138 60.668nickel alloy monel (cold-drawn) 8835 431 16.192 7852 rhodium 12400 243 150.620lithium nickel oxide (5lio.95nio) 6600 711 13.180 7866 rock or stone (average properties) 2600 837 1.757nickel lithium oxide (95nio.5lio) 6600 711 13.180 7866 rubber, buna, with carbon black 1000 1757 0.243

zirconium boride (zrb2) (hp, 97 pc den) 5900 418 25.104 7872 rubber, butyl 900 1966 0.088copper oxide (cuo) (tenorite) 6500 536 17.991 7914 rubber, dielectric mix 1100 2092 0.209

steel, stainless cf (cast) 7750 502 16.108 7917 rubber, high k 1100 2092 0.293titanium carbide cermet k162b 6000 544 19.246 7925 rubber, natural 930 2092 0.138boron carbide (b4c) (dense) 2400 921 28.451 7928 rubber, natural, foam 100 2092 0.042

potassium 862 753 97.069 7938 rubber, neoprene 1250 2176 0.192terbium boride (tbb6) (94.3 pc dense) 5000 628 20.083 7939 rubber, nitrile 1000 1966 0.243

steel, stainless 201 and 202 7700 502 16.318 7943 rubber, polyurethane elastomer l-100 1250 1674 0.293tantalum alloy (ta89, w9, hf2) 16950 92 40.585 7958 rubidium 1500 377 50.208

nickel alloy monel, k (annealed) 8465 427 17.740 8006 rubidium (liquid) 1475 385 29.288gadolinium boride (gdb6) (95.6 pc dens) 5000 628 20.502 8021 rubidium chloride (rbcl) (prsd 8 kb) 2800 431 2.092

copper lithium oxide (96cuo.4lio) 6300 669 15.272 8025 rubidium iodide (rbi) (prsd 8 kb) 3550 234 3.305lithium copper oxide (4lio.96cuo) 6300 669 15.272 8025 ruthenium 12200 234 104.600

uranium carbide (uc) (avg, var. types) 13500 203 23.849 8082 samarium 7500 180 12.552molybdenum carbide (mo2c) 9000 347 20.920 8086 samarium boride (smb6) (96.8 pc dense) 4900 628 13.807

strontium 2600 301 83.680 8095 samarium sulfide (sms) 6010 293 3.766nickel alloy duranickel (and -r) (soft) 8260 435 18.410 8134 sand (dry) (d = 1.36 to 1.84) (av prop) 1600 753 0.335yttrium boride (yb6) (98.4 pc dense) 3600 628 29.288 8135 sand, northway (h2o 4-10) (av prop) 1700 837 0.837

thorium boride (thb4) 8450 494 15.899 8144 sand, quartz (wet) (h2o 4-23) (av prop) 1700 753 1.674europium boride (eub6) (93.0 pc dense) 4600 628 23.012 8151 sandstone (av prop) (see ref 51) 2300 962 2.510uranium oxide + mo (uo2 70 vol) (92 d) 10000 335 20.083 8199 sandstone (high density) 2600 962 4.184borolite 101 cermet (zrb2 93-96, b 4-7) 5300 460 27.614 8207 sandstone (low density) 2200 962 1.841zirconium boride + boron (borolite 101) 5300 460 27.614 8207 sapphire (al2o3) (polyxtal) (100 pc d) 3980 778 38.493

titanium carbide cermet k163b1 6300 544 19.665 8209 sapphire (al2o3) (single xtal) (av dir) 3980 778 43.932titanium nitride (tin) (hp, 70-90 dens) 4500 603 25.104 8250 scandium 3000 552 12.552cobalt alloy wi-52 (cr coated sample) 8400 418 19.665 8313 selenium (grey) 4790 322 0.753

hafnium carbide (hfc) 12600 188 29.288 8336 shale (av prop) (see ref 51) 2400 837 1.674nickel alloy monel, kr (annealed) 8450 439 18.828 8360 silica brick, hard fired (sio2 94-95) 1800 753 1.674

beryllium carbide (be2c) (hp or snt) 2100 1423 23.430 8368 silica glass, fused or vitrous 2200 745 1.381nickel alloy duranickel (and -r) (hard) 8260 435 19.665 8407 siliceous brick (sio2 89, al2o3 9)(25p) 1930 753 0.937

niobium beryllide (nbbe12) (hp, 93-97d) 2800 1105 23.012 8438 silicon 2330 703 125.520titanium carbide cermet k151a 5800 544 22.594 8442 silicon boride (sib4) 2460 1046 9.832

steel, stainless ht (cast) 7960 460 19.665 8487 silicon carbide (sic) (brick al2o3 1.7) 2510 678 11.715titanium carbide cermet k164b 6600 544 20.083 8491 silicon carbide (sic) (carbofrax brick) 2700 678 21.757

nickel alloy monel, s (cast, all cond) 8360 439 19.665 8498 silicon carbide (sic) (foam, in vacuum) 460 678 0.105titanium boride (tib2) (hp, 95 pc dens) 4300 669 25.104 8501 silicon carbide (sic) (frit bnd brick) 2700 678 46.024

copper alloy manganin 8700 377 22.175 8524 silicon carbide (sic) (kt grade) 3100 678 179.910manganin (cu84, ni4, mn12) 8700 377 22.175 8524 silicon carbide (sic) (nitride bonded) 2660 678 41.840

steel, stainless hh, hl, hk (cast) 7730 502 18.828 8548 silicon carbide (sic) (powder, in air) 1585 678 0.251



16


J/kg×K W/m×Kcadmium (liquid) 8000 264 34.727 8558 silicon carbide (sic) (powder, in he) 1585 678 0.690

gallium 5907 372 33.472 8581 silicon carbide (sic) (refractory d-30) 2700 678 41.840nickel alloy hastelloy d 7800 452 20.920 8587 silicon carbide (sic) (rextal, 65-70d) 2070 678 18.410

zirconium carbide (zrc) (hp or snt,94d) 6000 368 33.472 8599 silicon carbide (sic) (rextal, 80-100d) 2900 678 51.882titanium beryllide (tibe12) (hp, 95d) 2200 1423 23.849 8641 silicon carbide (sic) (single xtal) 3210 678 87.864

nickel alloy corrosist 7800 460 20.920 8666 silicon carbide (sic) (single xtal) 3210 678 489.530silicon carbide (sic) (nitride bonded) 2660 678 41.840 8685 silicon carbide (sic) (slf bnd, he atm) 3100 678 167.360zinc oxide (zno) (prsd, fired, 100 d) 5630 494 27.196 8694 silicon carbide + si (sic 76, si 24) 2500 837 60.668

nickel alloy durimet 20 (cast) 7920 460 20.920 8732 silicon nitride (si3n4) (70 pc dense) 2200 690 1.548silicon carbide (sic) (refractory d-30) 2700 678 41.840 8750 silicon nitride (si3n4) (85 pc dense) 2800 690 7.950

steel, stainless he (cast) 7680 586 17.154 8785 silicon oxide (sio2) (foam, 1 atm air) 160 745 0.055steel, stainless cn-7m (cast) 8040 460 20.920 8798 silicon oxide (sio2) (fused quartz) 2200 745 1.381

nickel alloy monel, h (as cast) 8480 439 20.920 8828 silicon oxide (sio2) (quartz, a axis) 2650 753 6.485steel, stainless (cr 12-13, ni 0-3) 7750 431 23.430 8847 silicon oxide (sio2) (quartz, c axis) 2650 753 11.715

steel, stainless series 400 7750 431 23.430 8847 silicon telluride (site) 3920 335 6.276copper alloy constantan (cu55, ni45) 8890 398 22.175 8852 silicone foam, flexible (lrl) 250 1339 0.167nickel alloy constantan (ni45, cu55) 8890 398 22.175 8852 silicone foam, rigid, various 300 1339 0.084

ytterbium boride (ybb6) (90.6 pc dens) 5000 628 25.104 8876 silicone rubber, high k (see ref 5) 1300 1255 0.753indium arsenide (inas) (polyx, imp 3.0) 6000 251 52.718 8910 silicone rubber, low k (see ref 5) 1300 1255 0.138

steel, stainless 446 7600 460 22.928 8955 silicone rubber, medium k (see ref 5) 1300 1255 0.335titanium carbide cermet k138a 5600 544 26.359 8960 silicone rubber, rtv 521 and 093-009 1400 1255 0.272

titanium carbide + ni or co (avg prop) 6000 460 29.288 8993 silicone, molded, various fillers 1800 1046 0.167gallium (liquid) 6090 399 33.472 9015 sillimanite brick (22 pc porosity) 2310 711 1.464indium (liquid) 7030 266 43.932 9065 silver 10500 236 426.770

steel, stainless cb30, cc50 (cast) 7530 502 21.757 9070 silver (liquid) 9300 289 251.040chrome-nickel-iron superalloys 8000 439 23.430 9074 silver alloys, sterling and coin 10500 251 359.820

aluminum nitride (aln) (prs axis, 98 d) 3200 732 35.146 9075 silver antimony telluride (snte 25 pc) 6500 209 0.983lead alloy (pb39.2, sn60.8) (solder) 8500 197 50.208 9160 silver chloride (agcl) (single crystal) 5560 356 1.134

solder (pb39.2, sn60.8) 8500 197 50.208 9160 silver selenide (ag2se) 8000 280 0.837tin alloy (sn60.8, pb39.2) (solder) 8500 197 50.208 9160 slate (av prop) (see ref 51) 2760 837 1.883silicon carbide (sic) (frit bnd brick) 2700 678 46.024 9178 snow, fresh 100 2092 0.105titanium carbide (tic) (96 pc dense) 4740 569 31.380 9200 snow, packed 550 2092 0.469

aluminum fluosilicate (topaz) (a-axis) 3540 1255 19.246 9247 soda-lime glass 2300 753 1.339topaz (2alfo.sio2) (a-axis) 3540 1255 19.246 9247 sodium 970 1213 133.890

vanadium beryllide (vbe12) (85 pc dens) 1900 1464 30.962 9280 sodium (liquid) 930 1381 84.517nickel alloy monel (hot-rolled) 8835 431 22.677 9293 sodium aluminum silicate hydrate (xtal) 2260 1339 3.431

vanadium 6100 460 30.794 9298 sodium bromide (nabr) (prsd 8 kb) 3203 510 2.510lead alloy (pb50, sn50) (solder) 8890 213 46.024 9344 sodium chlorate (naclo3) (crystal) 2490 921 1.130

solder (pb50, sn50) 8890 213 46.024 9344 sodium chloride (nacl 50, kcl 50) 2070 770 7.113tin alloy (sn50, pb50) (solder) 8890 213 46.024 9344 sodium chloride (nacl) (clear crystal) 2165 870 8.159

steel, stainless ca15, ca40 (cast) 7610 460 25.104 9376 sodium chloride (nacl) (opaque, impure) 2165 870 5.523titanium carbide cermet k161b 6000 628 23.430 9393 sodium fluoride (naf) (prsd 8 kb) 2558 1113 10.502

cobalt alloy wi-52 8400 418 25.104 9393 soil (av props) (see refs) 1300 1046 0.837uranium carbide (uc2) 11300 234 33.472 9414 soil, clay (wet) 1500 2929 1.506

steel, stainless hf (cast) 7750 502 23.012 9463 soil, fine quartz flour (dry) 880 745 0.167niobium carbide (nbc) 7600 356 33.472 9511 soil, fine quartz flour (h2o 21 pc) 1820 1464 2.218

lithium (liquid) 508 4226 42.258 9525 soil, loam (dry) (av prop) (see refs) 1200 837 0.251chromium nitride (cr2n) (prsd, 100 d) 6500 628 22.594 9601 soil, loam (h2o 4-27 pc) (av, see refs) 1600 1046 0.418

niobium beryllide (nb2be17) 3200 921 31.380 9614 soil, mars surface (see ucrl-50309) 2000 962 0.013titanium carbide + co (co18, nbc,tac15) 5500 544 31.380 9689 soil, sandy (h20 8) 1750 1004 0.586

magnesium alloy az80a(x,frgd) (wrought) 1800 962 54.392 9706 soil, sandy dry 1650 795 0.264iron, ductile (mg containing, heat res) 7200 460 28.870 9781 solder (pb37.5, sn37.5, in25) 8690 239 56.902

colombium alloy (cb61,ta28,w10,zr0.5) 10700 201 44.769 9808 solder (pb39.2, sn60.8) 8500 197 50.208

kg/m3 J/kg×K W/m×K W×Ös/m2×K kg/m3


17


niobium alloy (nb61, ta28, w10, zr0.5) 10700 201 44.769 9808 solder (pb50, sn50) 8890 213 46.024tantalum alloy (ta98, cu0.7, zr0.7) 16660 138 41.840 9811 solder (pb60, sn40) 9200 230 47.279nickel alloy monel 403 (hot-rolled) 8860 439 24.811 9827 spinel (mgo.al2o3) (100 pc dense polyx) 3600 812 15.062

aluminum fluosilicate (topaz) (c-axis) 3540 1255 22.050 9898 spinel (mgo.al2o3) (single crystal) 3600 812 14.226topaz (2alfo.sio2) (c-axis) 3540 1255 22.050 9898 steam (h2o) (gas) (1 atm) 0.598 1966 0.023copper alloy (cu70, ni30) 8900 377 29.288 9908 steam (h2o) (gas) (satd) 0.598 1883 0.018cupronickel (cu70, ni30) 8900 377 29.288 9908 steatite (mgo.sio2) (commercial grades) 3000 837 3.347

magnesium alloy az81a(t4) (casting) 1800 1004 54.392 9914 steel, alloy and mild (4130, 4340) 7750 502 41.840nickel alloy monel, h (cast, var comp) 8480 439 26.778 9988 steel, alloy, cast 7830 460 46.024cerium boride (ceb6) (99.0 pc dense) 4700 628 33.890 9998 steel, carbon, type 1020 (0.2 - 0.6 c) 7860 460 71.128

lead alloy (pb60, sn40) (solder) 9200 230 47.279 10004 steel, free cutting, eutectoid 7830 460 46.024solder (pb60, sn40) 9200 230 47.279 10004 steel, high speed (m1, m10, m-2, ti) 8200 460 35.564

tin alloy (sn40, pb60) (solder) 9200 230 47.279 10004 steel, multimet (n-155) (low c) 8215 435 16.318titanium carbide + nbc + ni 5500 544 33.472 10006 steel, multimet (n-155) (wrought) 8215 435 12.970

germanium (intrinsic, p-type) 5325 322 58.576 10025 steel, stainless (cr 12-13, ni 0-3) 7750 431 23.430germanium (n-type) 5325 322 58.576 10025 steel, stainless (cr 16-26, ni 8-36) 8000 502 14.644

nickel alloy monel 400 8830 439 25.941 10031 steel, stainless 17-4ph 7750 335 14.644nickel alloy monel, r (hot-rolled) 8840 439 25.941 10037 steel, stainless 17-7ph 7600 335 16.736

tin 7310 226 61.086 10044 steel, stainless 19-9dl 7800 502 13.389magnesium alloy az91a,b (dc) (casting) 1810 1025 54.392 10045 steel, stainless 201 and 202 7700 502 16.318magnesium alloy az91c(ac) (casting) 1810 1025 54.392 10045 steel, stainless 304 7920 502 14.644

colombium alloy (cb95, ta5) 9000 251 44.769 10056 steel, stainless 321 and 347 7920 460 13.807niobium alloy (nb95, ta5) 9000 251 44.769 10056 steel, stainless 430, 430f, and 431 7750 460 16.736nickel alloy monel (cast) 8630 439 26.778 10076 steel, stainless 446 7600 460 22.928

nickel alloy monel weldable alloy 8630 439 26.778 10076 steel, stainless 501 and 502 7800 460 37.656magnesium alloy az92a(ac) (casting) 1825 1025 54.392 10087 steel, stainless ca15, ca40 (cast) 7610 460 25.104

niobium silicide (nbsi2) 5290 460 41.840 10092 steel, stainless cb30, cc50 (cast) 7530 502 21.757silicon carbide (sic) (rextal, 80-100d) 2900 678 51.882 10099 steel, stainless cf (cast) 7750 502 16.108

tantalum silicide (tasi2) 8830 314 37.028 10129 steel, stainless ck, ch, hi (cast) 7730 502 14.226tantalum alloy (ta99.5, nb0.5) 16500 138 45.187 10147 steel, stainless cn-7m (cast) 8040 460 20.920

titanium carbide + co (tic 80, co 20) 5420 544 35.564 10239 steel, stainless ha (cast) 7720 502 29.288iron sulfide (fes2) (single crystal) 5000 557 37.907 10270 steel, stainless hc, hd (cast) 7550 502 30.962

vanadium carbide (vc) 5600 519 36.401 10284 steel, stainless he (cast) 7680 586 17.154bronze, silicon, high 8530 377 33.472 10369 steel, stainless hf (cast) 7750 502 23.012

indium antimonide (insb) (imp 0.33-1.2) 7000 218 71.128 10409 steel, stainless hh, hl, hk (cast) 7730 502 18.828sodium (liquid) 930 1381 84.517 10419 steel, stainless ht (cast) 7960 460 19.665

magnesium alloy am100a (casting) 1810 1025 58.576 10425 steel, stainless hu (cast) 8030 460 15.481iron, ductile (mg containing) 7200 460 33.054 10465 steel, stainless hw (cast) 8150 460 13.389

copper alloy nickel silver (ni 10-20) 8800 377 33.472 10532 steel, stainless series 300 8000 502 14.644nickel silver (cu bal, ni 10-20) 8800 377 33.472 10532 steel, stainless series 400 7750 431 23.430

steel, stainless ha (cast) 7720 502 29.288 10655 steel, tool, tungsten carbide ca2 14000 209 54.392iron, ductile (0.06 mg) 7430 460 33.472 10698 steel, tool, tungsten carbide ca4 14000 209 112.970

cobalt alloy hs-21 (aged) 8300 423 32.635 10699 steel, ultra high strength type 300-m 7840 448 57.739niobium 8570 268 50.208 10735 strontium 2600 301 83.680

tungsten titanium carbide k86, k7h, k3h 11100 377 28.033 10825 strontium sulfate (srso4) (crystal) 3960 586 1.799steel, stainless hc, hd (cast) 7550 502 30.962 10834 strontium titanate (sro.tio2) (100 d) 5110 536 5.858

tungsten silicide (wsi2) (hp, 95 dense) 9400 308 40.585 10838 strontium titanate (sro.tio2) (80 d) 4000 536 2.594hafnium boride (hfb2) 11200 251 41.840 10845 strontium titanate + co (co 10) 5500 502 4.602

indium alloy (in25, sn37.5, pb37.5) 8690 239 56.902 10860 strontium titanate + co (co 20) 5800 502 6.276lead alloy (pb37.5, sn37.5, in25) 8690 239 56.902 10860 strontium titanate + co (co 30) 6200 502 6.694

solder (pb37.5, sn37.5, in25) 8690 239 56.902 10860 strontium titanate + co (co 40) 6600 502 10.460tin alloy (sn37.5, pb37.5, in25) 8690 239 56.902 10860 styrene-butadiene rubber + carbon blk 1000 1757 0.243molybdenum silicide (mosi2) 6260 418 45.187 10879 sulfur 2000 711 0.276



18


praseodymium boride (prb6) (95 pc dens) 4600 628 41.003 10880 sulfur dioxide (so2) (gas) 2.927 636 0.009colombium alloy (cb80, w15, mo5) 9600 247 50.208 10909 talc 2790 816 2.971

niobium alloy (nb80, w15, mo5) 9600 247 50.208 10909 tantalum 16600 138 71.128aluminum oxide (al2o3) (polyxtal 100 d) 3980 778 38.493 10919 tantalum alloy (ta62, nb30, v7.5) 11550 117 27.196

sapphire (al2o3) (polyxtal) (100 pc d) 3980 778 38.493 10919 tantalum alloy (ta89, w9, hf2) 16950 92 40.585tungsten carbide (wc) 15600 184 41.840 10962 tantalum alloy (ta90, w10) 16960 134 54.392calcium boride (cab6) 2460 1255 39.162 10996 tantalum alloy (ta98, cu0.7, zr0.7) 16660 138 41.840

tantalum alloy (ta90, w10) 16960 134 54.392 11114 tantalum alloy (ta99.5, nb0.5) 16500 138 45.187zirconium beryllide (zrbe13) 2750 1138 39.748 11153 tantalum antimonide (tasb) 14000 167 18.828

iron, nodular cast, ferritic base 7200 460 37.656 11170 tantalum beryllide (ta2be17) 5000 879 29.288iron, nodular cast, pearlitic base 7200 460 37.656 11170 tantalum beryllide (tabe12) (hp) 4100 774 41.840silicon carbide + si (sic 76, si 24) 2500 837 60.668 11266 tantalum boride (tab) (psd, sntr, 85d) 12100 209 117.150

calcium 1550 657 125.520 11305 tantalum boride (tab2) 12000 226 86.190tantalum beryllide (ta2be17) 5000 879 29.288 11343 tantalum carbide (tac) 14000 190 22.175

nickel alloy hy mu 80 8740 448 33.388 11430 tantalum carbide + wc cermet k601 15300 209 66.944lithium 530 3515 71.128 11511 tantalum nitride (ta2n) 15860 126 10.460

molybdenum beryllide (mobe12) 2916 1088 41.840 11521 tantalum nitride (tan) 14360 205 7.950tantalum beryllide (tabe12) (hp) 4100 774 41.840 11523 tantalum silicide (tasi2) 8830 314 37.028

iron, ni-resist, types 1 and 2 (cast) 7300 460 39.748 11556 tatb h.e. (triamino-trinitro-benzene) 1880 1047 0.799magnesium alloy az63a(ac,f) (casting) 1835 1025 71.128 11566 technicium 11500 243 12.552

iron, ni-resist, type 3 (cast) 7400 460 39.330 11573 teflon 2170 1004 0.251steel, high speed (m1, m10, m-2, ti) 8200 460 35.564 11585 teflon, reinforced 1990 975 0.414

steel, stainless 501 and 502 7800 460 37.656 11626 tellurium 6240 201 3.347aluminum oxide (al2o3) (single xtal) 3980 778 43.932 11665 terbium 8250 182 8.368sapphire (al2o3) (single xtal) (av dir) 3980 778 43.932 11665 terbium boride (tbb6) (94.3 pc dense) 5000 628 20.083aluminum oxide + cr (al2o3 23, cr 77) 5900 502 46.024 11677 tetryl h.e. 1710 1255 0.286

lanthanum boride (lab6) (99.5 pc dense) 4600 628 47.698 11735 thallium 11850 130 38.911iron, grey cast, pearlitic (2.3-3.0 c) 7190 460 41.840 11766 thallium (liquid) 11290 151 24.686

magnesium alloy az61a(x), azm (wrought) 1800 1025 75.312 11788 thorium 11680 117 38.493iron, ni-resist, type 4 (cast) 7400 502 37.656 11828 thorium boride (thb4) 8450 494 15.899copper alloy (cu90, ni10) 8900 377 41.840 11842 thorium boride (thb6) 6800 628 43.095cupronickel (cu90, ni10) 8900 377 41.840 11842 thorium carbide (thc) (80 pc dense) 8500 172 8.786

neodymium boride (ndb6) (97.3 pc dense) 4800 628 47.279 11934 thorium carbide (thc2) (69 pc dense) 6600 222 24.476bronze, tin (cast), high leaded 9200 377 41.840 12040 thorium oxide (tho2) (96-100 pc dense) 9600 234 11.715

magnesium alloy az31(x,s) (wrought) 1775 983 83.680 12085 thulium 9300 160 8.368magnesium alloy az855(x) (wrought) 1800 1025 79.496 12111 tin 7310 226 61.086magnesium alloy az31b(p,s) (wrought) 1770 1004 83.680 12195 tin (liquid) 6850 243 33.472

iron, ni-tensyliron (cast, heat treat) 7200 460 46.024 12349 tin alloy (sn37.5, pb37.5, in25) 8690 239 56.902tungsten titanium carbide k5h 11500 377 35.564 12411 tin alloy (sn40, pb60) (solder) 9200 230 47.279

magnesium alloy a8(ac or st) (casting) 1810 1025 83.680 12460 tin alloy (sn50, pb50) (solder) 8890 213 46.024sodium 970 1213 133.890 12551 tin alloy (sn60.8, pb39.2) (solder) 8500 197 50.208

tungsten carbide cermet k701 14000 209 53.974 12573 tin oxide (sno2) (93-95 pc dense) 5560 343 31.380steel, tool, tungsten carbide ca2 14000 209 54.392 12622 tin telluride (snte 25, agsbte2 75) 6500 209 0.983

tungsten carbide cermet ca2 tool steel 14000 209 54.392 12622 tin telluride (snte 60, agsbte2 40) 6500 209 1.778magnesium alloy 1961 (mg,ce11.85) 1740 962 96.232 12694 tin telluride (snte 80, agsbte2 20) 6500 209 2.594

steel, alloy and mild (4130, 4340) 7750 502 41.840 12760 titanium 4500 523 20.920tantalum 16600 138 71.128 12769 titanium alloy (ti bal, al2, mn2) 4500 544 9.623

bronze, tin (cast), leaded 8700 377 50.208 12826 titanium alloy (ti bal, al4, cu2, zr2) 4500 544 9.205steel, alloy, cast 7830 460 46.024 12878 titanium alloy (ti bal, al4, cu4, sn2) 4500 523 7.950

steel, free cutting, eutectoid 7830 460 46.024 12878 titanium alloy (ti bal, al4, mo3, v1) 4500 523 7.531bronze, phospher 10 percent 8780 377 50.208 12885 titanium alloy (ti bal, al4, v1, mo0.6) 4500 544 8.368

iron, grey cast, ferritic (2.3-3.0 c) 7190 460 50.208 12889 titanium alloy (ti bal, al4, v2, mo1) 4500 544 8.368iron, grey cast, pearlitic (3.0-3.2 c) 7190 460 50.208 12889 titanium alloy (ti bal, al4, v3, mo1.5) 4500 544 7.950



19


magnesium alloy hk31a(t6) (casting) 1790 1025 92.048 12996 titanium alloy (ti bal, al4, zr3.5) 4500 523 7.531tungsten alloy (w75, re25) 19700 134 64.852 13079 titanium alloy (ti bal, al5, sn2.5) 4480 544 7.113

tungsten alloy (w90, ni6, cu2-4) 16700 134 77.404 13156 titanium alloy (ti bal, al5, sn5, zr5) 4600 502 7.950magnesium (liquid) 1570 1339 83.680 13263 titanium alloy (ti bal, al6, v4) 4450 523 7.113

rhenium 21000 138 60.668 13264 titanium alloy (ti bal, al8, mo1, v1) 4370 544 5.858bronze, silicon, low 8750 377 54.392 13388 titanium alloy (ti bal, cr3.4, mo2.1) 4600 523 16.318nickel alloy d and e 8800 460 44.769 13465 titanium alloy (ti bal, sn4.8, al4.5) 4500 523 7.531

cadmium 8650 230 92.048 13535 titanium alloy (ti bal, sn5.5, al2) 4600 523 9.205thorium boride (thb6) 6800 628 43.095 13562 titanium alloy (ti bal, v14, cr10, al4) 5100 527 7.950

magnesium alloy zre0 (ez30) (casting) 1800 1025 100.420 13612 titanium alloy (ti bal, v15, al2.8) 4800 527 8.368magnesium alloy zre1(aa) (casting) 1800 1025 100.420 13612 titanium alloy (ti bal, zr3, al2) 4600 523 9.958magnesium alloy ek41a(t5,t6) (casting) 1810 1025 100.420 13649 titanium alloy c100m (rc130a) (mn7.9) 4580 523 10.878

tungsten titanium carbide k81 11600 377 42.677 13654 titanium alloy hylite 40 c130am,rc130b 4520 544 7.531magnesium alloy bz33a(ac,ah) (casting) 1830 1025 100.420 13725 titanium alloy hylite 50 (imi550) 4600 523 7.531

nickel oxide (nio) (single xtal) 6810 603 46.024 13742 titanium alloy hylite 51 (imi551) 4600 523 6.694vanadium boride (vb2) 5070 661 56.902 13810 titanium alloy hylite 55 (imi) 4760 523 7.531

silicon carbide (sic) (single xtal) 3210 678 87.864 13826 titanium alloy hylite 60 (imi) 4650 523 7.531magnesium alloy ek30a, h812 (casting) 1790 1025 104.600 13853 titanium alloy hylite 65 (imi) 4680 523 7.531magnesium alloy hk31a(o) (casting) 1790 1025 104.600 13853 titanium alloy imi 679 (sn11, zr5, al2) 4840 481 6.694

iron, malleable (2.5 c) 7200 527 51.045 13920 titanium alloy imi 680 (sn11, mo4, al2) 4840 481 7.113iron, grey cast, pearlitic (3.4 c) 7190 460 58.576 13922 titanium alloy ti140a (fe2, cr2, mo2) 4600 523 11.715

magnesium alloy hm31a (wrought) 1820 1025 104.600 13969 titanium alloy ti150a (cr2.7, fe1.4) 4600 544 15.899magnesium alloy ek33a, h811 (casting) 1830 1025 104.600 14007 titanium alloy ti155a (al5,fe2,cr1,mo1) 4500 544 8.368magnesium alloy hz32a(ac),zt1 (casting) 1830 1025 104.600 14007 titanium beryllide (tibe12) (hp, 95d) 2200 1423 23.849

magnesium alloy pe (wrought) 1760 1025 108.780 14009 titanium boride (tib2) (hp, 95 pc dens) 4300 669 25.104magnesium alloy a3a (wrought) 1770 1025 108.780 14048 titanium carbide (tic) (93 pc dense) 4560 569 16.318

platinum 21400 134 69.036 14065 titanium carbide (tic) (96 pc dense) 4740 569 31.380magnesium alloy (mg,ag2.5,ce2,zr0.6) 1820 962 112.970 14066 titanium carbide + co (co18, nbc,tac15) 5500 544 31.380magnesium alloy ze41a(t5,ht) (casting) 1820 962 112.970 14066 titanium carbide + co (tic 80, co 20) 5420 544 35.564aluminum alloy (al84.0, cast or tempd) 2700 879 83.680 14089 titanium carbide + nbc + ni 5500 544 33.472magnesium alloy zh42 (casting) 1860 962 112.970 14220 titanium carbide + ni or co (avg prop) 6000 460 29.288

magnesium alloy zh62a(ac),tz6 (casting) 1860 962 112.970 14220 titanium carbide cermet k138a 5600 544 26.359steel, ultra high strength type 300-m 7840 448 57.739 14236 titanium carbide cermet k151a 5800 544 22.594

zinc (liquid) 6800 502 59.413 14243 titanium carbide cermet k161b 6000 628 23.430magnesium oxide (mgo) (polyxtal, 100 d) 3580 921 61.923 14285 titanium carbide cermet k162b 6000 544 19.246magnesium alloy zk51a, h807 (casting) 1810 1021 110.880 14315 titanium carbide cermet k163b1 6300 544 19.665

tungsten titanium carbide k21 12300 377 44.350 14333 titanium carbide cermet k164b 6600 544 20.083magnesium alloy zty(x) (hk11) (wrought) 1760 962 121.340 14336 titanium carbide cermet k165 5700 544 17.154

silicon 2330 703 125.520 14338 titanium nitride (tin) (hp, 70-90 dens) 4500 603 25.104magnesium alloy hk31a(h24) (casting) 1790 1025 112.970 14397 titanium oxide (tio2) (rutile, 100 d) 4250 686 8.954

iron, wrought (various) 7700 460 58.576 14407 titanium oxide (tio2) (rutile, a axis) 4250 686 8.786magnesium alloy 1960 (mg,ce6.7) 1760 1004 118.830 14491 titanium oxide (tio2) (rutile, c axis) 4250 686 13.389

magnesium alloy magnox a12(x) (wrought) 1750 1025 117.150 14496 tnt h.e. (2,4,6-trinitrotoluene) (cast) 1550 1372 0.260palladium 11400 243 76.149 14515 topaz (2alfo.sio2) (a-axis) 3540 1255 19.246

bronze, aluminum (cu92, al8) 7900 377 71.128 14547 topaz (2alfo.sio2) (c-axis) 3540 1255 22.050tungsten carbide cermet k92 13800 209 74.057 14622 tourmaline 3100 837 4.602

tantalum carbide + wc cermet k601 15300 209 66.944 14638 tritium gas 0.27 4728 0.096tungsten carbide cermet k601 15300 209 66.944 14638 tungsten 19300 134 196.650

magnesium alloy 1964 (mg,ce5,co2,mn0.8) 1760 1004 121.340 14643 tungsten alloy (w75, re25) 19700 134 64.852magnesium alloy 1992 (mg,ce4.45,co3) 1740 962 129.700 14737 tungsten alloy (w90, ni6, cu2-4) 16700 134 77.404

magnesium alloy zw3(x) (zk31) (wrought) 1800 962 125.520 14745 tungsten boride (wb) 16000 176 4.602tungsten titanium carbide k4h 12500 377 46.861 14853 tungsten carbide (wc) 15600 184 41.840

iron, grey cast, pearlitic (3.7-3.8 c) 7190 460 66.944 14883 tungsten carbide cermet ca2 tool steel 14000 209 54.392



20


nickel alloy permanickel 8750 444 57.739 14969 tungsten carbide cermet ca4 tool steel 14000 209 112.970magnesium alloy zk60a,b, zw6 (casting) 1830 1046 117.150 14975 tungsten carbide cermet carboloy 883 14950 209 100.420magnesium oxide (mgo) (single crystal) 3580 921 69.036 15083 tungsten carbide cermet carboloy 905 15100 209 100.420magnesium alloy zk20a (wrought) 1800 1025 125.520 15218 tungsten carbide cermet carboloy 999 15250 209 121.340

magnesium alloy 1959 (mg,ce4.33) 1780 1004 129.700 15225 tungsten carbide cermet k6 and k96 14900 209 100.420tantalum boride (tab2) 12000 226 86.190 15285 tungsten carbide cermet k601 15300 209 66.944

magnesium alloy m1(ac) (casting) 1760 1025 129.700 15296 tungsten carbide cermet k701 14000 209 53.974tungsten titanium carbide k84 11700 377 53.137 15301 tungsten carbide cermet k801 (wc + ni) 14800 209 82.006

iron, grey cast, ferritic (3.2-3.8 c) 7190 460 71.128 15341 tungsten carbide cermet k92 13800 209 74.057aluminum (liquid) 2360 1084 92.048 15345 tungsten carbide cermet k94 and k1 14100 209 91.630

brass, red, cast (cu85, zn5, pb5, sn3) 8750 377 71.965 15399 tungsten oxide (wo3) (polyxtal. porous) 7160 310 25.104bronze, phospher 5 percent 8860 377 71.128 15406 tungsten selenide (wse2) 10000 226 3.431

magnesium alloy m1a (wrought) 1760 1025 131.800 15420 tungsten silicide (wsi2) (hp, 95 dense) 9400 308 40.585barium boride (bab6) 4340 1255 44.769 15615 tungsten telluride (wte2) 12000 176 1.590

magnesium alloy ze10a(o,h24) (wrought) 1760 1025 135.980 15662 tungsten titanium carbide k21 12300 377 44.350molybdenum alloy (mo70, w30) 9940 201 123.010 15669 tungsten titanium carbide k2s 12900 377 52.718

magnesium alloy zw1(x) (zk11) (wrought) 1800 1025 133.890 15717 tungsten titanium carbide k4h 12500 377 46.861nickel alloy 330 (ni99.55) (annealed) 8850 460 60.668 15719 tungsten titanium carbide k5h 11500 377 35.564

aluminum alloy (al90.0, cast or tempd) 2700 879 104.600 15752 tungsten titanium carbide k81 11600 377 42.677nickel alloy (ni99.5) low c, 220, 225 8890 460 60.668 15754 tungsten titanium carbide k84 11700 377 53.137

iron (-51 to 1537 deg c) 7870 448 71.128 15831 tungsten titanium carbide k86, k7h, k3h 11100 377 28.033iron, ingot (fe99.9+) 7870 448 71.128 15831 tungsten titanium carbide km 12900 377 59.831

osmium 22570 130 85.772 15846 uranium 19100 117 26.443magnesium alloy hm21a(o,h24) (wrought) 1780 1025 138.070 15872 uranium alloy (u82, zr18) 14100 167 10.878

iron (0 to 3000 deg c) 7870 448 71.965 15924 uranium alloy (u90, fs10) 17200 134 15.062iron (-273 to 763 deg c) 7870 448 71.965 15924 uranium alloy (u90, mo10) 17250 134 12.343

tungsten carbide cermet k801 (wc + ni) 14800 209 82.006 15934 uranium alloy (u93, fs5, zr2) 17600 126 20.083tungsten titanium carbide k2s 12900 377 52.718 16003 uranium alloy (u94.4, cr5.6) (eutectic) 18500 111 28.451

magnesium alloy m1(x,s) (wrought) 1760 1025 142.260 16020 uranium alloy (u95, zr5) 17500 126 18.828steel, carbon, type 1020 (0.2 - 0.6 c) 7860 460 71.128 16040 uranium alloy (u96, nb4) 17700 126 22.803

nickel alloy a (ni99.4) (annealed) 8890 439 66.944 16169 uranium alloy (u97, fs3) 18300 126 21.338magnesium alloy za(ac) (casting) 1750 1025 146.440 16207 uranium alloy (u98.5, zr1.5) 18600 117 22.594

iron, grey cast, pearlitic (4.12 c) 7190 460 79.496 16218 uranium alloy mulberry 16500 146 10.460magnesium 1740 1004 150.620 16221 uranium beryllide (ube13) (sntrd, 61d) 2700 837 20.920

aluminum alloy 7079 2740 795 121.340 16258 uranium boride (ub4) 9380 502 5.021carbon, graphite (typical k) 2250 707 167.360 16318 uranium carbide (uc) (arcm or cast,99d) 13600 203 20.083

tungsten carbide cermet k94 and k1 14100 209 91.630 16440 uranium carbide (uc) (avg, var. types) 13500 203 23.849aluminum alloys 2024-t4 and 24s-24 (ar) 2780 837 118.410 16597 uranium carbide (uc) (sintered, 90d) 12300 203 17.364

chromium 7160 448 87.864 16782 uranium carbide (uc2) 11300 234 33.472aluminum alloy 7075-t6 (as received) 2801 837 121.340 16864 uranium nitride (un) (hp, 95-98 dense) 13800 188 13.807

tungsten titanium carbide km 12900 377 59.831 17049 uranium oxide (u3o8) (prsd at 100 psi) 8000 276 0.297aluminum alloys (al, mg 2.5-5.0) 2660 879 125.520 17127 uranium oxide (u3o8) (prsd at 4200 psi) 8300 276 0.544

tantalum boride (tab) (psd, sntr, 85d) 12100 209 117.150 17220 uranium oxide (uo2) (polyxtal, 97 dens) 10600 243 10.042aluminum alloy (al84.0, average trtmt) 2700 879 125.520 17256 uranium oxide (uo2) (single crystal) 10960 243 10.460aluminum alloy (al94.0, cast or tempd) 2700 879 125.520 17256 uranium oxide + cr (uo2 8o vol) (97 d) 10000 335 15.899

ruthenium 12200 234 104.600 17291 uranium oxide + mo (uo2 70 vol) (92 d) 10000 335 20.083zilloy 15 7180 402 104.600 17369 uranium oxide + mo (uo2 8o vol) (91 d) 10000 335 13.807

zinc alloy astm b69 7140 393 107.530 17377 uranium oxide + mo (uo2 8o vol) (94 d) 10000 335 18.410zinc-aluminum-copper alloy astm 25 6700 418 108.780 17463 uranium oxide + nb (uo2 80 vol) 10000 335 9.623

molybdenum alloy (mo99.5, ti0.5) 10200 255 117.150 17463 uranium oxide + st steel (uo2 70 vol) 10000 335 7.950zinc 7140 389 111.710 17617 uranium oxide + st steel (uo2 80 vol) 10000 335 6.276

zinc-aluminum alloy astm 23 6600 418 112.970 17662 uranium oxide + zr (uo2 43,zr 57)(59 p) 4000 259 13.389tungsten carbide cermet k6 and k96 14900 209 100.420 17692 uranium oxide + zr (uo2 80,zr 20) 8710 243 10.878



21


tungsten carbide cermet carboloy 883 14950 209 100.420 17722 uranium plutonium oxide (4uo2.puo2) see 10600 264 7.615tungsten carbide cermet carboloy 905 15100 209 100.420 17811 uranium silicide (u3si) 15450 176 16.736

cobalt 8860 423 84.935 17833 urea-formaldehyde, alpha cellulose fllr 1500 1674 0.377brass, aluminum (cu76, zn22, al2) 8600 377 100.420 18034 urea-formaldehyde, molded 1500 1674 0.126

bronze, manganese 8360 377 104.600 18147 vanadium 6100 460 30.794steel, tool, tungsten carbide ca4 14000 209 112.970 18190 vanadium beryllide (vbe12) (85 pc dens) 1900 1464 30.962

tungsten carbide cermet ca4 tool steel 14000 209 112.970 18190 vanadium boride (vb2) 5070 661 56.902beryllium oxide (beo) (76 pc dens) 2300 1046 138.070 18225 vanadium carbide (vc) 5600 519 36.401

molybdenum 10200 247 133.890 18363 vanadium nitride (vn) (pr, strd, 100 d) 6100 586 12.134nickel 8900 444 87.864 18623 vermiculite brick 485 837 0.167

aluminum alloy (al84.0, wrot or annld) 2700 879 146.440 18638 vermiculite insulating powder 270 837 0.121aluminum alloy (al93.0, average trtmt) 2700 879 146.440 18638 vermiculite, expanded (d = 0.19-0.25) 220 753 0.071aluminum alloy (al96.5, cast or tempd) 2700 879 146.440 18638 vermiculite, expanded (d = 0.3) 300 753 0.069silicon carbide (sic) (slf bnd, he atm) 3100 678 167.360 18752 vitrous silica glass 2200 745 1.381beryllium copper (cu bal, be1.7-1.9) 8260 398 108.780 18899 vycor glass 2190 745 1.339

copper alloy (cu bal, be 1.7-1.9) 8260 398 108.780 18899 water (h2o) (gas) (1 atm) 0.598 1966 0.023brass, tin (naval and admiralty) 8460 377 112.970 18972 water (h2o) (gas) (satd) 0.598 1883 0.018brass, cartridge (cu70, zn30) 8570 418 100.420 18976 water (h2o) (liquid) 1000 4184 0.603

beryllium oxide porcelain 4811 2900 1004 125.520 19117 water (h2o) (solid) (ice) 917 4217 2.092porcelain 4811 (beo) 2900 1004 125.520 19117 water, heavy (d2o) (liquid) 1100 4205 0.561

brass, yellow (cu65, zn35) 8470 377 117.150 19331 window glass, lime 2480 753 1.318brass, leaded 8500 377 117.150 19365 wood, balsa (across grain) 130 2301 0.050

silicon carbide (sic) (kt grade) 3100 678 179.910 19443 wood, balsa (across grain) 320 2301 0.084aluminum alloy 7075-t6 (annealed) 2801 837 163.180 19557 wood, cypress (across grain) 460 2301 0.096

tungsten carbide cermet carboloy 999 15250 209 121.340 19675 wood, mahogany (across grain) 540 2301 0.130bronze, architectural 8500 377 121.340 19708 wood, maple (across grain) 710 2301 0.176

molybdenum alloy (mo bal, fe 0.25) 10200 276 138.070 19719 wood, norway pine (across grain) 550 2301 0.151aluminum alloy (al92.0, wrot or annld) 2700 879 167.360 19925 wood, oak, red, black (across grain) 610 2385 0.146aluminum alloy (al96.0, average trtmt) 2700 879 167.360 19925 wood, oak, white, live (across grain) 825 2385 0.209aluminum alloy (al98.5, cast or tempd) 2700 879 167.360 19925 wood, oregon pine (across grain) 510 2301 0.113

brass, muntz metal 8400 377 125.520 19927 wood, pine (with grain) 550 2301 0.343aluminum alloy 2024-5-t4 (annealed) 2780 837 175.730 20219 wood, spruce (across grain) 410 1255 0.126

iridium 22500 130 146.440 20672 wood, spruce (with grain) 410 1255 0.230gold (liquid) 17240 149 167.360 20699 wood, teak (across grain) 640 2301 0.172

beryllium alloy (be98.5) (as received) 1823 1799 133.890 20955 wood, virginia pine (across grain) 540 2301 0.142aluminum alloy (al96.0, wrot or annld) 2700 879 188.280 21134 wood, white fir (across grain) 450 2301 0.109aluminum alloy (al98.0, average trtmt) 2700 879 188.280 21134 wood, white pine (across grain) 530 2301 0.130aluminum alloy (al99.2, cast or tempd) 2700 879 188.280 21134 xenon 5.887 159 0.006

rhodium 12400 243 150.620 21291 ytterbium 7000 149 8.368beryllium alloy (be96.5) (as received) 1840 1799 142.260 21700 ytterbium boride (ybb6) (90.6 pc dens) 5000 628 25.104

brass, red, wrought (cu85, zn15) 8750 377 146.440 21967 yttrium 4470 293 12.552beryllium oxide + be + mo (be 7, mo 7) 2975 1038 158.990 22158 yttrium boride (yb6) (98.4 pc dense) 3600 628 29.288aluminum alloy (al99.0, average trtmt) 2700 879 209.200 22277 yttrium oxide (y2o3) (96-100 pc dense) 5000 448 14.226aluminum alloy (al99.0, wrot or annld) 2700 879 209.200 22277 zilloy 15 7180 402 104.600aluminum alloy (al99.8, cast or tempd) 2700 879 209.200 22277 zinc 7140 389 111.710

tungsten 19300 134 196.650 22543 zinc (liquid) 6800 502 59.413beryllium alloy (be98.5) (annealed) 1823 1799 158.990 22835 zinc alloy astm b69 7140 393 107.530

beryllium alloy (be99.5) 1840 1841 154.810 22900 zinc antimonide (znsb) 6300 272 2.343aluminum 2698 921 225.940 23688 zinc ferrite (zno.fe2o3) (pr, frd, vac) 5330 586 4.017

beryllium alloy (be96.5) (annealed) 1840 1799 175.730 24118 zinc oxide (zno) (prsd, fired, 100 d) 5630 494 27.196beryllium oxide + be + si 2900 1046 192.460 24162 zinc sulfide (zns) (cubic crystal) 4100 473 25.941

beryllium + beo (be, beo 0.6-1.7) 1840 1820 179.910 24546 zinc-aluminum alloy astm 23 6600 418 112.970bronze (cu75, sn25) 8800 377 188.280 24979 zinc-aluminum-copper alloy astm 25 6700 418 108.780



22


bronze, commercial 8800 377 188.280 24979 zircon (zro2.sio2) (single crystal) 4600 544 4.184beryllium 1848 1841 184.100 25027 zircon porcelain, high 3900 586 5.858

beryllium oxide + be (beo, be 3-12) 2850 1088 209.200 25469 zirconium 6500 285 31.380silver (liquid) 9300 289 251.040 25962 zirconium alloy 3zi (zr97,al1,sn1,mo1) 6460 285 8.368

bronze, phospher 1.25 percent 8900 377 205.020 26214 zirconium alloys zircalloy 2 and 3 6560 293 13.807copper alloy (cu99.4, al0.3, zr0.27) 8900 377 217.570 27004 zirconium beryllide (zrbe13) 2750 1138 39.748

beryllium copper (cu bal, be 0.38-0.55) 8750 398 220.080 27667 zirconium boride (zrb2) (hp, 97 pc den) 5900 418 25.104copper alloy (cu bal, be 0.38-0.55) 8750 398 220.080 27667 zirconium boride + boron (borolite 101) 5300 460 27.614copper gilding metal (cu95, zn5) 8850 377 230.120 27694 zirconium boride + mosi2 (boride z) 5200 502 20.920

beryllium oxide (beo) (96 pc dens) 2900 1046 255.220 27824 zirconium carbide (zrc) (hp or snt,94d) 6000 368 33.472gold 19300 128 317.980 28027 zirconium hydride (zrh + zrh2) 6300 310 18.410

silver alloys, sterling and coin 10500 251 359.820 30795 zirconium nitride (zrn) (pr sr 88-90 d) 6500 385 10.460carbon, diamond gem quality type 1 3510 506 543.920 31090 zirconium nitride (zrn) (pr sr 93 d) 6800 385 8.786

silver 10500 236 426.770 32520 zirconium oxide (y2o3 12, zr 8) (97 d) 5500 439 2.469silicon carbide (sic) (single xtal) 3210 678 489.530 32636 zirconium oxide (zro2 96, cao 6, 91 d) 5080 456 1.590chromium copper (cu bal, cr0.5) 8880 377 326.350 33036 zirconium oxide (zro2) (monoc., 100 d) 5560 456 1.849

copper alloy (cu bal, cr0.5) 8880 377 326.350 33036 zirconium oxide + ti cermet zt-15-m 5700 444 6.276copper, wrought (etp, dhp, te0.5, pb1) 8900 377 376.560 35526 zirconium silicate (zro2.sio2) (100 d) 4600 544 6.276

copper 8940 385 397.480 36983 zirconium silicate (zro2.sio2) (xtal) 4600 544 4.184======================================== ========================================

Reference: "For Computer Heat-Conduction Reference: "For Computer Heat-ConductionProperties Data", A.L. Edwards, UCRL-505 Properties Data", A.L. Edwards, UCRL-505

Copyright © K&K Associates 1997, takinfo Copyright © K&K Associates 1997, takinfo



23

Thermal Effusivity

572465692655486

39896

116790538

241426001557170725077134

236881534517256140891863815752199251863817256199252113418638211341992522277222772113422277202191955716864162581712716597924798989075128

2781109195485

1166511677583839215158

W×Ös/m2×K


24

Thermal Effusivity

69774293

6381

24752539322251585053589121202502

419102815661

10174697

1561549261921224518333293296443484569

2502724546241182170022835209552290045698368

27667188991232

18225278242546922158241621911720173146393417281688739182072431

W×Ös/m2×K


25

Thermal Effusivity

79285620495269435015740559105030

180341897619365199271539921967189721933115342174175326343220325179467

1934148426001506155717072507139289

285535673334299927851091123013711167128015511945261

32497914547197082497918147

W×Ös/m2×K


26

Thermal Effusivity

26214128851540610369133881204012826

899394

13535855829553156

1130510996295531562221386159762698638

56131809370643481934

56

25893109016318

798564767542682767542691

37719998501210223812424334051089

42262153421749074

W×Ös/m2×K


27

Thermal Effusivity

167826165

33036960171914430

1783366586748

10699663569175694619566066724571159417114664276376809673168636720939383134197675361009808

109097621

10056783696

1067593361

1257369832766718899330369908

118422700488528524

105322769480257914

W×Ös/m2×K


28

Thermal Effusivity

23842459

355261899114108

9908118423321455175213

16101455755175326343220325179

269819453858467

4348525503

1065486

24783825744456

341981514348

84123013711280953

670080574061

396014844630150415043989

W×Ös/m2×K


29

Thermal Effusivity

8021471785819015

10025100251419132828442034145595361

150415041313156915751351151115231478

2802720699235929691950131518096454

108458336515720351610

1264253822

15284463879065

108604986

10409891063501080

6820672159241592415831

W×Ös/m2×K


30

Thermal Effusivity

669264254128

1027010698104659781

1288915341117661288913922148831621815831139207100

11573118286757

1155612349111701117014407

139289

169774059

117354348710771075104

1086091609344

100041313219216971603660362187107710719621182

11511952520174197

W×Ös/m2×K


31

Thermal Effusivity

8025634969126163463146312436786620613939925992

10001005919

412835673334285527852999

16221132631406615225144911269414643147371404812460104251208512195117881156697069914

121111004510045100871372513853140071364914397138531299615872139691400715296

W×Ös/m2×K


32

Thermal Effusivity

1602015420144961400916207156621406614220142201521814315149751361213612143361571714745663464471899

142851508339602899361128952478202848823321571624364700169520538524244029891543626945

1394873

10621237434839501417

7601

313112912210

W×Ös/m2×K


33

Thermal Effusivity

309183

10901282997454

1836319719156691746311521808665181862

108791580502739214225

119347

7245325

18623688971307108

1575415719161697227657288528666

134658407813487325771606659998587613057655877

114306763704366276790626471367633

W×Ös/m2×K


34

Thermal Effusivity

68706953655573337193669266425891

1007678529293

100319827

100768828998880068360

10037849876376809694664496324706066696328668164617196

149695995620262264197786654427072

13742105323259

107359808

109097621

10056961484386900951146143748

W×Ös/m2×K


35

Thermal Effusivity

100926

691676

64348644626

15753695

158465

14515946887785670808866567

1593517606

2375766687

15111406545923862420460873518484246131376486660494

1048798944

134660151766348438372163

433348

W×Ös/m2×K


36

Thermal Effusivity

436386647

7831117393487580485648594550535531552

19117537871343658202823147938647524143695177415951854213423991774336720672584337230892057227218943899166119213957

1088041254707135128442034334323853598

W×Ös/m2×K


37

Thermal Effusivity

4835331

243115041833635

14642668

25820

1326421291195565339469482151894

724691783

5326407815891658

17291411565162575635

10911464235732351974

1091911665456010781833150615041167

14338503044646310181

9178194438685519

W×Ös/m2×K


38

Thermal Effusivity

86187505082

100991382632636187521126615333920

811504359848352870237183

1108475739691561

15513252025962307951156149713702085148734

15231255110419322220261609336739213226546810672572331

2431502837161

1014588

108609160

W×Ös/m2×K


39

Thermal Effusivity

93441000466346447

54

28991276012878160401287811585763768098847767061636525724179437631709477268955

1162693769070791774318798

106551083487859463854884877564708676708847

12622181901423680952043400423573565427545655888653627

W×Ös/m2×K


40

Thermal Effusivity

42600

1276960677958

111149811

101476643

113431152317220152857688

1463845634838

1012912545919740896

204835497939783

7733647972598144

135623579598651333526

100447460

108601000493449160773711561555187870174853474643254210452645264411

W×Ös/m2×K


41

Thermal Effusivity

4210416342854069373162664210470646234602489551054303425740134330428042933949407053096307452686418501650792009689

1023910006899389608442939379258209849172938250511050626249744

924798983455

112254313079131563597

1096212622

W×Ös/m2×K


42

Thermal Effusivity

1819017722178111967517692146381257315934146221644074602784

108381831

1433316003148531241113654153011082517049769450675890533966607626643071177000701850276875486374448082658394145990810

111650835275729581996798785056755158458337274795

W×Ös/m2×K


43

Thermal Effusivity

46136740972561

92989280

13810102846585261166109125

15041478

54

1588284416101569123248319401536437462642364659254344503420336398

229498876405481355643

173691761714243173772004354186947091

1766217463

W×Ös/m2×K


44

Thermal Effusivity

32353658761839225151

111537872820773918599599251164796244219192166398339633235

W×Ös/m2×K

thermal conductivity database of materials

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