96

183 83() 73 () 22 () 5()

()

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51331224464641197

101155896318719198

1993

(1)

Chart1

1495

1558

1894

4

2003

2004

2005

22

2003~2005(SCI+SSCI)

(SCI+SSCI)

20032004200520042005200220032004

2972317231727%0%1.561.701.78

1495155818944%22%1.311.381.44

1029960960-7%0%1.821.981.85

9531070107012%0%1.501.721.82

7978498497%0%2.312.722.85

619588588-5%0%1.151.251.16

5805955953%0%1.121.301.35

364315315-13%0%0.901.151.03

20032004

00000000

00000000

20032004

00000000

00000000

00000000

20022004

new

0

0

0

2002~2004(SCI+SSCI)

0

0

0

4

91-93(SCI+SSCI)

(SCI+SSCI)

2002200320042003200420032004

/ / /

27211.5629721.7031721.789%9%7%5%

13611.3114951.3815581.4410%5%4%5%

9141.8210291.989601.8513%8%-7%-7%

8031.509531.7210701.8219%14%12%6%

6652.317972.728492.8520%18%7%5%

5551.156191.255881.1612%9%-5%-8%

4901.125801.305951.3518%16%3%4%

2820.903641.153151.0329%28%-13%-10%

()

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200220032004

272129723172

136114951558

9141029960

8039531070

665797849

555619588

490580595

282364315

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2002~2004

Chart1

24.28

25.58

26.7

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4.38%

()

2003~2005

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24.2825.5826.705.35%4.38%

Sheet3

2002 2003 2004 2003 2004

() () () () () () (%) (%) (%) (%)

41.382.5343.012.5940.692.383.93%2.24%-5.39%-8.15%

22.172.4024.282.4625.582.549.51%2.41%5.37%3.38%

17.743.6414.792.8814.282.78-16.66%-20.88%-3.43%-3.43%

12.542.5313.722.6115.902.909.41%2.97%15.94%11.08%

13.443.1513.602.8513.802.851.16%-9.45%1.52%0.05%

7.691.897.301.717.441.76-5.03%-9.48%1.89%3.10%

2.290.432.521.002.851.109.87%135.49%13.17%9.67%

7.823.116.292.43-19.56%-21.86%

51 9410 95

20042004()958313,01611,04816521,7192 6683553 6045 59645441,0413 4885495 5456-- 76 7294 8502

(2) (Road Map)

(1)

1.2.3.4.(2)

5. 6. 7. 8.

1.

2. 3.

(1)

()(2) 9411---941231

0000000003000002001100010002001016118172

4Stable Permanently Hydrophilic ProteinResistant Thin-FilmCoatings on Poly (dimethylsiloxane) 94/07/01 AnalyticalChemistry Electrokinetic analysis of the coatings in microchannels always exposed to air also gave good protein separation and constant electroosmotic flow during the five months that the measurements were done. We expect that the stable, hydrophilic, protein-resistant thin-film coatings will be useful for many applications that require long-term surface stability. 5Developing a Four-Layer System Rutting Model in Highway in Taiwan 94/03 J . Chinese Institute of Engineers A four-layer rutting model was developed to account for material property changes in the progression of accumulated compressive plastic strains in all roadway layers on the basis of traffic passing in this study. This paper demonstrates that incorporating the mechanistic-empirical approach in the prediction of rutting provides value information on the contribution of each layer to rutting in flexible pavements.

6 94/04 7 94/07/15

8 94/08/15 (RAP) 9RAP 94/09/15 (RAP)RAPIVc()RAP

10 p-i-n (GaN Based p-i-n Sensors with ITO contacts) 94/04/04 IEEE Sensors .J Nitride-based p-i-n sensors with indiumtinoxide electrodes on Mg-doped AlGaN/GaN strain layer superlattice structure were fabricated and characterized. It was found that the fabricated sensors exhibit small dark current and large reverse breakdown voltage. With an incident wavelength of 355 nm, we achieved a peak responsivity of 0.17 A/W which corresponds to 59% external quantum efficiency for sensors with 500 C annealed ITO(70 nm) p-contacts. 11Proton Transportation in an OrganicInorganic Hybrid Polymer Electrolyte Based on a Polysiloxane / Poly(allylamine) Network 94/8/1Polymer Science Part A-PolymerChemistry A new class of proton-conducting polymer was developed via the sol-gel process from amino-containing organic-inorganic hybrids by the treatment of poly (allylamine) with 3-glycidoxypropyltrimethoxysilane doped with ortho-phosphoric acid.These hybrid polymers make them promising candidates as electrolytes for fuel cells.

12Study of Microstructural Characterization and Ionic Conductivity of a Chemical-CovalentPolyether-Siloxane Hybrid Doped with LiClO4 94/12/19 J. Phys. Chem. BThe chemical-covalent polyether-siloxane hybrids doped with various amounts of LiClO4 salt were synthesized. The behavior of ion transport in these hybrid electrolytes is correlated with the Interaction between ions and polymer host. 13 94/10 NaHSO3Cr2O72-Cr3+Cr(OH)3Cr(OH)3 14Effects of Polymer Micelles of Alkylated Polyethylenimines on Generation of Gold Nanoparticles 94/05/01J. Phys. Chem. B The phenomena of self-reduction of gold ion can be demonstrated by the vanished NH deformation bands of PEI in IR spectrum owing to oxidation. The alkylated PEI simultaneously acts as both a reductant and a very effective protective agent, and significantly simplifies the process as to be used for preparing gold nanoparticles.

15Electronic and Junction Properties of PDMA-PEO Blend/Metal Schottky Diodes 94/02/14 Thin Solid Films Schottky barrier diodes have been successfully fabricated using blend films consisting of doped and PEO. 16Novel Electrochromic Device Based on Composite Films of Poly(2,5-dimethoxyaniline)-Waterborne Polyurethane 94/05/15 Materials Chemistry and Physics An electrochromic device was assembled with aconfigurationI TO/WPU/PDMA//LiClO4-PC-PEO//WO3/ITO and characterized its performance. 17 94/12/20 94 ANFIS1990~2003

18Structure and VibrationCharacteristics of Ti-Al-Mo-V Alloy94/01/01 Journal of Material Science

3 94/09/02 94 (GIS)(kriging) 4(RAP) 94/09/30 (recycled asphalt pavement, RAP)(RAP)(020406080%)RAPIVc()RAP

5 94/12/22 94ANFIS1990~2003 6Fatigue Behavior of Ti-7.5Mo Alloy 94 / 11 / 15 ASM Materials & Processes for Medical Devices Conference, Boston , USA . Experimental results indicate that in the as-cast state Ti-6Al-4V and c.p. Ti have higher stress-controlled fatigue resistance but lower strain-controlled fatigue resistance than Ti-7.5Mo and Ti-13Nb-13Zr. Among four materials Ti-7.5Mo demonstrates the best strain-controlled fatigue performance.

7A High Temperature Ferrite Process of Hazardous Heavy Metal Containing Sludge 94/01/231st International Conference on Environmental Science and Technology, , New Orleans, Louisiana, USA Experiments were conducted to the high temperature ferrite process, which was advantageous to the transformation of actual heavy metal containing sludge into ferrites. 82FP 94/12/22 Fenton Process(Ferrite Process) 9 94/11/18 20 20011024(ABC)(D~H)(IK)

10 94/11/18 20 11 94/05/20 2005 (Spent Pick Liquid) 12 94/03/10 (Spent Pick Liquid) 13 94/03/10 (-FeOOH)-Fe2O3XRDBETCEC

14 94/03/10 6%8% 15Hydrogen Sulfide Removal from Coal Gas by Using the Metal-Ferrite Sorbent from the Heavy Metal Wastewater Treatment T.K. Tseng, H. Chu, H.C. Chang, 94/11/09 Proceedings of 8th International Symposium on East Asian Resources Recyclcing Technology Hydrogen Sulfide adsorbed by metal-ferrite sorbent in a fixed bed reactor was conducted in this study.

16A Study on the Treatment of Spent Pick Liquid by Ferrite Process Jun-Yi Wu S.H. Hu, , C.C. Wu, W.S. Chen, 94/11/09 Proceedings of 8th International Symposium on East Asian Resources Recyclcing Technology, The experimental study of ferrite process for recovery of waste acid from metal surface treatment industry is described. 17Comparison of Copper Sludge Ferritization by Hydrometallurgical and Pyrometallurgical Process , Juu-En Chang, Hsing-Cheng Lu, Chia-Yu Ko, Pai-Haung 94/11/09 Proceedings of 8th International Symposium on East Asian Resources Recyclcing Technology, In this study, hydrometallurgical and pyrometallurgical processes for the transformation from actual copper sludge into Copper ferrite (CuFe2O4) were investigated.

1 94/07/11 I236085 ,,,;:,, 2 94/7/1 I235170