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S2E89SEe2e8 2.18733 CODE 020

CANADIAN NICKEL COMPANY LIMITED GEOPHYSICAL ASSESSMENT REPORT FORT KNOX GOLD RESOURCES INC.

CODE TOWNSHIP CLAIMSKENORA MINING DIVISION

DISTRICT OF KENORAN.T.S. 52-E-9

RECEIVED

JAN 15 1988

MINING LANDS SECTION

E. K. BerrerCanadian Nickel Company Limited Copper Cliff, Ontario January 1988

Figure 2

Canadian Nickel Company Limited

FORT KNOX GOLD RESOURCES INC.

(Code Twp. Claim Group) Claim Location Map

SCALE PSOOOO

52 E/9

General

A geophysical survey was carried out to map the electromagnetic properties of the underlying rock over a small property in Western Ontario. The response from this survey will help to explore the property for base and precious metal deposits. The survey was conducted during the period from November 14 to 16, 1987.

Property

This report refers to the following group of claims that are held by William T. Knox. The claims are numbered as follows:

K 744432 to 744434 inclusive ,,K 744436 and 744437K 744558 to 744565 inclusive

Location and Access

The property is located in Western Ontario, 26 km southeast of the town of Kenora. The access is possible from Highway No. 71 via an all weather road that ends on the north shore of Witch Bay, part of the Lake of the Woods. The claims are to the west of this road about 5 km from the highway (see location map).

Geology

The claims are located in an area of mafic volcanics and mafic intrusives. The abandoned Wendigo Mine is situated 2 km to the southwest of this property. The mineralization of this mine consisted of gold, silver and copper (Ref: Ontario Geological Survey, Map No. 2443). Magnetometer and scintillometer surveys had been performed in 1984 by the Canadian Nickel Company. The results were reported in an assessment report in January of 1985.

Gridding

16.5 km of cross lines were cut every 100 metres perpendicular to 1.6 km of base line. Stations were marked at 25 metre intervals along the cross lines.

Instruments

Two types of VLF receivers were used to survey the property. A RADEM electromagnetic receiver manufactured by Crone Geophysics Limited of Mississauga, Ontario and an EM-16 receiver built by Geonics Limited of Toronto, Ontario. Specifications of both instruments are described in brochures supplied by the manufacturers and attached to this report.

Survey Procedures

Readings were taken of the dip angle of resulting electromagnetic field at 25 metre intervals along lines 100 metres apart. The dip angle readings were

recorded in,such a manner that when facing the direction of the transmitter location the downward extension of the axis of the receiver coil will point towards a possible ground conductor. The transmitters used for this survey were NAA at Cutler, Maine and NSS at Annapolis, Maryland. NAA transmits at a frequency of 24.0 kHz and NSS at a frequency of 21.4 kHz.

Plotting Procedure

The dip angle readings were plotted as numbers on a map at a scale of 1:2500. If the coil would dip on the left side while taking a reading (the axis through the coil will point to the right). The value plotted was designated with L for a left dip and R for a right dip.

The instrument type and the transmitter location are marked on the north end of each line. Also marked on the maps is the direction from the transmitter stations.

Results

Numerous electromagnetic conductors were indicated by the dip angle profiles. As can be seen most of these are overlying areas covered by swamps. These are probably caused by changes in the overburden conductivity. A conductor of interest was located at the northwest corner of the grid. This conductor may be caused by bedrock sources such as a strong shear or sulfide zone.

Survey Statistics

Operators:

Readings:Line km of survey: Station spacing: Line interval:

Ted LangWim Vanderklift61314.75 km25 m100 m

w } l 0 1 r o

On, arlo

Report of WorkResources (Geophysical, Geological,

Geochemical end Expenditures)

t. .

52Ee9SEe288 2.18733 CODE 900

The Mining MCI - Do not uie ihedvd areas balow.Type Of Surveyll)

Expenditures (Assay Costs)Township or Area

CodeClaim Hold*r(s)

Canadian Nickel Company LimitedProspector'* Licence No.

A 17527Address

Copper Cliff, Ontario POM 1NOSu'vey Company

Canadian Nickel Company LimitedDale o* Survey (from fli to) 7olal Miles of line Cut

nd Addrttt of Author (of Geo Technical report)

Credits Requested per Each Claim in Columns at rightSpecial Provisions

For first survey:

Enter 40 days. (This includes line cutting)

For each additfonal survey: using the same grid:

Enter 20 days (for each)

Man Days

Complete reverse side and enter total(s) here

Airborne Credits

Note: Special provisions

credits do not apply to Airborne Surveys.

G.ophv.ic.1 D-V.P"

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological i

Geochemical

— Days pe- Geophysical C |a , m

- Elecuomagnei ic

- Magnetometer i

- Radiometric

- Other

Geological

Geochemicai :

Days perClaim

Electromagnetic

Magnetometer

Radiometric \

Expenditures (excludes power stripping)Type of Work Performed

AssayingPeMormed on Claimls)

K 744436; K 744437

Calculation of Expenditure Days Credits

Total ExpendituresTotal

Days Credits

| S 157.50nstructions

Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right.

Date

Nov. Ifc, 1987Recorded Holder or Agent (Signature)

Certification Verifying Report of Work

Mining Claims Traversed (List in numerical sequence)Mining Claim

Prefix Number

K 744436744437

l

f Gi-JTANIO GE3LOGfrA!- 1 ASisE^F.Vr.vT p

i, Or!- 1C E

j -I^'K 2 1 :'^

( RECEIVE

KENORA

Expend. Day* Cr.

55.5

SURVEYLua

'

D

~r^"*

Uuv 1'G ^9iv

7i8i^|10.'Uil2ili2i3i4-ML

— r?

ti

F

IN

Mining ClaimPrefix Number

a j ;"JIT".'.

.ECEIVED-: r; V 1 C^7

No LANUo otLIFUN

Expend. Days Cr.

1 hereby certify that 1 have a personal and intimate knowledge of the fact 1; set forth m the Report of Work annexed hereto, having performed or witnessed same during and/or after its completion and the annexed report is true.

the work

Name and Postal Address of Person Certifying

Ministry ofNorthern Developmentand Mines

Ontario Ministere duDeveloppement du Nord et des Mines

March 15, 1988 Your File: 208/87Our File: 2.10733

Mining RecorderMinistry of Northern Development and Mines808 Robertson StreetBox 5050Kenora, OntarioP9N 3X9

Dear Sir:

RE: Notice of Intent dated February 29, 1988Geophysical (Electromagnetic) Surveysubmitted on Mining Claims K 744432 et al

___in the Township of Code -——^-——————

The assessment work credits, as listed with the above-mentioned Notice of Intent, have been approved as of the above date.

Please inform the recorded holder of these mining claims and so indicate on your records.

Yours sincerely,

W.R. Cowan, ManagerMining Lands SectionMines and Minerals Division

Whitney Block, Room 6610 Queen's Park Toronto, Ontario M7A 1W3

Telephone: (416) 965-4888

RM:plEnclosure: Technical Assessment Work Credits

cc: Mr. 6.H. Ferguson Resident Geologist Mining b Lands Commissioner Kenora, Ontario Toronto, Ontario

Canadian Nickel Company Limited Copper Cliff, Ontario POM 1NO

Ministry ofNorthern Developmentand Mines

Technical Assessment Work Credits

OntarioDate

February 29, 1988

File

2.10733Mining Recorder's Report of Work 1,0. 2Q8-87

Recorded Holder

Canadian Nickel Co. LimitedTownship tfXXtt

CodeType of survey and number of

Assessment days credit per claimGeophysical

20Flartrnmagnfitic day*

Indnred polarization day-:

Othpr days

Section 77 (19) See "Mining Claims Assessed" column

Geological days

Geochemiral days

Man days | | Airborne l l

Special provision [~)j Ground [x]

[ | Credits have been reduced because of partial coverage of claims.

l | Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

K-744432 to 434 inclusive 744558 to 561 inclusive 744563 to 565 inclusive

Special credits under section 77 (16) for the following mining claims

15 days Electromagnetic

K-744436 to 437 inclusive 744562

No credits have been allowed for the following mining claims

[ [ not sufficiently covered by the survey [ | insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not' " ----L.-!—i on. r:^i——-.(..an. r^rhamiml . 4Q: Section 77(19) - 60.

© Minntryoi Report of Work ^ R?.™!c.. (Geophysical. Geological. X J

Qnt Geochemical and Expenditures) \ l/*?-***

V The Mining ActType Of SurveyU)

Geophysical (VLF-EM)Claim HoldarU)

Canadian Nickel Company LimitedAddreii

Copper Cliff, Ontario POM 1NOSurvey Company Date of Sur

Canadian Nickel Company Limited ify i lil

Initruetionr. - Plrtie typi or print.'t^cT "f) 7 - K number of mining cleimt traversed

exceeds space on this form, attach e list. Note: — Only days credits calculated in the

"Expenditures" section may be entered In the "Expend. Days Cr." columns.

- Do not uie shaded areas below.Township or Area

Code /n- IK ZProtpector's Licence No.

A 17527

vey (from fc to)

,tf. HSU., ttName and Address of Author (of Geo-Technlcal report)

E. K. Berrer, c/o Canadian Nickel Company Limited, Copper Cliff, Ontario

tt

Total Miles of line Cut

20 km

POM 1NOCredits Requested per Each Claim in Columns at rightSpecial Provltiont

For firtt turvey:Enter 40 days. (This includes line cutting)

For each additional lurvey: using the same flrid:

Enter 20 days (for each)

Man Days

Complete reverse side and enter total(s) here

Airborne Credits

Note: Special provisions credits do not apply to Airborne Surveys.

Geophyiical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Electromagnetic

Magnetometer

Radiometric

Dayt per Claim

20

Days perClaim

Days per Claim

Expenditures (excludes power stripping)Type of Work Performed

Performed on Claim(s)

Calculation of Expenditure Days Credits

Total ExpendituresTotal

Days Credits

15Instruction*

Totat Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right.

Date

Nov. lU, 1987Recorded Holder or Agent (Signature)

Certification Verifying Report of Work

Mining Claims Traversed (List in numerical sequence)

Pref

K

K '- -•s

r. .

IT K J

s.\.

Mining Claimx Number

744432^ 744433re*?1

5 744434744436744437

744558744559744560744561744562744563744564744565

KENORAMINING DIV.

5)'-" r, ir j w4f j J I 'a u * '

U ' l -, 4 r m ,: NUV 1 0 191

A,DilOillil2ili2i;

Expend. Dayt Cr.

, fpN

3 Pr

? i

PM

Ml

Mining ClaimPrefix

flit

r

'

ra i c *^

SL. -.'.. --. ^-•' -- T L

Number

^~

.EI V ED- inn?

Expend. Days Cr.

"

l

J' ' ' ; ' -'' '

e' ' i

Total number of mining claims covered by this report of work.

For Office Use OnlyTotal Dayt Cr. Recorded

Date Recorded

Date Approved as Recorded

Mining MCorder

Branch Director

l hereby certify that l have a personal and intimate knowledge o1 the fact? set forth in the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true. i \

f^rtifvino

so*-*-?

K 7?y 7^7/337VW3 ^

EM16 VLF Electromagnetic Unit

Pioneered and patented exclusively by Geonics Limited, the VLF method of electromagnetic surveying has been proven to be a major advance in exploration geophysical instrumentation.

Since the beginning of 1965 a large number of mining companies have found the EM16 system to meet the need for a simple, light and effective exploration tool for mining geophysics.

The VLF method uses the military and time standard VLF transmissions as primary field. Only a receiver is then used to measure the secondary fields radiating from the local con ductive targets. This allows a very light, one-man instrument to do the job. Because of the almost uniform primary field, good response from deeper targets is obtained.

The EM16 system provides the in-phase and quadrature components of the secondary field with the polarities indicated.

Interpretation technique has been highly developed particularly to differentiate deeper targets from the many surface indications.

Principle of OperationThe VLF transmitters have vertical antennas. The magnetic signal component is then horizontal and concentric around the transmitter location.

SpecificationsSource of primary field

Transmitting stations used

Operating frequency range

Parameters measured

Reading time

Method of reading

Scale range

Readability

VLF transmitting stations.

Any desired station frequency can be supplied with the instrument in the form of plug-in tuning units. Two tuning units can be plugged in at one time. A switch selects either station.

About 15-25 kHz.

(1) The vertical in-phase component (tangent of the tilt angle of the polarization ellipsoid).(2) The vertical out-of-phase (quadra ture) component (the short axis of the polarization ellipsoid compared to the long axis).

In-phase from a mechanical inclino meter and quadrature from a calibrated dial. Nulling by audio tone.

In-phase ± 150 0Xo; quadrature ± 40GXo. Shipping weight

10-40 seconds depending on signal strength.

Operating temperature range —40 to 50" C.

Operating controls

Power Supply

Dimensions

Weight

Instrument supplied with

ON-OFF switch, battery testing push button, station selector, switch, volume control, quadrature, dial ± 40"Xo, inclinometer dial ± 150*54.

6 size AA (penlight) alkaline cells. Life about 200 hours.

42 x 14 x 9 cm (16 x 5.5 x 3.5 in.)

1.6 kg (3.5 Ibs.)

Monotonic speaker, carrying case, manual of operation, 3 station selector plug-in tuning units (additional fre quencies are optional), set of batteries.

4.5 kg (10 Ibs.)

GEONICS LIMITED Designers A manufacturers of geophysical instruments

2 Thorncliffe Park DriveToronto/Ontario/CanadaM4H1H2Tel: (416) 425-1821Cables: Geonic's

-10X. 2W 3W 4W

OOT-OF-PHASt

Courtesy of Newfoundland A Labrador Corp. Ltd.

Areas of VLF SignalsCoverage shown only for well-known stations. Other reliable, fully operational stations exist. For full information regarding VLF signals in your area consult Geonics Limited. Extensive field experience has proved that the circles of coverage shown are very conservative and are actually much larger in extent.

EM 16 Profile over Lockport Mine Property, NewfoundlandAdditional case histories on request.

T l

horizontal coil

l 1 T'T10 - O -f 10

Station SelectorTwo tuning units can be plugged '/r af one time. A switch selects iither station.

Receiving CoilsVertical receiving coil circuit in instrument picks up any vertical signal present. Horizontal receiv ing coil circuit, after automatic

In-Phase Dialshows the tilt-angle of the instru ment for minimum signal. This angle is the measure of the vertical in-phase signal expressed in

90 C signal phase shift, feeds signal percentage when compared to the into quadrature dial in series with horizontal field, the receiving coil.

Quadrature Dial;'s calibrated in percentage mark ings and nulls the vertical quad rature signal in the vertical coil circuit.

By selecting a suitable transmitter station as a source, the EM 16 user can survey with the most suitable primary field azimuth.

The EM 16 has two receiving coils, one for the pick-up of the horizontal (primary) field and the other for detecting any anomalous vertical secondary field. The coils are thus ortho gonal, and are mounted inside the instrument "handle".

The actual measurement is done by first tilting the coil assembly to minimize the signal in the vertical (signal) coil and then further sharpening the null by using the reference signal to buck out the remaining signal. This is done by a calibrated "quadrature" dial.

The tangent of the tilt angle is the measure of the vertical in-phase component and the quadrature reading is the signal at right angles to the total field. All readings are obtained in per centages and do not depend on the absolute amplitude of the primary signals present.

The "null" condition of the measurement is detected by the drop in the audio signal emitted from the patented resonance loudspeaker. A jack is provided for'those preferring the use of an earphone instead.

The power for the instrument is from 6 penlight cells. A battery tester is provided.

Oct/73

CRONE GEOPHYSICS LIMITED

3607 WOLFEDALE ROAD, MISSISSAUGA, ONTARIO, CANADA.

Phone: (416) 270-0096

^

FIELD STRENGTH meterBATTERY test and "STEADY 1 or "KEYED" signal switchesINCLINOMETER

FIELD STRENGTH range switch

VOLUME CONTROL ON-OFF switch

STATION SELECTOR switch

BATTERY COMPARTMENT (inside)

CONDUCTOR DIRECTION ARROW SPEAKER

This is a rugged, simple to operate, ONE MAN EM unit. It can be used without line cutting and is thus ideally suited for GROUND LOCATION OF AIRBORNE CONDUCTORS and the CHECKING OUT OF MINERAL SHOWINGS. This instrument utilizes higher than normal EM frequencies and is capable of detecting DISSEMINATED SULPHIDE DEPOSITS and SMALL SULPHIDE BODIES. It accurately isolates BANDED CONDUCTORS and operates through areas of HIGH HYDRO NOISE. The method is capable of deep penetration but due to the high frequency used its penetration is limited in areas of clay and conductive overburden.

The DIP ANGLE measurement detects a conductor from a considerable distance and is used primarily for locating conductors. The FIELD STRENGTH measurement is used to define the shape and attitude of the conductor.

SPECIFICATIONS

Source of Primary Field: VLF Communication Stations 12 to 24 KHz

Number of Stations: 7 switch selectable

Stations Available: The seven standard stations are Cutler, Maine, 17.8; Seattle, Washington, 18.6; Collins, Colorado, 20.0; Annapolis, Md., 21.4; Panama, 24.0; Hawaii, 23.4; England, 16.0. Alternative stations which may be substituted are: Gorki, Russia, 17.1; Japan, 17.4; England, 19.6; Australia, NWC, 22.3 KHz.

Check that Station is Transmitting: Audible signal from speaker.

Parameters Measured and Means:(1) DIP ANGLE in degrees, from the horizontal of the magnetic component of the VLF field. Detected by minimum on the field strength meter and read from an inclinometer with a range of 80" and an accuracy of Vi 0 .

(2) Field Strength (total or horizontal component) of the magnetic component of the VLF field. Measured as a per cent of normal field strength established at a base station. Accuracy 296 dependent on signal. Meter has two ranges: O 3009fc and O 60096. Switch for "keyed" or "F.S." (steady) signal.

(3) Out of Phase component of the magnetic field, perpendicular in direction to the resultant field, measured without sign, as a per cent of normal field strength. This is the minimum reading of the Field Strength meter obtained when measuring the dip angle. Accuracy 296.

Operating Temperature Range: — 200 to +1100 F.

Dimensions and Weight: 3.5" X 7.5" X 10.5" — 6 Ib.

Shipping: Foam lined wooden case shipping wt. 15 Ib.

Batteries: 2 of 9 volt: Eveready 216, Burgess 2U6, Mallory M-1604

Average life expectancy 3 weeks to 3 months dependent on amount of usage.

Units Available on a Rental or Purchase Basis. Contract Services Available for Field Surveys.

Ministry ofNorthern Developmentand Mines

Ontario

Geophysical-Geological-Geochemical Technical Data Statement

File_

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

Type of

Township or Area.

Claim Holder(s) ——

Geophysical (VLr-EM)CCKfc TOWn*H1 p (K- "l 962)

Canadian Nickel Company LimitedCopper Cliff, Ontario POM l NO

Survey Company Canadian Nickel Company L imitedAuthor of Report Ei^. c/c Can,?cMan Mickel Cor^anyAddress of Author Li.j!l *3d)

Covering Dates of Survey Nov^raaar 14-16. 1987(linecutting to office)

Cliff, Ontario PG": INC

Total Miles of Line Cut. 20 lui

SPECIAL PROVISIONSCREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.

ENTER 20 days for each additional survey using same grid.

DAYS— L - i Per claimGeophysical

— Rudiometrir-Othpr

fleolngirnl

AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)

. Radiometric ———.Magnetometer. . Electromagnetic

DATE:.Jan. 11, 190B

(enter days per claim)

SIGNATURE:.Auttior of Report or Agent

Res. Geol. .Qualifications.

Previous Surveys File No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

(prefix) (number)

.7M111

.744434.

.744437.

..7.44S5S.

7.4455ft. 744S60

..744S61.

.J44S&1.

.744565-.

TOTAL CLAIMS.

837 (85/12)

SELF POTENTIAL

Instrument——————————————————————————————————————————— Range.Survey Method .-^^—^———^^——^——^^^——^————-^^^^^——^^^-^^^-—

Corrections made.

RADIOMETRIC

Instrument.

Values measured.

Energy windows (levels)—^——^^—^——^———^———^—————^-^^^^—.—^^^.^^^—.—

Height of instrument_______________________________Background Count.

Size of detector^—^——^——^.^--^^————^—-^^^-..-——^^^^-—————^—^^-.———^^^

Overburden ——^^—^^——^^-^^—————^—^^-————————.^—^^—————^^^——(type, depth — include outcrop map)

OTHERS (SEISMIC, DRILL WELL LOGGING ETC.)

Type of survey^^^—.—-^^^^^—-——^^^—^^———

Instrument ^^—.——^^—————-.^^^—^^^—-——.

Accuracy^————^—-———^——^————^-^.—^—

Parameters measured.

Additional information (for understanding results).

AIRBORNE SURVEYS

Type of survey(s)———

Instrument(s) ——————(specify for each type of survey)

Accuracy—.^—^^—^-———^——^-.(specify for each type of survey)

Aircraft used-———^^--—.-—-—^—^^—^—..^-^-.——^—^—-^.^—

Sensor altitude-

Navigation and flight path recovery method.

Aircraft altitude__________________________________Line Sparing

Miles flown over total area___________________________Over claims only.

GEOCHEMICAL SURVEY - PROCEDURE RECORD

Numbers of claims from which samples taken.

Total Number of Samples. Type of Sample-

(Nature of Material) Average Sample Weight————————

Method of Collection—————————

Soil Horizon Sampled.

Horizon Development-

Sample Depth————

Terrain-^—^—^^^—

Drainage Development————————————

Estimated Range of Overburden Thickness.

ANALYTICAL METHODS

Values expressed in: per centp. p. m. p. p. b.

n n n

Cu, Pb,

Others —

Zn, Ni, Co, Ag, Mo, As,-(circle)

Field Analysis (.

Extraction Method.

Analytical Method-

Reagents Used ———

Field Laboratory Analysis

No. ——-.—.—-.——

SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)

Mesh size of fraction used for analysis.———.

Extraction Method.

Analytical Method .

Reagents Used——

Commercial Laboratory (.

Name of Laboratory —.

Extraction Method-——

Analytical Method-——-

Reagents Used^—-^—

.tests)

.tests)

.tests)

GeneraL General -

GEOPHYSICAL TECHNICAL DATA

GROUND SURVEYS — If more than one survey, specify data for each type of survey

Number of Stations ———^3——————————————————————Number of Readings _____613

Station interval ______^5 m^———————————^————Line spacing__________100 P*

Profile scale________l C ') ** \ O0_______________________________________

Contour interval^^^-^^^————^^^—^^^-—^^^-^^——.^—^-^^—^^———^^^—.-^^^——^^.^^.—.

Instrument. Cj

o

yH

Coil separation Variable

o

>

rt

Cd

Accuracy — Scale constant.

Diurnal correction method.

Base Station check-in interval (hours).

Base Station location and value -———

Instrument ___Crona-fraderot teenies EM-16Coil configuration Vertical Loop

S O oiZ(d

(specify V.L.F. station)Cd

Accuracy _______j^ l^^-^—-—^^————^^^^————^^———^———-————.—^^—-^^—.^^^^—- Method: 8D Fixed transmitter CD Shoot back CD In line CD Parallel line

MSS - 21.4 KHz:. NAA - 24.0 KHz______________________________

Parameters measured.

Instrument.

Scale constant

Corrections made.

odBase station value and location .

Elevation accuracy.

Instrument ——^————...^———...—^-——.———^-——...—^^^—.—-.—^-^-————— Method CD Time Domain CD Frequency Domain

Parameters - On time ____________________________ Frequency ————

— Off time ____________________________ Range ————————

— Delay time ^—^

— Integration time.

Power.

Electrode array —

Electrode spacing .

Type of electrode .

L? rV:OV IV'P -

'- - 4 ' - - -" l'

- - - — ^ -' 's: *7*o*s V moo 1 *7*07*

. - - -*_-—4——— ' K72700* l 727004 1*72700* {7774* ,

V J--'---L- -V-4r- :' fl2MU l 7 37 OR l 797QI9 j /JWJI

5,. -: ^' - -; '.-,, "'' e ^s***! i ^780M ' V

-r: i , iKUM

n~ ~ IK"•28WI |S28I97

,'jl780a2 l 978066 l ^ l^__,- " | p5 l |

' 9^*6aor i 97**W ' 978078 l 978077 97688Z ~~*976889 97(8*2 !l j- l * l l I.I

978085 "8086,~

PL

CJ

k—* *BVr

O

' "- lg' ' ~ , " r* '-" -~

'l ';' 'i ** — -^-^a.!" " ' _ . _ — — "K"

^ ^ ** S-* - ^^.-T^'] ^.-7l5i70*J lW"'2 ^ S'^"-

1 i 10170* ' IOI7 **3 (OOSapS, 1 X

O . | S^' l

U.TT ~"~|iT ~ "" "T ~ ~ TT^ Z 0707 101704 100400. i M^- l! ' p

r~- TT ~ ~tlT "~- ~V ~~ "Mf•WTO4 j (OTTOS '017678

1

1 -,J---.-L

2SIS9 868383 IK KIMSM* "s**'! '"MO

^r^^^rfo^too^o-—— : '•'•,' /' 1

1^-— x li '

K)3*M 1004001 1004002' IOO4OOS1 1004OO4' v;. i !•— — rjf— —ir — — I"JT — — |j{-— .,-I040H) i 100400* '004007. 100*008 ' '004*08

i— fj-~ — *^^ C 1 l

— J. — "D-rr-^-U-.:^ 1 — —\017*7* MOI7HO 'OI7OI IJOOAOf ''00*0(2

i '' L- " —

.--U-J ---T-J-,.

—— —— ^ ,- - K -K K | K'97077 *--|8-4 "6864 I9708S {976866 '976872

' 97687* J'687I i 376869 | 376868 *3 76867

1 ' 1

! ' Li1

*

1

J ~ ^I^i-"^" "* -'J ----, - " i* /i, ~ — - */J": ,-''"'^

c

T)

THE TOWNSH! 0 OF

C O D;DISTRICT OF

K L" K O R /-.

i' riv c r*/MINING* DIVISION

SCALE: MNCH^4O CHAINS

L. FIG T f

t K..f.

i r

U.

c-' cr -: rsF'C iTS

tR i *u. *. AYS

l 'l.1 r.'H Of

- -IS

tt

i

d -

c.L.

O1tt 52E*asE0am a.i0733 CODE

j *. - t ' ^- .

200

-X' C - - -

"X

MocOuorrie Twp.-M.1966

rEFFECTIVE AS LINEN

K E .-J O S /'

li ,

\ 7 a D -0111-:^ 2'3 i-s

O l A KJ

DEPARTMENT OF MINES

- ONTARIO -t k

K 744434large Granite boulder field

small Poplar

K 744560 K 744561

l d iscontinuous o/c \

BASE LINE 0900

rh* ,——-T BSC-85-86

4c,3gf*/BSC-85-87

K 744559K 744558

LEGENDFELSIC - INTERMEDIATE INTRUSIVES

ABC-85-59 X--/RX073334U5)

K 744562Undifferentiated ABC-85-56/RX 073331K5)

A BC-85-57/RX 073332(^5) ABC-85-M/RX073333(<5)

WtlH* fronitt, BUtite quartz monzonite

MAFIC-INTERMEDIATE INTRUSIVES

Trap

Syenodiorite, Moizonite

Porphyritic gabbro

Chloritized gabbro mafic xenothsPyroxenite, Ultranafies K 744436 K 744437Rock outcropINTERMEDIATE to FELSIC VOLCANICS

Undifferentiated

Lapilli tuff — dacN

Geological boundary, observed

K 744432Quartz -(Fe) Carboiate- sericite schistGeological boundary, inferredSericite-Chlorite-Ce) Carbonate-Quartz schist

MAFIC to INTERMEDIATE VOLCANICS

90T l

Schistosity, cleavage, foliation (inclined, vertical, dip unknown ) RX083670K5) RX08367I{(5) .

RX083666J5) /l RX083667((5l H X083668(3)

RX083669K5)

UndifferentiatedFault defined, assumed

Pillowed basalt

Porphyritic basalt

Vy" Pillows

' Jointing inclined, verticalABC-85-55

RX 073330U5) .'RX 073348(10)

Chlorite -carbonate schist (iqtz) ABC-85-54 RX 073329 ^5)

RX083672K5) RX083673(<5) RX083674((5) RX083675((5) RX083676l(5) RX083677((5) RX083678(5)

* 8 ' clo lC2e Strong calcium carbonatization denoted by c subscripted

cp Chalcopyrite

py Pyrite

qtz Quartz

Ov Quartz vein

t) Tourmaline

3®BSC-85-75Diamond drill hole and dip

Drill CoreABC-85-65/RX 073341 {(5) ABC-85-66/RX 073342(5 ABC-85-67/RX073343N5)IIXL^.^- —4- RX083679U5)

RX083680(<5) RX08368IK5)

. . RX083682(5. /';3fl,d RX083683K5)

RX083684XS)

ABC-85-66 Identification - year . 8 a mpl. number letters Canadian Nickel Company Limited p00pMper .NCd" f Ontano

RX 07I798(*5) Sample number fossay value m ppb Gold)(unless noted otherwise)

GEOLOGICAL SURVEY (NORTH GROUP)

Project FORT KNOX GOLD RESOURCES, INCABC-85-63 RX 073339U5

Area CODE TOWNSHIP, ONT (M-I962)

Supervisor A AUBUTBSC-85-77/RX 073352110) BSC-85-78/RX073353IIO)

Survey date July, I985ABC -85 -60B/RX 073336 (18 lOppm)) Not on ourABC-85-6I/RX073337 (220) cloimt Drawn by RON JOHNSON

090 0

LEFT20 0 10" O I0 0 20 D RIGMT L l i ! . i l i . . , l J

I0500N

10000 N

9500 N

LEGEND

Tilt angle readings m degrees nght.left Station spacing 25m Profile scale Icm^ I00 Conductor STRONG MEDIUM WEAK

Canadian Nickel Company Limited Copper Cliff , Onlar o POM l NO

VLF ELECTROMAGNETIC SURVEYNORTH GROUP

SHEFT FIGURE

Geonics E M -16 Crone Radem

Proiect F ORT KNOX GOLD RESOURCES, INC

Supervisor A Aubut

Lornpii.d b v T Lang/W. Vanderklift j L)rj wr , n y W E.Marsaw

Scale l 2500

CODE TOWNSHIP, ONT

Survey dolt N OV., 1987

O.jlt drawnNov,l987

NTS 52E/9

52E09SE0ae8 3.10733 CODE 220