a rpt on an ip surv mcgarry tp

VAL D'OR SAGAX

VAL D'OR SAGAX INC.50 Lamaque Boulevard

Val-d'Or (Quebec)Canada J9P 2H6

Tel: (819) 874-2001 Fax:(819)874-2002

BBS: (819) 874-2005

32D04HE2025 2.19861 MCGARRY 010

19861A REPORT ON AN

INDUCED POLARISATION SURVEYcarried out on the

Kerrigan Project (PN 377-7)McGarry township, Ontario

submitted toSudbury Contact Mines Ltd.

99-N430 October 1999

Geophysical Contracting A Consultinj

Canada Peru Bolivia Morocco

1980

Burkina Mali

32D04NE2025 2.19861 MCGARRY

TABLE OF CONTENTS

010C

VAL D'OR SAGAX

1. INTRODUCTION. l

2. THE KERRIGAN PROJECT................................................................................................. l2.1 Location and access.......................................................................................................... l2.2 Claims............................................................................................................................... 22.3 Survey grid....................................................................................................................... 2

3. TECHNICAL SPECIFICATIONS OF THE SURVEY......................................................... 5

4. DISCUSSION OF RESULTS................................................................................................ 7

5 CONCLUSION AND RECOMMENDATIONS................................................................... 9

LIST OF FIGURES

Figure l : General location.......................................................................................................... 3

Figure 2 : Index of claims and survey area.................................................................................. 4

Figure 3 : Transmitted signal at Ci-Ci........................................................................................ 5

Figure 4 : ELREC-10 time gates ................................................................................................. 5

Figure 5 : Pole-dipole array......................................................................................................... 6

LIST OF TABLES

Table l : Statistics of the pole-dipole survey measured parameters............................................ 7

Table 2 : Recommendations and follow-up work to be completed on the Kerrigan project....... 9

SUDBURY CONTACT MINES LTD page i

VAL D'OR SAG AX

APPENDICES

ATTACHED AT THE END OF THIS REPORT

Pseudosections and image2D true-depth sections of the apparent resistivity and chargeability and of the four spectral parameters (7 sheets at a scale of l : 2 500).

LIST OF MAPS(inside plastic jackets), at a scale of l : 5000

Induced Polarisation Survey

8.2 Stacked resistivity pseudosections8.3 Stacked chargeability pseudosections

Interpretation

10.0 Geophysical interpretation

SUDBURY CONTACT MINES LTD page ii

VAL D'OR SAG AX

1. INTRODUCTION

^ Project number :

> Project name :

^ General location :

> Duration of survey

> Type of survey :

> Customer :

> Representative :

> Exploration Objectives

> Geophysical Objectives

99-N430

Kerrigan (PN 377-7)

McGarry township, OntarioCentred on 480 10' N lat. and 79033' W long.

From October 13 to 15, 1999 inclusively

Time Domain Induced Polansation

W.A. Hubacheck Consultants Ltd. 365 Bay Street, Suite 807 Toronto (Ontario) M5H 2V l

Mr. David W. Christie, senior geologist

Locate lithological and structural features and define chargeable, resistive or conductive anomalies indicative of the presence of disseminated sulfides in quartz/carbonate rich zone.

Acquire very good quality chargeability data using a high power pole-dipole induced polarisation survey to permit spectral analysis on the data. Process data using quality control program REFUSILO, inverse the data with Image2D, perform the spectral analysis and interpret it.

2. THE KERRIGAN PROJECT

2.1 Location and access

^ Township : McGarry

X Province : Ontario

> Country : Canada

> NTS Sheet : 32D/04

SUDBURY CONTACT MINES LTD page l

VAL D'OR SAG AX

^ Property access :

2.2 Claims

> Title holder :

> Claims covered under the present survey :

2.3 Survey grid

^ Description :

^ Survey line azimuths

> Survey line intervals :

> Station interval:

> Topography :

^- Artificial features :

About 5 km north-east of Virginiatown on local gravel road.

Sudbury Contact Mines Ltd.

Refer to figure 2 on page 4

McGarry North grid : composed of tielines 11+OON and 16+OON with survey lines ranging from 2+00W to 15+OOE. McGarry South grid : composed of one line 10+75E

N3300 for McGarry North N3200 for McGarry South

300 to 400 metres

25 metres

Moderate

At the south of line 10+75E, a railway crosses on McGarry South.

SUDBURY CONTACT MINES LTD page 2

VAL D'OR SAG AX

M T A R t

Q LI

Lac

- Lac Parent qAmos

kERRIGAN PROJECT 0 Senneterte

Kirkland Lake 0

o Chapleau. ..Englehart

T LACabonga

iffcWanapitei

Lake oEliotLake aSudbgry^

*f

Huron

D Alpena ^

M i e H ) o A N \

Al^D/SSHJfi! River

(ppeongo ttfS*

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ts^e Muskoka '

aMicttarid

,Bin*oftPerth,: oMalcne : '

.W YORK ; Rotsdam 0 / ar r.t

Figure l : General location


VAL D'OR SAG AX

Figure 2 : Index of claims and survey area


1000 Metres

VAL D'OR SAG AX

3. TECHNICAL SPECIFICATIONS OF THE SURVEY

> Party Chief : Michel Coulombe

Assistants :

Survey start:

Production :

Receiver :

Transmitter :

Transmitted signal

Guy Dumais, Michel Guimont Eric Dufour and Roger Desforges

October 13, 1999

6.45km

Elrec-10 by IRIS Instruments (10 dipoles)

Huntec 2500, 2.5 kW

8 second period, 5007o duty cycle (figure 3)-* 2 sec t-

-8 sec .

Integration :

Figure 3 : Transmitted signal at Ci and C2

8 cycles per reading

Apparent chargeability measurements :

l 23456 7 l 8 l 91101 III 13 131 Ml 151 11,1171 mll9l!llTime

The integration of the transient voltage after current shut-off was performed over twenty windows (A// to M2o) of equal duration of 80 msec each (figure 4). Those twenty gates are automatically normalised in relation with the decay rate of the transient voltage due to a pure electrode polarisation effect. Therefore, all parasitic contribution to the signal can be filtered by observing the deviation between the values MI to M^o read at the receiver.

Figure 4 : ELREC-10 time gates

SUDBURY CONTACT MINES LTD pageS

VAL D'OR SAG AX

Electrode configurations :

Electrode spacings a :

Separation factors n :

Pole-dipole array, see figure 5

25 metres

l to 6

1-\™y—

f N \

•VI A/' — —— ———— ———

f

\ 2 4 ,' station

-VPseudosection's clot ooint

Figure 5 : Pole-dipole array

> Apparent resistivity calculation :

For pole-dipole: pa = 2 - n - n - (n + 1) - a - —— (in Q-m)

where a : spacing P i-Pi (25 m) n : separation factor Vp : primary voltage (mV) 7: injected current (mA)

> Apparent resistivity error :

> Quality Control:

-S-5%, due to error of spacing between electrodes

No artificial noise was experienced on McGarry North grid while on the McGarry South grid, the railroad tracks did introduce an artificial response in the chargeability and resistivity values. Quality control of the IP survey was mainly achieved by maintaining good electrical contacts with the ground in order to drive enough current and by stacking a proper number of voltage and chargeability measurements. Table l summarises the average level of some quality control parameters that were continuously monitored during the survey. Despite rigorous field quality control, very few chargeability readings were considered too noisy (TN) using statistical criteria based on the decay curves. Overall, less than 207o of the chargeability readings had to be removed from the data base.


VAL D'OR SAGAX

Table l : Statistics of the pole-dipole survey measured parameters

ParametersInjected current (mA)Measured voltage (mV)

Measured chargeability and its accuracy (mVYV)

at^ 1at n = 6atrt = 1at n = 6

Accuracy of apparent resistivity based on chaining accuracy

Average722

4016400

2.51 ±0.122.85 ±0.56

3-5 07o

4. DISCUSSION OF RESULTS

> Pseudosections

Plan maps :

The results of the induced polarisation survey are presented in the form of pseudosections and image2D true-depth sections of the apparent resistivity and chargeability and pseudosections of the four spectral parameters (Seigel chargeability, frequency dependence, time constant and Cole-cole fitting error), at a scale of l : 2500.

The results are also presented in the form of apparent resistivity and chargeability stacked pseudosections (maps 8.2 and 8.3). The principal interpreted anomalous EP zones have been reproduced on the geophysical interpretation map (10.0). All maps are presented at a l : 5000 scale.

> General reading distribution :

The apparent resistivity values vary from resistive features of about 3 000 Q-m to over 20 kQ-m to conductive area of l 000 Q-m or less. The apparent chargeability values vary from a background of about O mV/V to polarisable anomalies of 2.5 mV/V to ISmV/V. Chargeable and resistive zones should be viewed with care since the bedrock usually has a higher intrinsic chargeability and resistivity than the overburden. Bedrock ridges can easily introduce polarisable anomalies. Some topographical feature can also affect the resistivity readings such as swamps and creeks, which will introduce conductive responses at surface. They are easily recognisable on the resistivity true-depth section as responses that do not exceed about 25 metres of depth.

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VAL D'OR SAG AX

> Anomalies detected :

McGarry North :

A total of two (2) anomalous lineaments were interpreted and labelled PD-1 and PD-2 and an isolated anomaly PD-3. Some isolated anomalies were also detected, but not labelled. Chargeable and resistive anomalies thought to be cause by bedrock ridges were interpreted on the pseudosections and maps as resistivity highs only. Large separation of 300 to 400 metres between surveyed lines makes anomalies extension's difficult to interpret.

PD-1 : This weakly polarisable anomaly is located on lines 1400E and 11 GOE around 1200N and seems to be restricted to surface with a weak extension at depth.

PD-2 : This anomaly is located on lines l GOE and 200W, at stations 1350N and 1425N respectively. It is partially associated with a resistivity high and is therefore, partially due to a bedrock effect or a resistivity quartz/carbonate rich zone. The response on line l GOE is fairly strong and is slightly offset with respect to the resistivity high. Some sulfide mineralisation should be expected at this location. Lines every 100 metres should be surveyed on each side of l GOE, from at least 300W to 400E, before a diamond drill hole target is recommended. There are some similar responses on line 400E, station 1280N and line 700E, station 1225N.

PD-3 : This anomaly is the strongest response of the survey and is located at line 1400E, station 1625N. It is associated with a resistivity high, but the high chargeability values indicate the presence of sulfide mineralisation. It does reach surface or at least, approaches it and surface exploration should be carried out in the area. If this anomaly is considered of interest, it should be surveyed on each side with lines every 100 metres as well as more to the north.

McGarry South

Line 1075E shows only very weak chargeability responses though to be caused by bedrock effects. The strong anomaly located at station 675S is due to the rail road tracks.


5 CONCLUSION AND RECOMMENDATIONS

The induced polarisation l resistivity survey with the pole-dipole array carried out on the Kerrigan project permitted the detection of two (2) lineaments and a few isolated anomalies that were thought not to be entirely cause by bedrock ridges.

Surface recognition should be performed where the anomalies come close to surface. Responses PD-2 and PD-3 should be surveyed more completely with lines every 100 metres (see table 2). Sudbury Contact Mines Ltd. in the light of additional geo-scientific information, can modifv anv of these recommendations.

Table 2 : Recommendations and follow-up work to be completed on the Kerrigan project

PD-2 Line even,' 100 metres from at least 300W to 400E.Surface recognition at line 1400E, station 1625N.Line every 100 metres from, at least, 1000E to 1600E and more to the north to, atleast, 1900N.

Respectfully submitted, VAL D'OR SAGAX INC.

DB ae

IV

Dominique Berube, B.Se. Geophysicist

SI'DRURY CONTACT MINES LTD page 9

Ontario Ministry ofNorthern Developmentand Mines

Declaration of Assessment Work Performed on Mining Land

9Mining Act, Subsection 65(2) and 66(3), R.S.O. 1990

Transaction Number (office use)

005^5Assessment Files Research Imaging

32D04NE2025 2.19861 MCGARRY

- Please type or print in ink.900

: authority of subsections 65(2) and 66(3) of the Mining Act. Under d. This information will be used to review the assessment work and action should be directed to a Provincial Mining Recorder, Ministry id, Sudbury, Ontario, P3E 6B5.

.ng a claim, use form 0240.

1. Recorded holder(s) (Attach a list if necessary)

Name SUDBURY CONTACT MINES LTD.Address c/o Hubacheck Consultants Ltd.,

#807-365 Bay St., Toronto, Ontario, M5H 2V1Name .

p~'"~' "- f^'~* ' *- ' '' " * -' ;Address i ;- "- i"" \^ V,-.-? t s "'* ; ~ " i

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2. Type of work performed: Check (/) and iyrn.rjtjjn nnlj- ̂ Wf-tTT~TnTTrTl l nwing g

Client Number 198617Telephone Number 416-364-2895Fax Number 416-364-5384Client Number

Telephone Number

Fax Number

roups for this declaration.

•yr Geotechnical: prospecting, surveys, Physical: dri lling stripping, l l Rehabilitation

Work Type: Line -cutting and IP Surveying

Dates Work From 01 10 1999 To 05 11 1999 Performed Day | Month | Year Day | Month | Year

Global Positioning System Data (if available)

Township/Area: McGarry Township

M or G-Plan Number

Office Use

Commodity

Total S Value of Work Claimed l CT- , (o X. 3-

NTS Reference

-Mining Division \ (-A.P f Lv/X^C-^L

Resident Geologist^ j . District ^ \ Y-R l ^ n ̂ U^CI'Ct.

Please remember to: - obtain a work permit from the Ministry of Natural Resources as required;- provide proper notice to surface rights holders before starting work;- complete and attach a Statement of Costs, form 0212;- provide a map showing contiguous mining lands that are linked for assigning work;- include two copies of your technical report.

3. Person or companies who prepared the technical report (Attach a list if necessary)

Name: Val D 'or Sagax Inc.Address 50 Lemaque Blvd., Val D'or, Quebec, J9P 2H6Name

Address

Name

Address

-pFCElVEDin\; i ") i r nnKOV ' L ljJJ

GEOSCIENCE ASShsawtHT''^''' t't

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Telephone Number 819-874-2001Fax Number 819-874-2002Telephone Number

Fax Number

Telephone Number

Fax Number

I,. JHla H. Knowles__ , do hereby certify that I have personal knowledge of the facts set forth intPrint Name]

completion and, to the best of my knowledge, the annexed report is true.

Signature of Recorded Holder or Agen,

KAgent 's Address: -/c W. A. Hubacheck Consultants Ltd., jronto, Ontario, M5H 2V1

' f^l

#807-365 Bay Street,Telephone Number: 416-364-2895

Date:November 11, 1999

Fax Ni^.-nljer: 416-36^-5384

0241 (06/97)

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RECEIVEDMAR -1 :::o

GEOSCIENCE ASSESSMENT OFFICE ^

for Mcoralng ky D

BT* notification Sent

Taut, MUc of Crwm *o*rw*o

Mnj (signatHrc)

wmi is -oo MfiR 01 '00 15:20 4163645384 PfiGE.02

For Office Use OnlyReceived Stamp

DECEIVEDNOV 1 2 1351

OE06CIENCC ASSf 8SMENT

fl**i cot/in

Deemed Approved Date

Date Approved

Date Notification Sent

Total Value of Credit Approved

Approved for Recording by Mining Recorder (Signetu

Ontario Ministry ofNorthern Developmentand Mines

Statement of Costs for Assessment Credit

Transaction Number (office use)

Personal information collected on this form is obtained under the authority of subsection 6 (1) of the Assessment Work Regulation 6/96. Under section 8 of the Mining Act, this information is a public record. This information will be used to review the assessment work and correspond with the mining land holder. Questions about this collection should be directed to a Provincial Mining Recorder, Ministry of Northern Development and Mines, 3rd Floor, 933 Ramsey Lake Road, Sudbury, Ontario, P3E 6B5.

Work Type

Line Cutting

IP Survey

Units of work Depending on the type of work, list the number of hours/days worked, metres of drilling, kilometres of grid line, number of samples, etc.

2 ,,

Associated Costs (e.g. supplies, mobilization and demobilization).

Interpretation Reports

Transportation Costs

Food and Lodging Costs

Cost Per Unit of work

\ 9 ft F 51"

Total Value of Assessment Work

Total Cost

S 5,351.25

S 6,321.00

S 950.00

S 12,622.25

Calculations of Filing Discounts:

1.Work filed within two years of performance is claimed at 1CXK of the above Total Value of Assessment Work.2. If work is filed after two years and up to five years after performance, it can only be claimed at 50/S of the Total Value of Assessment Work. If this situation applies to your claims, use the calculation below:

TOTAL VALUE OF ASSESSMENT WORK x 0.50 = Total S value of worked claimed.

Note:-Work older than 5 years is not eligible for credit.-A recorded holder may be required to verify expenditures claimed in this statement of costs within 45 days of a request for verification and/or correction/clarification. If verification and/or correction/clarification is not made, the Minister may reject all or part of the assessment work submitted.

Certification verifying costs:

I,__ Ulla H. Knowles_____, do hereby certify, that the amounts shown are as accurate as may reasonably(please print full name)

be determined and the costs were incurred while conducting assessment work on the lands indicated on the accompanying Declarationof Work for* as _______Agent_______________ I an authorized to make this certification. (recorded holder, agent, or state company position with signing authority)

0212 (06/97)

RECEIVEDNOV 12 ::;i

8EOSCIENCE ASSESSMENT OfflCi

Signature 0ate

November 11 1999

Ministry of Ministere duNorthern Development Developpement du Nordand Mines et des Mines Ontario

Geoscience Assessment Office 933 Ramsey Lake Road

March 8, 2000 6th FloorSudbury, Ontario

SUDBURY CONTACT MINES LIMITED P3E 6B52302-401 BAY ST.BOX 102 Telephone: (888) 415-9845TORONTO, Ontario Fax: (877)670-1555M5H-2Y4

Visit our website at: www.gov.on.ca/MNDM/MINES/LANDS/mlsmnpge.htm

Dear Sir or Madam: Submission Number: 2.19861

Status Subject: Transaction Number(s): W9980.00595 Approval After Notice

We have reviewed your Assessment Work submission with the above noted Transaction Number(s). The attached summary page(s) indicate the results of the review. WE RECOMMEND YOU READ THIS SUMMARY FOR THE DETAILS PERTAINING TO YOUR ASSESSMENT WORK.

If the status for a transaction is a 45 Day Notice, the summary will outline the reasons for the notice, and any steps you can take to remedy deficiencies. The 90-day deemed approval provision, subsection 6(7) of the Assessment Work Regulation, will no longer be in effect for assessment work which has received a 45 Day Notice. Allowable changes to your credit distribution can be made by contacting the Geoscience Assessment Office within this 45 Day period, otherwise assessment credit will be cut back and distributed as outlined in Section #6 of the Declaration of Assessment work form.

Please note any revisions must be submitted in DUPLICATE to the Geoscience Assessment Office, by the response date on the summary.

If you have any questions regarding this correspondence, please contact BRUCE GATES by e-mail at [email protected] or by telephone at (705) 670-5856.

Yours sincerely,

ORIGINAL SIGNED BYBlair KiteSupervisor, Geoscience Assessment OfficeMining Lands Section

Correspondence ID: 14645

Copy for: Assessment Library

Work Report Assessment Results

Submission Number: 2.19861

Date Correspondence Sent: March 08, 2000 AssessonBRUCE GATES

Transaction Number

W9980.00595

Section:14 Geophysical IP

First Claim Number

842932

Township(s) l Area(s)

MCGARRY

Status

Approval After Notice

Approval Date

March 08, 2000

As per the correspondence from Ulla Knowles on March 1, 2000 the assessment work credit has been approved as outlined on the Amended Declaration of

Assessment Work Form accompanying this submission.

Correspondence to:

Resident Geologist Kirkland Lake, ON

Assessment Files Library Sudbury, ON

Recorded Holder(s) and/or Agent(s):

Ulla M. Knowles TORONTO, ON, CANADA

SUDBURY CONTACT MINES LIMITED TORONTO, Ontario

Page: 1

Correspondence ID: 14645

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MCGARRY NORTH GRID

LEGEND

CONTOUR INTERVALS (Ohm-m)Logarithmic contours:

Electrode array: Pole-dipolea = 25m n s 1 to 6

Instruments: HUNTEC-2500 (HUNTEC), ELREC-10 (IRIS) Time cycle: 8 sec. Injection time: 2 sec.

Foxearth

SCALE 1 : 5,000

O 100 200 300

RECEIVED—, NOV 121999

EGSCtiNSe-ASSESSW EN

MCGARRY SOUTH GRID 2 O .2 .4 .6 .8

SUDBURY CONTACT MINES LTD KERRIGAN PROJECT (PN 377-7)

INDUCED POLARIZATION SURVEYSTACKED RESISTIVITY PSEUDOSECTIONS

Interpreted by: D. BeYube", B.Se. 10/99Surveyed by: M. Coulombe 10/99Verified by: P. BeYube", P.Eng. 10/99

NTS Ref.: 32D/4 Scale 1 : 5,000 Project no: 99-N430 Plan no: 8.2

rrii

Shaver

MCGARRY NORTH GRID

LEGEND

CONTOUR INTERVALS (mV/V)Linear contours:

Electrode array: Pole-dipolea = 25m n - 1 to 6

Instruments: HUNTEC-250Q (HUNTEC), ELREC-10 (IRIS) Time cycle: 8 sec.

Injection time: Z sec.

Foxearth

SCALE 1 : 5,000

100 200 300

RECEIVEt!OV 1 2 b

MCGARRY NORTH GRID re


SUDBURY CONTACT MINES LTD. KERRIGAN PROJECT (PN 377-7)

INDUCED POLARIZATION SURVEYSTACKED CHARGEABILITY PSEUDOSECTIONS

Interpreted by: D. BSrube", B.Se. 10/99Surveyed by: M. Coulombe 10/99Verified by: P. BSrube, P.Eng. 10/99

NTS Ref.: 32D/4 Scale 1 : 5,000 Project no: 99-N430 Plan no: 8.3

Shaver

MCGARRY NORTH GRID

LEGEND INDUCED POLARIZATION

POLARIZATION RESISTIVITY

Very high

High |3

Moderate

Weak

Marginal l?

Very resistive

Resistive

Conductive

Very conductive

Foxearth

Lake

SCALE 1 : 5,000

100 200 300

RECEIVEDE ASSESSMENT -F1CE


SUDBURY CONTACT MINES LTD. KERRIGAN PROJECT (PN 377-7)

GEOPHYSICAL INTERPRETATION

COW",*—/ Interpreted by: D. Be'rube', B.Se. 10/99

Surveyed by: M. Coulombe 10/99Verified by: P. Be'rube', P.Eng. 10/99

NTS Ref.: 32D/4 Scale 1 : 5,000 Project no: 99-N430 Plan no: 10

APPARENTRESISTIVITY

PSEUDO SECTION

Contours: logarithmic*

APPARENTCHARGEABILITY

PSEUDO SECTION

Contours: t

MI2

8+50S 8+OOS 7+50S 7+OOS 6+50S 6+OOS 5+50S 5+OOS 4+50S 4+OOS 3+SOS 3+OOS 2+50S 2+OOS 1+50S'—l—i—h

1+OOS—l—

0+5QSl—l—l 0+OON 0+50N 1+QON 1+50N H—i—l——'—h

2+OON 2+50N

140 102 114 12E 148 2JO __ 287

181 178 -—~ 226 S7 326'

269 VX^^iXI 570

47( '585 ^^r7oT"^'77?^y/

754 --~" 942 1063X^/123

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(911 \ 9549 12K 378 376 231 201 195 314 239 848 1222 ^^ 504,^^307^^^.460 318 2(9 711

1113 2268 J 196 X 586 s 744jHT8(T\: 693\^ 481 ^S\!X(

2597 ^1954—^2197 5290 UK \ tltl f f 'W 505^ 448 X (08' ^-- 735 ^~ lil ;^,'f76 \ S4t x' 1870^-^2312 /J24 --^!517 l 735 Xtilt \ ^*^~~~^ /^^ sS*——"^ ^**f*1*^ Jft^**~f f 8884 y- 440 \ W*^-m/ 817^-^ 965 *^^ 14(5 895 ^^2482^—3077,

664(Kj/ 444 479 X 708^^819 X/T

^^3975229 4488 4456 ^ 3612 3768 6231 " 397 496 x 676 ' 913 1072 2546 1696 ^ 4321 5215 ' 621 ^-^ 1009 964 1697 1422 1388 ' 5227

691 7 1578 1695 1035 ^ 3014

8+50Si—l—i—h

a+oos 7+50S 7+OOS 6+50S 6+OOSi—l——i—h

5+50S 5+OOS 4+50S 4+OOSH—i—l—i

3+50S 5+OOS 2+50S 2+OOS 1+50S 1+OOS—l—l o+sosl—l—l 0+OON 0+50N 1+OON 1+SON 2+OON 2+50N

••1 0.6 0.0 0.4 0.0 -(X2 1.1 OJ ^ 5.0 3.6 ^ 1 j 1.9 1.9 2.6 12 1.7 2.1 QJ ^ 1.1 0.6 1.0 2.7 U 2.6 JJ 2.0 3.3 IA i 3.2 s 0.9 0.1 0.7 O.S 0.7 0,1 OJ

0.0 -0.2 -0.4 5.0 . 4J 14 3.1 2.6 ^S J2 H iO 0.9 ^ U i 0.7 ^ 1.1 1.2 S 3.6 10 2.0 11 2.4 7 ^.^, 13 3.1 2J S OJ 0.4 0.9 ^^ 1.1 N. 0.9 ^ 1.1 1.1 1.6 1.7 7 -02 0.7 0.9 ^ 1.2 0.9 0.7 s 1.1

-0.3 -0.5 -OJ -0.1 5.8 5,6 6.1 ^ 4.9 4J) 4J) V 2.5 2.6 U ^ 0.9 -^ U 1.3 11 3.2 2A 23 U U\ l* 14 7 0.5 0.0 1.1 1.2 1.2 12 1.4 U / QX 17 0.8 1.4 1.0 0.8 S \l

-0.6 -OJ DJj -0.9 6J ^ 7.4 7.7 V ^ 5J 5J 3J 13. 1.4 1.2 S OJ 1.4 U 3J 3.4 l* ^ 3.3 2.7 1.7 19 ^- 10 3.6 / 1.1 OJ 0.7 OJ 0.9 1J1 IJ 1.1

LI ^^^ B.9 \ 4J 4J 2.0 09 0.9 -^ U \5 li 3.0 3.4 2J ; 1.7 li 3J 13 ' ^ 1.7 1.0 1.1 v (L8 7 1.2 1.5 1.7 /-^ 2.3 US / 0.7 X IJ IJ) 1.4 1.0 1.0 1.4-0.4 0.1 -a?

- X V—— l 9.1 9.1 N U 6.1 ' 230.0 -OJ r' 25 * 9.9 S.I 25 2.3 1.* 1.5 S 4.1 3.5 3J1 17 3.0 2.1 3,1 3.3 15 U IJ 1.5 1.1 1.1 1.7 ' 2J 2.( OJ ^ 1.4 IJ IJ U 0.1

INTERPRETATIONchargeability

32D04NE2025 2.19861 MCGARRY 240

IHl

1*4

02 0.9 0.8 ^ 1.0 0.7 0.6 1.0 m\

rri m m Xml U l 1*1 l t j

INDUCED POLARIZATION SURVEYPole-Dipole Array

na

*—OH

Plotf

Volnta - 25 m n s 1 to6

Tranimltter: HUNTEC-2500 (HUNTEC), 2.5 kW

2 **o.

-l

Receiver: Elrec-10 (IRIS)

2 nmo.

-Vp

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD.Ktrrlgan Prelect (PN 377-7)

McGarry South gridMcGarry twp. Ontario

Line 1075EInterpreted by: Verified by: Date of survey: Surveyed by: Reference:

Domlnique BSruM, B.Sc. Plerre B*rub4. Ing. October 1999 Michel Coulombe 99N430

VAL D'OR SAG AX

APPARENTRESISTIVITY

PSEUDO SECTION


PSEUDO SECTION

Contours: 1

INTERPRETATION

n-1

Contours: Logarithmic! *"4

w*

13+50NH —— i —— j —— i

H+OONi —— i —— ,

14+50Ni —— l —— i

15+OON 15+50N, —— l —— i

16+OON 16+50Nl —— , —— l

17400N 17+SON 18+OON 18+50N 19+OON 19+SOK 20+OON 20+50N, —— l —— i —— l —— . —— l —— i —— l —— i —— l —— , —— i —— i —— i — , —— l —— i —— l —— i —— ( —— i — l —— i —— l —— , —— l —— . —— l —— i —— l —— ,

KX 5760 5S22 s 1712 i 700 v. 372 239 255 216 216 197 ~~- BS 172 ^^ 526 905 1132 1440^3854 -.1(54 2318 ^ 1377 v 2358 1545 20S4 915 , 473 3Z7 !47___239 24t n-1

740, 424 1384 1841

1272 1127 1041 N791 733 ^ Sli 577^^508^^71*-^ 141:^-1129 1119--""MSB

1244 980~X-O020 1034 M2 851 75(\'^m -"""Tifl 1509 .^-^MU^^, 29*8 ""360*

Z240 1141 t057 \ 938 12(8 I22S 1206 1041 134* 152(1,1981 ̂ ^, 3191^.3917 - "444S

1127 1042 1003 114! 1462 1495 1404 1786 2015 Z532 ^4051 4907-^^715-^"SWl" ""1375 ' 4349 4842 J391 2094 S 4394 2504 1188 1508 1681 2024 1899

1856 3067 \1560 1225/3431 1*57 .792.^ 687 ^ 547 ^ 458 43S

2110 2730 2638 ^ 1209 S 2823 2231 1183^-994^^*97

17833110 2430 1174^-3105 1291 1376 1112 1115 1089

-o^1; x#lS?

955 2756 1903 f 4429 } IB71 1101 I5Z4 1552 1571 1478

13+50N H+OON 14+50N 15+OON 15+50N 16+OON 16450N 17-HWN 17+50N 18+OON 18+50N 19-HJON 19450N 20+OON 20+50NH—i——h H—i——h H—'—h

2.9

3J 45 4.0 35 i 5.2 x I.J li 0.6 , U 1.4 U 1.0 0.9 15 15 U 15 10 It

4.9 4.6 \"X^ 4Jx'X M 1-S 1-0 ~~"l.3 U 1.0 1.0 1J1 1.6 1.6 1.7 \A ^^ "O.

5.0 4J 4^ X/ 0,3 J} 1.4 1.1 15 1.3 U 1.1 I.I 1.7 1.7 2.0 2.0 U

5.0 / OJ'-'I.* /Ul) 15 15 U U 1.2 U U ^ 2J) ZJ 25 X" 3J X

/U.

S3.1

0.6 X l*f.

3.7 3J5.1 X U 1,3 x^ 05 7 15 15 1.5 1.3 U 1.9 2J1 12 2.4 2.8 -^ 35 ,

U 1.7 0.1 ' 1.4 1.5 15 15 1.4 2.0 U li 25 2,8 J.7 1.6 3.7 3.4 ' 44 3.2 3.4 J.O ' 1.3 1.9 2.1 11 " 2.5

PD-2

32D04NE2025 2.19861 MCGARRY 250

iml

3.1 1.6 45 It W 2.4 , U 05 1.1 0.6 , 1.5 n-1

v ~~ *-—"x 7 ^ x3.0 25 U 3.1 3.2 ) 2.9 l U 0.7 1.0 0.7 X 1.4 n4r—i x ' ^~~~^i yU l 15 l 2.0 M^ IA 10 U 1.1 f 0.7 X 1.4 iwS

2J 3.3 X 2.7 2J 5.8 tO 15 1,7 0.9 1.7 n-4f s^~\ l3J , J.7 S 3J \ 2.7 13. i 1.6 1.6 U 1-7 w*

m m mi u i lil i 11

INDUCED POLARIZATION SURVEYPole- Dipole Array

na

* —— CD-|

Plot Point

a s 25 m n a 1 to 6

Transmitter: HUNTEC-2500 (HUNTEC). 2.5 kW

2 no.

-B mfo.


2 mma.

-Vp

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD,Kerrfgan Pro]act (PN 377-7)

McGarry North gridMcGarry twp. Ontario

Line 200WInterpreted by: Domlnlque BtrubA, B.Sc.Verified by: PIsrre B*njb*. P.EngDate of survey: October 1999Surveyed by: Michel Coulomb*Reference: 99N430

VAL D'OR SAG AX

APPARENTRESISTIVITY

PSEUDO SECTION

Contours: Logarithmic*


PSEUDO SECTION

Contours; 1

12+OON 12+50NH———\———,

13+OON 13+5QN 14+OON U+50N 15+OON 15+50N 16+OON 16+50NH—i—h H—'—h

17+OONH———l———k

17+50N 18+OON 1B+50N 19+OON 19+50NH—i—h ^—i—h 20+OON

H———l———h20+50N

H——i——l——i

l 2089 9K_1010 1512^-^.4401 4394 8737 I3K 8H vv 449 !W 239 200 197 1*4 227 ^ 358

1539 902-^637^-489

4SI 365 308 377 555 , 384 ^ 574

Stt W* 413-^-652 ^ 1500 EH 531 660-1

3690 7 1434 \ I37J 993 ^^ 7)S (36 58S _ 5J2 B4'-S1017 ^-2332

J9H 3007-"^ 2572 1935 137J 1119^-^923 141 771- SB ^ 14S7^-3JM 7 909 868-^,1017 1034 1077 1313 18Z3 959

2311 2/X r\07 1010 1806 1446 1110 1148 104S 1275 ^1027/^-46*4 j IIM 1132 129C 1212 J 817 1761^-^^15357 1137

1675 122! tm\

I7K

14K IS 1K 3933 2392 ' 1(29 ~~I870 1654 1863 1116 1519 1446 1368 1660 ^ 2687 ' 6051 M550 1440 1631 1S46 806 ' 1316 1363 1J07 2082 885 Z4S5 ' (C '6821 '1211

12+OON 12+50N 13+OON 13+50N 14+OON U+SON 15+OON 15-fSON 16+OON 16+50N 17+OON 17+50NH——i——l——^

18+OON•i —— l —— i

18+50N 19+OON 19+50N 20+OON 20+50Ni —— l —— i —— l —— i —— l —— i —— l —— i —— l —— i —— t —— i —— l —— i —— l —— i —— l —— i

2.B 13 \ 1.6 IJ 1.1 M fU/ 1.1 1.1 1J1 ^ 13 f IJ 1.1 1.7 1.S ^^1-0 U/ 17 1.9 X 0.2 OJ 0.7 X 1.4 3J l U 1.1

5.0 4J X U X Si X .18 l 11 3iO ta~^^ 10 1.6 l J U l.1 U U 2.1 2J f 1.6 1 i 2.0 IJ .7 OJ l 1.6 2J 2.0 f 0.0 OJ OJI 1.6 s i6 X 2.5 7 1.5

4.8 x 7J1 ' SJ ^ 11 ^~ 3.0 U 12\ 1.5 1.9 1.5 l j 1.1 U U 12 18 U 1.7 10 13 /0.2 1.1 ' 18 1.9 /M OJ 0.6 IJ /3J 16 /t.6


PD-2

t f t t i

32D04NE2025 2.19861 MCGARRY 260

ri nn m m rn i u i L* i 11 i~rtti


na

Plot*Poln*

a ^ 25 m n= 1 to 6

Transmitter: HUNTEC-2500 (HUNTEC). 2.5 kW

2 f mo.


Z MO.

-Vp

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD,Kerrtgan Project (PN 377-7)

McGarry North gridMcGarry twp, Ontario

Line 100EInterpreted by: Dominlquo B*ruM, B.Sc.Verified by: Plerre B*ruM. P.EngData of survey: October 1999Surveyed by: Michel CoulombeReference: 99N430

VAL D'OR SAG AX

APPARENTRESISTIVITY

PSEUDO SECTION

Contours: Logarithmic^


PSEUDO SECTION

Contours: 1

••I

10+50N 11+OON 11+50N 12+OON 12+50N 13+OON 13+50N 14+OON 14+50N 15+OON 15+50N 16+OON 16+50N 17+OON 17+50N 18+OON 1B+50N 19+OON 19+50NH—i—l——i—l—'——h H—i—h

i-l 1255 2J4S 4738 M88 9914 5244 ,, Mil i II17

2674

2S58// 9J77 75* ^ SIM , 14K \\ 592 v^ 571 182" '_

4314 4793 48J9 M7I 1153 -5857" 4019"^ 7871 7S9t^ ~

111 220 IK 159 156 185 211 247 250 227 159 27( 299 437 194,_ 330 -^^ 241 \ IS3 171 212 n-1^

1245 "SS 75Z ~~ EIC ^-~ 4JJ "~~-- J63 327 391 ^~ 298 M5 331 1 HO 435 410 377 411 ~Z^ 481 492^^730 718 ^"- S59 539 x 412 "\ 222 257 144" ~^ ~" ^^ "^ ——— — —— "~" ' ^*^^ ~" — ~ '

1549 1240 ^ 990 ^ ~ 819 ^\ J17

689 X'811 762 850 905.782 BM 724:902^-975 14JO 1112 890 719 539 138 - 424

1210 1834 1606 I092\ ^ B2S 7 S94 7 340 y 471/0732

530 595 655 579^~———-" s^-r^^L——"" —1515 1168 (426 1448 1175 "X 922 C^793~~

1281 103S 1115 1585 1596 1234 noT~"~~~ 976 936 9J1 1366 1153 1209 1011 \ 841

4242 2208 ^1934 x' 8739 ' 93M ' 27K ' I5K 5144 ' 1(09 MS 981 1260 1687 1593 HI/ 1294 12K 1217 1385 1979 tSSt 137 1052 1131 mi 1*55 2204 1976 1324 9H (53 ' 5M -^ 490 x 829

10+50N 11+OON 11+50N 12+OOH 12+50Ni ——— f ——— l

13+OON 13+50N 14+OON 14+50N 15+OON 15+50N 16-HWN 16+50N 17+OON 17+50N 18+OON 18+50N 19+OON 19+50NH——'—h

1-1 1.0 2.6 2.9 2J 3.1 2.4 2.4 , 1.7 1.2 3.4 ^ 4.6 ,. 3.9 3.4 2J I.D I.I s D.9 1.1 1.0 1.0 0.7 OJ a9 0.8 U OJ 0.9 0.7 1.5 1.6 0.9 0.9 1.0 OJ -0.1 n-1

2.4 2.9 2,6 J.O 3.8 -^ 4.7 7 3.6 1.8 2J 7 1,4 1.2 1.1 1.3 U IJ OJ ^, 1.0 1.0 . W x^ 1.1 ^ 1.0 1.0 1.1 U 1.0 1.6 1.6 1,( 1.0 0.9 OJ -0.2 -0.7

2.6 ' 1.6 2.4 4.4 4J 5,8 4.4 3,6 17

4.0 S.O It 15 ^ 2.9 1.B l i U 1.4 1.4 U 1.0 U 1.1 1.1 U I.I 1.1 0.9 x' 1J I.* IJ 1.8 1.8 1.8 0.9 0.9 M -0.4 -1J1

IJ 1J 1.5 IJ 1.4 U 1.2 IJ 1.1 1.1 1.4 I.] 1J 1.0 1.3 1.7 1.5 2.0 1.9 IJ 1.1 ) OJ 0.6 -0.6 -1.2

1J IJ 1.8 1.6 1,5 1J 1.4 1.4 tj 1.4 W 1.4 1.2 1.5 IJ 1 j S 13. 2.1 ^"~~ 2.0 U J 0.9 OJ -OJ -U

1.6 1.6 LO U 1.7 U 1.5 IJ 1.4 li U 1.4 U l.i 1,9 1.6 ^U 2.4 13. IJ 0,S OJ -1.0 -M

INTERPRETATIONdhorgMblllty

rwMMly

32D04NE2025 2.19861 MCGARRY 270

rri rn rr\ rn rnlil l t l~rrt]


na

\ x 'Plot*Potnt

a s 25 m n s 1 to 6

Tranimttter. HUNTEC-Z500 (HUNTEC), 2.5 kW

2 **o.

.. — l

-B mfa.

Receiver: EI ree-10 (IRIS)

2 m*a.

-Vp

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD,Kerrigan Project (PN 377-7)


Line 400EInterpreted by: Verified by: Date of survey: Surveyed by: Reference:

Oomlnlque B4rub6, B.Sc. Plerre Mrubl, P.Eng October 1999 Michel Coulomb* 99N430

VAL D'OR S A G AX

APPARENTRESISTIVITY

PSEUDO SECTION

Contours: Logarlthmlcs *4


PSEUDO SECTION

Contaurv: 1

10+50N 11+OON 11+SONH—i——h

12+OON 12+50N 13+OON 13+50N•4————l————l————)————l————l————.————l————l————l————i————j————l————l————l————h

14+OON 14+50Ni—)—i—l—i—l—i-

15+OON 1S+50N 16+OON 16+50N 17+OONH—i—l—i—l—i——h

17+50Ni——l——^•

18+OON

4'7/fr niJ

•3708^ 2313 V 1172 834 1044 i 472 371 281 M2 I76 ———JS2^^1K^— 179 1003 \ 105

J70J 224f 889 \^550 543^395 .^W 277.___261 295X^IK9 952 1007

2109 J54? \ 1423 \ 852 723 ^^ (09^^ 4*5^ 400 374 424/,,Z4tT\ 1J65 1417^-"'

l /4807/ J I95S 1232 lOaXnB 1^ 675^*- 56*^ ^^7578^X3252 1871 1980^-3238 "iHO

1374 1481 3401 ^-"2440 l 1601 1J87 1034^^154 745 171 748 XX4247 l 2430 2888-^433* l 2117 ^2880/r iv in mat r wu HH ion f —' .-rr^-— . . — — ...rx. — — — S —.. ... — ^

B-1 4339 i lit x 542J 4241 3102 .4716 1471 -4576 8463 211(1711,3057 14t9 34*1 4071.- 2181

23K -/545* MM S508 989*))) 1467

3005 \8600 "^*S1 B

v 8463 211(^1711,

1768 I73J-

3971 'S 13K 17K 81*0 ' 1213 1563 144* ' 3004 17ZB 1335 1095 ^- 932 855 979 ' 5318 3095 3468'' 5888 1704

D f 1365 VK\iffl

f\fn BM ' am

001^ m 17K J 2610

/UK 20K /397B

8699 22K /445J

1273 821 ' 4907 I3K 4719

10+50N 11+OON 11+50N 12+OON 1Z+50N 13+Om 13+SON 14+OON 14+50N 1S+OON^ —— l —— i

15+50N, —— l —— i

16400N 16+50N 17+OON 17+50N 18+OONH——i—h

•-1 IS

••J

4.1 y li IS J.2 x O.t x 4.3 U 1.4 1-6 1,8 U 0.8 1.0 0.8 OJ 0.5 D.C (.1 -0.2 1.1 1.7 2.7 4J 5.2

4.0 4J. J.Z X 1.1 1.7 ^ 18 -^ U O.B 1.0 1.0 1.0 0.6 0.7 OJ1 -OJ 1.1 1.7^-2.2 2.1 IJ) -"i.! 1.0 1.2

5.0 19 1.7 -Xl3 14 2J I.! U

OJ 0.0 -OJ li 1.8 2J "^ 2.1

1.4 7 0.7 0.9 0.0 -0.2 U 2.1 J.4

0.1 ^ 5J " 5J 4.0 ^ 2,0 2.7 2JI 16 U 1.t U 1.5 '(L8 1.0 O.I 0,0 U 2.1 2.S U 2.2 x 4.4

it J 6.* --/- 4.2 ' If X 4.7 W iS

INTERPRETATIONoharg*abllHy

-l———i———4———i———l———i———l-

32D04NE2025 2.19861 MCGARRY 280

nn9

n-S

rri rn rin m rn lil 111 rtti


na

'—OH j-®-.

'olrtt

o = 25 mn ~ 1 to 6

Transmitter: HUNTEC-2500 (HUNTEC), 2.5 kW

2 "c.

-H

-O *ec.-

Recelver. Elrec-10 (IRIS)

Z **D-

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD,Kerrigan Prefect (PN 377-7)


Line 700EInterpreted by: Virlftwi by: Data of survey: Surveyed by: Reference:

Domlnlque BCrubft, B.Sc. Plwre B*rub(, P.Eng October 1999 Michel Coulombe 99N430

VAL D'OR S A G AX

APPARENTRESISTIVITY

PSEUDO SECTION

Contours: Logarlthmlcs


PSEUDO SECTION

Contours: 1

Ift

n-3

9+50Ni—i—i

10+OON 10+50N 11+OON 11+50N 12+OON 12+50N 13+OON 13+50N U+OON 14+50N 15-HMN 15+50N 16-HWN 16+50N 17+OON 17+50N

6280 6826 1916__ 6292 x 2488 y 1S40 1829 1819 276( 4731-^^6161^ BOW

liT\A6846 6105 y (2ffiV772295y^ 1373 t7JT9—'2159. 3004^X4518

809

^2454x^3552XX7l92-~^79B JJ '2987 J4I9 2324 ^\Wk^-im /W 1771 1419 142( 1102" 1033^^^851^^1249 1203 1080 1712^gf-7729x^ 13K/ 2399

7741/Xc'2388 /17K 27S3^ 3886 J^'8290X^, tW V//4J37 2639 2779 2542 2404 ^'1813-^^2408 \ 17(0 1599 1472 1494 1140 1655 1466 1367^2299^9610 17K X 2992

' BUS

6998

•^8172 7509 ' 2(38 1B1B 291J 4331 '^ 9311 -^ UK '5409 3777 3051 3015 2035"^ KM ZBI9 1301 ^-1934 1BS5 I91B 2128 1853 1S89 20K '3*45

9+50N 10-fOON 10+50N 11+OOK 11+50N 12+OON 12+50N 13-KJON 13+50K 14+OON 14+50N 15-KWN 15+50N 16+OON 16+50N 17-KWN 17+50NH—i—h H—i—H 4- H—i—h

2.7 2.9 2.1 2.7 S 3.7 3.7 14 17 3j 5.2 ^r **s^~ u U 3Jt W f IS 10 N M S 3.7

2.9 2.8 2.9 4.1 17 3.* 4.1 3J f 5.0 /^ 2.B 2J 2.7 4.3 4.3 2.8 3.0 3.7 3.6 18 f 1.9 -*^ 11 ( 1.9 1J U S 18 0.0 0.9

2.6 2.9 4.1 40) 3.1 W 17 4.\ li 13 3.1 3J J^- 4.1 11 S 2-9 L U 13/12 15 2.1 ' 1.7 1.4 f 0.7 0.0 1.1 1.3

18 4.2 4.1 li M l 3.t^__ 3J x 2.7 2J 2J J 3J y 4.6 7 12 2J 14 3.1 19 /U 3.0 J.4 7 1,7 IJ 0.9 0.0 1.1 1.4/

U

1J

4.7 4.6 12 18 18 i.0 17 2.4 U ' 4.5 4.7 ' 3J 12 17 13 4.0 2.6 11 1.6 1,9 IJ 0.9 0.1 U 1.4 1.0 U ' 42 4J " 0.1


mliHvtty

PD-1 l 1 l ?

32D04NE2025 2.19861 MCGARRY 290

iw3

••1 13 2J 2.9 15 2.1 3.4 14 2.9 18 3.7 6.3 (.7 ^ 7J 5.1 33 18 ^ 2.7 4.1 4.5 i 3.0 18 U 2S "~-—" L0 1J 1J u U -^ tj '-? 10 u 6J "^

' 17 17 14 17 3J 5.2 "O-14 ^^-2.6 2.7 3.9 4.0 7 2.3 10 \ U X 17 3J ' 1.7 7 2.3 2J U 1.3 ^ 0.9 0.0 0.9

rin m rnll l lil i t i i tt!

INDUCED POLARIZATION SURVEYPole-Dipole Arraya ___no___ o

*——On

Plot Point

a = K m n z 1 to 6


2 ••o.

Recelver: Elrec-10 (IRIS)

2 mmo.

-Vp

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD.Kerrlgan Project (PN 377-7)


Line 11 GOEInterpreted by: Domlnlque Betube", B.Sc.Verified by: Plerre Btrubf, P.EngData of survey: October 1999Surveyed by: Michel Coulomb*Reference: 99N430

VAL D'OR SAG AX

APPARENTRESISTIVITY

PSEUDO SECTION

Contours: Logarithmic* *M


PSEUDO SECTION

Contours: 1

9+50Ni—i—i—h

10+OON 10+50N 11+QON 11+50N 12+OON 12+50NH—i—l—'—h

13+OON 13+50N H+OON 14+50N 15+OONH—i—h

15+50Ni—i—h

16+OON 16+50N

*-l 8801 v 5300 __ 5403 S594, 6974 9061 9475 UK 8175 ___ 7667 v I2K

7314 ) 4H1 X4S8 6331 614S

8861 84S9 M51 "5626 4759 3905

Wl IH 12K I7K I4K 1SK

f IK 17K 1*K IK 16K

6960 I6X /14K A I7K I9K

Mt5 J2K 73J8, ^ 4015 v 5149 6333 6351 7253

J705

'3607^X4231 f 5!39N\9672 ~l 6406/3735 W*/ SOTS" 5936 4162^^-6507. 4726

5616 574t~~663) /374S

J552^^5967 5374 S 3*40 3731 2176 S5274 v/6510 6876X^1*1 l 6445 j 3597^'5771^ 6S14 7 KX 18K 20K

6541 6669 6174 556S 36ZS '^^m~~~~W* ' Wl 'Kto 6822 'l S '7749 4364-^6821 6335 /92I7 9031 17K

\ 7532 22K 20Kl/ ———— " 77^ 6814 7

BBS '9517

17K

9+50N 10+OON 10+50N 11+OON 11+50N 12+OON 12+50N 13+OON 13+50N 14+OON 14+50N 15+OON 15+50N 16+OONH—i—h H—i——h H——l——r-

16+50NH—i—l—i

j.a2.6 2.7 12 \JJ___ 1J 2.9 3.2 3J 3J[i 5.7

4J \ 2.5 12 2.5 2J 3.6 33 3.0

13 2.6 /3.4 .^ 4T1 3J 3.1 4J 4.5 il x i.4 ' X Ut 3J 3.8 t 4.6

1.9 2.9 ''"3.4^/4.6 X 2J 3J 4J /"H" 37 ^-'/^ U 3'8 t t1 t1 *-L 1! 11 U U 3i 11 / D-'

ZJi y 3J -^ 4J 7 3J 3.4 3J 3.7 3.4 y/ 4.9y/^ 2J( 3.7 3J 4J ( 3.4 U 3J 3J 3.4 3.4 ^- 2.9 S OJ

4J 4,3 --^U 3,7 W i6 M ^ 4.6 ^ 2.1 3.7 3.7 4J 4,1 3.0 3.* 4,2 3,2 3.3 ^ ti (W 0.8 -^ 6i ^ 13

4J ^ 13 10 5.0 . 5.6 5.S 7J ^ 4.4 4.7 4J S.1 2J , 6.6 -^ 14 v IB s// 10 7.1 n-1

6.0 6.9


PD-1 PD-3

m l 1 3 — , — , — i — , — — i — i — i — — , — — —— i — . — i — . — i — . — i — i — i ——— i — . — i — . — i — i — ̂ ——— i — i — i — . — i — i — i — — i — i — 1 ' ' — ' —j

32D04NE2025 2.19861 MCGARRY 300

m m rin m rnTttl

INDUCED POLARIZATION SURVEYPole-Di pole Array

na

Plot Point

a ^ 25 m n = 1 to 6


2 mma.

-H

-B BBC.


Z MO.

-Vp

Scale 1 : 250025 O 25 50 75 100 125 150m

SUDBURY CONTACT MINES LTD.Kerrlgem Prefect (PN 377-7)


Line 1400EInterpreted by: Domlnlque Binibi, B.Sc.Verified by: Pierre Berub*. P.EngData of survey: October 1999Surveyed by: Michel CoulombeReference: 99N430

VAL D'OR SAG AX

a rpt on an ip surv mcgarry tp

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