GM 53358 SUMMARY INTERPRETATION REPORT OF LOW POWER BOREHOLE TRANSIENT EM SURVEYS, 11-1119 PROJECT SUMMARY INTERPRETATION REPORT of LOW POWER BOREHOLE TRANSIENT EM SURVEYS over the CHIBOUGAMAU 11-1119 PROJECT near CHIBOUGAMAU, QUÉBEC for SOCIÉTÉ QUÉBÉCOISE d'EXPLORATION MINIÉRE (SOQUEM)

CHIBOUGAMAU, QUÉBEC

MRN - S.I.S.E.M. 1995/10 GM 53358

, Canada Brendan Light March, 1994 David J.W. Dawson, B.Sc. QCI Project: C-258 Quantec Consulting Inc.

Quantec ~6156 si001 4V2 9 TABLE OF CONTENTS 1.0 INTRODUCTION 3

2.0 GENERAL SURVEY DETAILS 4 2.1 Location and Access 4 2.2 Survey Drill Holes 4

3.0 SURVEY WORK UNDERTAKEN 5 3.1 Generalities 5 3.2 Survey Personnel 5 3.3 Equipment and Survey Procedure 5 3.4 Difficulties encountered and accuracy of measurements 8 3.5 Data Reduction and Presentation of Results 8

4.0 SUMMARY INTERPRETATION AND RECOMMENDATIONS 10 4.1 DDH 1119-94-04 10 4.2 DDH 1119-94-06 10 4.3 DDH 1119-94-07 11 4.4 DDH 1119-94-08 11 4.5 DDH 1119-94-09 12 4.6 DDH 1119-94-10 12 4.7 DDH 1119-94-12 13

APPENDIX A: STATEMENT OF QUALIFICATIONS

APPENDIX B: LOOP LOCATIONS FOR CHIBOUGAMAU 11-1119 PROJECT

APPENDIX C: DAILY PRODUCTION REPORT

APPENDIX D: LIST OF MAPS

APPENDIX E: INSTRUMENTATION SPECIFICATION

APPENDIX F: TEM PROFILES

APPENDIX H: BOREHOLE LOCATION MAPS

APPENDIX I: SURVEY LOCATION MAP

ii Quantec 1.0 INTRODUCTION

During the period of February 1 to February 28, 1994, Quantec Consulting Inc. of Porcupine, conducted Low Power Transient Electromagnetic (LPTEM) borehole sur- veys over the Chibougamau 11-1119 Project property located in Obalski and Lemoine Townships, southeast of Chibougamau , .. The surveys were performed on behalf of Société Québecoise d'Exploration Miniére (SOQUEM) of Chibougamau, Quebec. The project was carried out under the direction of Marc Boivin of SOQUEM. The objective of the downhole surveys was to define the downhole geophysical picture by energizing conductors associated with possible massive sulfides, which may not have been fully examined by the drilling.

The work follows previous Horizontal Loop Electromagnetic (HLEM or "Maxmin") and Induced Polarization (IP) geophysical surveys. The drill holes surveyed had been positioned to test conductors located from the results of the previous surveys. The present survey was undertaken concurrently with the diamond drilling program, and served to assist in targeting follow-up DDH's.

The following report describes the instrumentation used, presents the LPTEM bore- hole survey results, includes a summary/preliminary interpretation, and offers brief recom- mendations for future work. It is not intended to represent a complete analysis of the BHTEM data collected at Chibougamau 11-1119.

CANT ON MchE1V7.IE CHtBOUGaMAu

OCALiSAL1OCiDES LEWES PULSE-17d EFFECiUES FAH QUAR2EC- 1994 IPOI[f ^CFÜBOIIGAMAV• 11-1119

Fiqure 1: General location map showing the Chibouqamau 11-1119 Project.

4 2.0 GENERAL SURVEY DETAILS

2.1 Location and Access

The Chibougamau 11-1119 Project property is located approximately 25 km southeast of Chibougamau ,Quebec, in Obalski and Lemoine Townships, on Lake Chibou- gamau (see Figure 1 and Appendix H). The area is easily accessible by vehicle by traveling east from town along a secondary highway to Lake Chibougamau.

The crew was based in Chibougamau throughout the course of the survey. Access to the diamond drill holes on the property was facilitated by 4wd truck and snowmobile .

2.2 Survey Drill Holes

Seven (7) drill holes were targeted for BHTEM surveying. Each of the drill holes was surveyed using three to five (3-5) transmit loops, whose position and orientation were prede- termined by David Dawson of Quantec and Marc Boivin of SOQUEM. The NS and EW (meters) positions for all the profiles presently shown are referenced to the existing coordi- nate systems. The position of the transmitting loops and the holes surveyed from each are listed in Appendix B.

CHIBOUGAMAU 11-1119 PROJECT LPTEM BOREHOLE SURVEY

OLE AZIMUTH. TOTAL:DE DÉPTH (rrij:;' LOGGED :(m )

1119-94-4 N360° / -45° 145 Collar, South, East 435

1119-94-6 N360°/-45° 340 Collar, North, East, West, South 1700

1119-94-7 N360° / -53° 368 Collar, North, East, West, South 1840

1119-94-8 N360° / -56° 250 Collar, South, West 750

1119-94-9 N360° / -60° 279 Collar, North, East, West, South 1395

1119-01 10 N360°/-45° 741 Collar, North, East, West, South 1150

1119-01 12 N360° / -450 397 Collar, North, East, West, South 1985

TOTAL 9.255 km

Table I: Borehole Survey Coverage at the Chibougamau 11-1119 Project

4 3.0 SURVEY WORK UNDERTAKEN

3.1 Generalities

The geophysical program over the Chibougamau 11-1119 Project was undertaken between February 1st to 28th, 1994. Seven (7) boreholes were surveyed, typically using 5 loops each, totaling nine thousand, two hundred and fifty-five (9,255m) meters. Measure- ments were acquired at 10 meter intervals, with the spacing reduced to 5 m in anomalous zones. Each measurement consists of 20 time channel readings of the transient electromag- netic field, using a single-frequency (30 Hz) time-base, in the axial component direction parallel and positive up the borehole (Hz).

3.2 Survey Personnel David J.W. Dawson Crew Leader/ Geophysicist (QC!) Porcupine, ON. Zachary Thompson Field Technician (SOQUEM) Chibougamau, QC.

3.3 Equipment and Survey Procedure

The survey implemented a low power (0.6 kVA) TEM system manufacture by Geon- ics Ltd. of Mississauga, Ontario. The EM-37 receiver is a variable-gain, single-channel, back-pack portable, analog data acquisition system weighing approximately 45 lb. and pow- ered by Gel-Cel type batteries. The Rx unit measures the primary pulse and the time rate of decay of the magnetic flux across 20 time-gates (80 microseconds to 80 millisecond delay time) during the "off-time" using a pulse repetition frequency (time base) of 3, 7.5 or 30 Hz. The CPU is synchronized to the transmitter either via quartz clock synchronization, hard-wire or radio reference link.

The TEM-57 low power (0.6 kVA/120V) transient electromagnetic transmitter was used in conjunction with a portable, 2 HP Honda gas powered generator and single-phase/60 Hz Geonics/Georator alternator weighing approximately 35 kg combined. Synchronization is through quartz crystal or reference cable. The Tx produces a 3, 7.5 or 30 Hz, bipolar rec- tangular current wave form (50% duty cycle) with turn-off times ranging between 20-450 µ sec, depending on the size, current and number of turns in the transmitter loop.

The MD conversion and digital data storage were performed using the DAS 54P Polycorder manufactured by Omnidata, Inc., North Logan, Utah. The magnetic field sensor was a Geonics BH-43 single component borehole sensor/probe, which is a cylindrical (3.2 x 212 cm) air-core coil having an effective area of 64 metres2 weighing 15 lb. and measuring the time-rate of change of the magnetic flux across a 26 kHz bandwidth. The sensor consists of a separate antenna and pre-amplifications section.

5 Quantec To ensure optimum anomaly resolution and noise suppression, the following system parameters were selected for the Chibougamau 11-1119 Project fixed-loop LPTEM bore- hole profiling surveys:

EM 57 Pulse repetition frequency: 30Hz Gain: 6-8 Integration number 8 (256 integrations) Loop sizes: 100 m by 100m 200 m by 200 m Current: 7 - 10 amperes Turn-off time: 75µs+12µs for reference cable correction Gate positions 78-6280 µs @ 0 turn-off Synchronization mode: reference cable

Table II: System parameters for LPTEM surveys over Chibouqamau 11-11119 Project.

The survey procedure is shown schematically in figures 2-3. The current in the loop produces a primary magnetic field (H) both inside and outside the loop (fig. 3). This primary field induces a vortex current pattern which energizes conductors which in turn create their own secondary magnetic field (Bs). In the case of the borehole survey, the rate of change of the secondary magnetic flux (dBs/dt) is measured as the axial down- the-hole component by the borehole probe (figure 2). These analog voltage measurements are recorded over 20 channels in the receiver, transferred to the Polycorder unit where they are digitized and stored in solid state memory in voltage units. The stored data is later transferred to a micro- computer where it is corrected for the turn-off time, current, and system gain, producing units in nanovolts per meter squared.

The borehole survey is particularly useful to determine the geometrical relationship between a conductor or a complex swarm of conductors and the drill hole. Of particular im- portance is its application in cases where drilling is believed to have missed the target of in- terest. A borehole survey can effectively determine the direction and distance from the drill hole to the conductor by comparing the results of logs from several loops positioned around the hole, or by comparing the response from hole-to-hole. Additionally, conductors located below the end of a drill hole, which either may be too deep and/or have gone previously un- detected from surface, may be discovered during the course of a borehole survey.

6

+Hz

Positive Hz=up borehole

South Loop Collar Loop North Loop

RX

t Tx Loop Perimeters 5 to 10m Sample Interval

xia Isolated Hole Survey Procedure

Figure 2: Loop configurations and polarity conventions for fixed loop borehole profiling.

In keeping with the industry standard, the primary field was considered positive up inside the loop and negative down outside (see figure 3). Similarly, the receiver orientations were recorded using HZ positive as vertical-up and parallel-to-borehole.

Primary Field Sign Convention Survey Line \\ 11J~ i +111JIJJ Transmit Loop / Negative Down Outside ii%%%/ %%i%l! !;'/!/ /

— -~~~-i/%Î1 / / 1 ------'7/'// Positive Up Inside \ \ ~~~~~~ --~iii,•/// ~\\ ~~ ~~~— ------,7,-//////:f1 \\ \\\\\\~,-...,»—_.—_— —~//i//.'%%///: \ \\\\\\\\\\\~--__—__ /////////1/1 '; i \\\\\\\\\\\\ ----~//,'i///////l11 1 \\\\\\\\\N,.....,,„\---~— ---///,'///////Ilt' 1 \\\\\\\\\\\\\~\\ --W//,//////////tf 1 \\\\\\\\\\\\\\~\—~ —/////;;;//////1!lf \\\\\\\\\\\\\,.\\,-^ ~—~-/.."//////,'/////f ~ 1\\\\\\\\\\\\\\~~ .

Figure 3: Primary field sign convention for borehole LPTEM surveys.

7 Quantec At the end of each survey day, the stored data were transferred to a microcomputer where it is corrected for the turn-off time, current and system gain, producing units in nano- Volts per meter squared. The data is then transferred to disk for storage and processing. Report quality field plots were generated on site, using a SOQUEM LASERJET Il printer in order to monitor the data characteristics and to provide a preliminary interpretation capability.

3.4 Difficulties encountered and accuracy of measurements

The quality of measurements in the field was closely monitored throughout the course of the survey in order to detect any weaknesses, either technical or natural, which could have affected the quality of the data collected. To ensure optimum data quality, read- ings were repeated intermittently to check the repeatability of decays and the extent of any external noise.

Overall, the quality of the data and their repeatability are both relatively high - in the order of ±5% or higher at the late times . This is shown by the smoothness of the decay curves and profiles, particularly over later decay times.

3.5 Data Reduction and Presentation of Results

Data collected during the survey was digitally stored in the Polycorder and subse- quently downloaded to computers each evening. From their RAW form, the reduction of the data into a DAT form was carried out using DATEM, written by Geonics Limited. Corrections for gain, current and ramp time were made, providing output files in units of nanoVolts per meter-squared1 (nV/m2). Following this, the reduced files are then edited, converted into ASCII XYZ format and readied for plotting and profiling using Geosoft-rm software.

For each borehole, profile plots of the secondary magnetic field (channels 1-20) and primary pulse (identified with symbol "P") are plotted in the single-axis lin-log (±10=0.1 units per cm \ >10 = 0.5 decades per cm) format for the axial (Hz) component at the scale 1:2000. . The following equations govern the transient EM response for buried plate-like con- ductive bodies2: Target Response to Transmitter Current Waveform:

1 --t e m f = — e /T

where: t = fixed time e = exponential decay T = time constant of conductor

The time constant of the response is alternatively defined as the slope of the lin-log decay curve (Geonics) or, more exactly, as the time channel where the amplitude of the decay col- lapses to 37% (1/e) of its maximum value.

1 Crone units of nanoTesla/ampere-sec are identical to Geonics units of nanoVolts/ampere-metre"2 2 From Geonics Limited EM-37 TEM System Design Parameter, Mississauga, Ont., 1982. 8 Ouantec Next, consider the corollary between the latter definition of T and the more common use of decay strength ( i.e. the number of channels responding) as an indicator of conductor quality. Relating the time-constant to the conductivity-thickness product is shown by the fol- lowing equation for a vertically dipping conductive sheet:

oµ th T for a thin plate

where v = conductivity of target = magnetic susceptibility t = thickness of plate h = vertical extension of plate thereby giving, for an infinite vertical sheet: h Q t = T T mhos / metre (siemens) 0.31

These equations and relationships, show the relevance of the common use of the anomaly strength of decay as a simple, rule-of thumb indicator of the relative conductivity-thickness product for TEM surveys.

Within this report, primary pulse measurements are in millivolts and secondary time- rate of decays are in nanoVolts per meter squared.

The digital data set provided is in ASCII format on 3.5 inch HD (1.2 Mbyte) diskette and the XYZ file data adopt the following format: a) raw data dump files, according to acquisition date and client name (DDMMYYSQ.RAW)

Geonics EM-371Polycode format (refer to EM-37 manual) b) reduced XYZ ASCII data files, according to borehole number and loop position (BH-k.XYZ, where BH = borehole #, k = loop position.)

Column 1: Drill hole # Column 2: Vertical station position (m) Column 3: Primary pulse (millivolts) Column 4: Channel 1 secondary rate of decay of transient EM field (nanoVolt/metre2) Column 5: Channel 2 ...

Column 24: Channel 20 secondary rate of decay of transient EM field (nanoVolt/metre2)

9 Quantec

4.0 SUMMARY INTERPRETATION AND RECOMMENDATIONS

4.1 DDH 1119-94-04

Survey Depth 145m Loop, Size 100m x 100m Transmitter Current 10 amps Turc► Off Time 75 ps Loops Read Collar, South, East Gain 7/8 Date Read Feb. 15, 1994

• Observations: Strong primary field (>3000 nV/m2), low secondary field response (channel 1 <100 nV/m2).

• Results: No zones of geophysical interest were detected in the surveys of DDH 1119- 94-04. Collar loop profile indicates a possible small surface area, weak off hole conduc- tor close to the borehole axis near 115m down hole depth.

4.2 DDH 1119-94-06

Survey:Depth.:. 340m op- Size' 200m x 200m TransmitterCurrent 7 amps ur Off Time 75 ps ops:R Collar, South, East, West, North 6/7 Date. Read' Feb. 5, 1994

• Observations: Strong primary field (>1000 nV/m2), strong secondary field response (channel 1 >1000 nV/m2).

• Results: Two zones of geophysical interest were detected in the surveys of DDH 1119- 94-06.

1. Zone A: Zone A is a strong off hole edge conductor likely associated with a graphitic conductor tested in the borehole. Focused near 30m downhole depth, Zone A would extend south and west of the borehole, showing best coupling the West loop and reverse coupling with the North loop.

• Recommendation(s):

1. Consult surface HLEM data to determine conductor axis. or 2. Reproduce West loop field and traverse NS lines to locate conductor axis.

2. Zone B: Zone B is a strong off hole anomaly best energized by the Collar loop. The center of Zone B would be located approximately 20m perpendicular from 120m downhole depth WSW of the borehole. The directional loop responses indicate Zone B has limited surface area.

10 4.3 DDH 1119-94-07

Survey Depth 368m Loop Size 200m x 200m Transmitter Current 7 amps Turn Off Time 75 ps Loops Read Collar, South, East, West, North Gain 6/7 Date Read Feb. 11, 1994

• Observations: Strong primary field (>1000 nV/m2), strong secondary field response (channel 1 >1000 nV/m2).

• Results: One zone of geophysical interest was detected in the surveys of DDH 1119- 94-07.

1. Zone A: Zone A is a strong in hole edge conductor likely associated with a sul- phide conductor tested in the borehole. Focused near 300m downhole depth, Zone A would extend south of the borehole, showing reverse coupling with the North loop.

• Recommendation(s):

1. Determine geologic importance of tested zone, 2. Complete formal interpretation of the LPTEM Borehole data.

4.4 DDH 1119-94-08

Survey Depth 250m Loop Size 200m x 200m Transmitter Current'. 7 amps Turn Off Time 75 ps Loops Read Collar, South, West Gain 6/7 Date Read Feb. 10, 1994

• Observations: Strong primary field (>1000 nV/m2), strong secondary field response (channel 1 >800 nV/m2). Sample intervals for the Collar and South loop profiles have been corrected for a faulty gear in the borehole counter. North and East loops were not surveyed due to an intermittent noise problem and ultimately loss of battery power due to the lengthy time spent in field.

• Results: One zone of geophysical interest was detected in the surveys of DDH 1119-94- 08.

1. Zone A: Zone A is a strong off hole anomaly focused near 190m downhole depth. Zone A would extend (20m?) south and west of the borehole, showing best cou- pling the West loop.

11 Ouantec • Recommendation(s):

1. Complete formal interpretation of LPTEM Borehole data. 2. Reproduce West or Collar loop field and traverse NS lines to locate conductor axis.

Note: The borehole will have tested a small surface area conductor near 213m downhole depth.

4.5 DDH 1119-94-09

Survey Depth 279m Loop Size 200m x 200m Transmitter Current 7 amps Turn Off Time 75 Ns Loops Read Collar, South, West, North, East Gain 6/7 Date Read Feb. 15, 1994

• Observations: Strong primary field (1000 nV/m2), moderate secondary field response (channel 1 >800 nV/m2).

• Results: No zones of geophysical interest were detected in the surveys of DDH 1119- 94-09.

Note: Apparent build up of secondary field consistent with all directional loops may indicate a conductor beneath the borehole.

Recommendation(s):

1. Keep area in mind when considering the next (deeper) depth level of investigation.

4.6 DDH 1119-94-10

Survey Depth 230m Loop Size 200m x 200m Transmitter Current 7 amps um: Off Time 75 ps Loops Read Collar, South, West, North, East Gain 6/7 Date Read Feb. 13, 1994

• Observations: Strong primary field (1000 nV/m2), moderate secondary field response (channel 1 >300 nV/m2).

12 Chaantec • Results: One zone of geophysical interest was detected in the surveys of DDH 1119-94- 10.

1. Zone A: Zone A is a weak off hole anomaly focused near 180m downhole depth. Zone A would extend (50m?) south and east of the borehole, showing reverse coupling with the West and North loops.

4.7 DDH 1119-94-12

Survey Depth 397m Loop Size 200m x 200m Transmitter Current 7 amps Turn Off Time 75 ps Loops Read Collar, South, West, North, East Gain 6/7 Date Read Feb. 21, 1994

• Observations: Moderate primary field (900 nV/m2), weak secondary field response (channel 1 100 nV/m2).

• Results: Two zones of geophysical interest were detected in the surveys of DDH 1119- 94-12.

1. Zone A: Zone A is a weak in hole/edge anomaly focused near 180m downhole depth.

2. Zone B: Zone B is a +/- 16 nV/m2 off hole anomaly only responding with West loop coupling. The zone is centered near 310m downhole depth. Though the re- sponse is a late channel response, the low background level of secondary field suggests a low priority TEM target.

RESPECTFULLY SUBMITTED

David J.W. Dawson senior geophysicist

Brendan Light assistant

Jean M Legault president Quantec Consulting Inc. March, 1994 13 APPENDIX A

STATEMENT OF QUALIFICATIONS

I, David W. Dawson, hereby declare that:

1. I am a consulting geophysicist with residence in Porcupine, Ontario and am presently employed in this capacity with Quantec Consulting Inc. of Porcupine, Ontario.

2. I am a graduate of Lakehead University, Thunder Bay, Ontario with a Bache- lor's Degree, in geology (1985) and have successfully completed the require- ments consistent with a Bachelor's Degree in geophysics ,University of West- ern Ontario, London in 1987.

3. I have practiced the profession of exploration geophysicist continuously since graduation in North, South, and Central America and Europe.

4. I am a member of the Society of Exploration Geophysicists, the Prospectors and Developers Association and the Association des Prospecteurs du Quebec.

6. I have no interest nor do I expect to receive any interest, direct or indirect, in the properties or securities of Société Québecoise d'Exploration Miniére.

7. The statements made by me in this report represent my best opinion and judgment based on the information available to me at the time of the writing of this report.

Porcupine, Ontario March, 1994

David W. Dawson, B.Sc. Geophysicist

J

Qua ntec APPENDIX C

DAILY PRODUCTION REPORT

Production Log

LPTEM Borehole Survey

Chibougamau 11-1119 Project Chibougamau, Québec. r for

Société Québecoise d'Exploration Miniére (SOQUEM) Chibougamau, Québec.

by

Quantec Consulting Inc. Porcupine, Ont.

February, 1994

David J.W. Dawson Senior geophysicist, crew chief Timmins, Ont

February 1. 1994 mobilization day Final prep, departed for Timmins at 10:30am. Arrived in Chapais near 7:00pm. Tried to locate equip- ment via Air Creebec and Alma. Airport essentially shut down. office (800) closed by the time I got a call through.

February 2. 1994 survey day Met with Daniel Bernard. Drill 1 geologist Pierre Bernard Drill 2 geologist Laury Schmitt, field assist. Zachary Thompson. Constructed dummy probe at Chibougamau Drilling. Equipment arrived at airport at 3:00pm. Geonics did not send read cable (Rx to slip ring) Left to survey hole #9 at 8:30pm. Sur- veyed through the rods (125m 175m). Got stuck coming back through rods (45 degree hole). Had rods pulled, surveyed 30m to 115m (blockage at 115m). Finished collar loop, back in Chibougamau at 4:30am. Geonics cable showed up at 10:30am and was picked up by at 4:30pm.

February 3. 1994 standby day Phone call from Pierre Folco woke me at 9:00am. Faxed Marc Boivin with Geonics profile, hole is to be extended 40m to distinguish anomaly at bottom of hole. Waiting for results of drilling process to re- survey hole. Had Zach go mark corners of next loops for Hole 9 (same hole). Hole was expected to fin- ish at 1:00am Feb. 5.

February 4. 1994 survey day In field at 7:00am. Rods left in borehole 5 at 155m. Surveyed five loops from bit to bottom of hole (228m). Reference cable cut by muskeg. Pulled all rods. Hole blocked at 110m. After talking to Pierre, dropped rods to 155m and then pulled back to 122m. (Rods got stuck also) Probe got stuck just below bit Terminated survey of Hole 5. Moved all equipment over to hole 15. Started setting up and laying loop. Left field at 7:00pm.

February 5. 1994 survey day At warehouse at 6:45am. Surveyed five loops in hole 15 (343m) No problems. Left field around 6:00pm. Rolled all wire, moved all equipment (Bravo included) back to Soquem warehouse.

uantec February 6, 1994 standby day Sunday, processed data. Had problems with Brendan's con files. Scales are still messed up.

February 7, 1994 standby day Worked on short course for Soquem geologists. Talked with Anderson, prepared files for Dave. Files sent on Compuserve.

February 8, 1994 standby day Marc Boivin arrives in Chibougamau. Looked at data and core. Set up DOH 15 in Multiloop.

February 9. 1994 survey day Gave short course to Soquem geologists 10:00am. Left for field at 6:30pm. Completed Collar and south loop for Hole 21. Got out of field around 2:00am. Problem with counter. 1 gear out of place through meterage off -30%. Hit casing at 74m (50m) and EOH at 375 (252m). Reprocessed data to shift y data. Had Woody send another counter.

February 10. 1994 survey day Worked on finishing drill hole 21. Read west loop without problems. Noise problems with north and east loop in afternoon. Problem intermittent. Checked all gear, couldn't find a mechanical source. Probe battery finally died around 6:00pm. Tried to phone Daniel from field. Got in touch with Pierre

February 11, 1994 survey day Completed DDH 12. No problem:- with noise. Got probe stuck in the hole near 190m. Used wire line to free probe and clear hole. Moved equipment to next drill site (DDH 20).

February 12, 1994 standby day Presented data to Pierre at warehouse.

February 13, 1994 survey day Surveyed Laury's hole (20). Things went well. Completed hole by 2:30pm. Set up for Pierre's hole (2). Not expected to finish tomorrow.

February 14. 1994 standby day Spent morning in Soquem office. Spent afternoon with QCI business. Fell asleep with modem con- nected to phone line. Pierre tried to call at 11:30pm.

February 15, 1994 survey day Got Pierre's message at 8:30am. Was in field at 9:30am, reading hole 2, finished at 2:Opm. Moved gear to island hole (4?) and tried to dummy hole. Copper shear wire broke with probe near top of hole and we (I) lost the dummy probe. Other dummies were at the warehouse. All set for the morning. Talked with Marc Boivin about extensions and other projects. Will be staying in Chibougamau another week...

February 16, 1994 survey day Presented data to Daniel in the morning. Surveyed DDH3. Hole on island, no (little) overburden re- sponse. Surveyed 3 loops. Hole is dead flat...

February 17, 1994 standby day Spent day with Quantec concerns.

February 18, 1994 standby day Spent day with Quantec concerns.

February 19, 1994 standby day Spent day with Quantec concerns.

February 20, 1994 standby day Spent day with Quantec concerns.

Quantec GEONICS LIMITED

EM-37 Ground Transient Electromagnetic System Technical Specifications

BH-43 Borehole Probe

Measured Quantity Time derivative of axial magnetic field

Length 212 cm

Diameter 2.9 cm

Bandwidth 26 kHz

Sensor Area 64 m"2

Preamplifier Gain 50

Operating Temperature -30 degrees C to +80 degrees C

Battery Rechargable NiCd sealed pack for 30 hours continuous duty

Cable

Type Two-conductor shield polyurethane jacket Kelvar membrane

Diameter 5.6 mm

Weight 40 kg/km

Quantec APPENDIX F

TEM PROFILES

Quantec

Trou 1119-94-4 Localisation: L92W 15755 Azth: H360/-45 Loop Size: 100m x 100m MTM: 250049E 5525328N

Nctrth Loop

'W-t L..v.p Color% Loup Eon Loup

South Loop

10 T 1To 1r 1opoo q Profile Scale nonotirotirret Scale 1:2000 25 50 75 too 125

SOqJf]d G-iECOGWA1 11-1119 LOOP LOCATfON 14AP & LPIE}d Bam-iaE BORD-IDLE 1119- 31 9 Cotar Imp FIXED LOOP LPTEM BOREHOLE SURVEY snoop) PfiIFLES — MA. (1D) COYPOIENi Secondary Electromagnetic Held Channels 1-20 + Primary Puree Trons natter Frequency. 30 Hz (Sex duty cycle) Trorwnitt > Loop Size 100 s 100 metros Tronsmitter Loop Location: see loop location mop Station Interval: 10 meters Tronsmittnr Currant: 7 Amps Turn 01f-Time: 75 m Mop Scale I cm - 20 metres Protd-7 Scole <010 = 0.1 units/cm >010 = 05 aocodes/cm HI Cad Cxientolion: Hz - positive up Hz - positive whole. PkA Units: nanoYnO/rrielr2 (nT/s) Hs - posie (4r1 Hs - negative left

Dote: rebruary,1994 Prococairg by. ULl - D.Doeaon Surveyed by: Oq - DDmrsort Instrumentation: fix GEONCS EM-37 (20 channels) Tx - GEONICS tN-57 (.8 INA)

Ql.rfTlCli [MKx.l.zli1'li ~ DWG. NO. : 5258-4-Cdla

Ouantec

Trou 1119-94-4 LocoIleaHon: L92W 1675S Azth: N360/-45 Loop Size: 100m x 100m MTM: 250049E 5525328N

riortn La-,p

Welt Loop Color Loop fort Loco

ii

Saatn Loop

1~ ,70 10 Î 1 I T I Profile Scale r.rantiffim4 Scale 1:2000 25 0 25 50 75 10O lis (meters)

- 60 —70 —80 —90 SCOJEM —100 —110 CHBCODWAIJ 11-1119 —120 LOOP LCCAT10N MOP & LPTE}d BORE]-POLE —130 BOFE}KOLE 1119 94 4 East Limp FIXED LOOP LPTEII BOREHOLE SURVEY STXXED PFtCF'LES — AXIAI. (10) COYPOIFNT Secondary I7ectrcenagnetic Field Channels 1-20 + Primary Pulee Tronarnitter Frequency-. 30 Hr (SO2 duty cycle) Transmitter Loop Size 100 c 100 metres Transmitter loop Locolion: see loop kxation map Station Interval: 10 meters Transmitter Current 1 Pops Turn Oft-Tune: 75 ns

bap Scott 7 cm = 20 metre•. Prone Score eel S = DJ units/cm e10 = 0.5 decodes/cm Ro Coil Ot orrtotion: Hz - positive: up N: - positive °photo Plot Orale. nanoVott/metrei2 (nT/c) Hs - positive right He - negative left

Dote: rrbmary,1994 Processing by. Op - D.Daxson Surveyed tor aCl - 13.0awson instrumentation: Rc = CEONICS EII-37 (20 channels) L = 0E014IC5 Del -57 (.0 kVA) 00NV1Fï CONSLUMs 11C UNIS. N0. : 0253-4-East

Chsantec Trou 1118-04-8 Locallaatlor,: L74W 1475S 173 ,a`sa T 10 ? 1 Profile Scale Azth: N360/-45 Loop Size: 200m x 200m rMrn.ay Rfr. 14111: 251851E 5525514N

North Loop

Weal Loop Cuxur% Loup Coat Loop

South Loop —140 —150 —160 — 70 — 80 — 90 —200 —210 Scale 1:2000 O 25 SO 75 100 135 —220 —230 (rnaWn) —240 —250 —260 —270 —280 —290 9DCUEM —300 CHBOPJCrVl4AiJ 11-1119 —310 I i —320 LOOP LOCATION MAP & LFiE7d BORE}ï1E —330 DOM-CIE 1119 94- 6 West Limp —340 '1; 1 1I FIXED LOOP LPTEM BOREHOLE SURVEY SUCKED PROFILES — frXIM (1D) COYPOrENi Secondary Electromagnetic Field Channels 1-20 + Primary Pulse

Trar cnTher Fregosnoy. 30 Hz (SOX duly sole) Trm srrritter Loop Size 200 o 200 metre, Transmitter Loop Location: see loop location mop Station Interval 10 meter. Trn toor0Her Current. 7 Amps Turn 51f— lirre: 75 in

loop îcd_ 1 crn = 20 metres Pr~e S_.71a c+i0 = 0.1 te/cm 0•10 = 0.0 decade,/r.n R. G» Oricnta6on: HI - poWYr.c up H: - poabrv uphole %ar, l'+1â,: nonoVall/metre2 (nT/s) Ms - positive right Ha - negative left

Dote: Fe6ruory,10g4 Proces,irq Opt DC1 - D.Da.rann Sar,.z...1 by: 50 - DDanr,-n hstr omen totion: Rx = GEOtNCS EM•-37 (20 charnels) To = GEOtACS DA-57 (.0 k17>,) f?UNJJEO CCAGL c rr,G AC DWG. N0. : C2`..9-6-west

Cit>ï<,E° antec Trou 1119-84-8 1Îa 19. 1 1 Localisation: L74W 1475S 1° Î 'r Profile Scale Azth: N360/-4.5 n.r.7aoelJm2 Loop Size: 200m x 200m 1.1ThI: 251651E 552551144 - 20 -40 - 50 North La.p - 60 - 70 -80 - 90 Wee Lnop Collar Low feet Loop - 100 -110 - 120 - 130 South Leap - 140 - 150 -160 -170 -180 - 190 - 200 - 210 Scale 1:2000 1 { 25 0 25 5D 73 100 125 r - 220 -230 (meters) - 240 - 250 - 260 -270 - 280 -290 SOCUEM - 300 CI-IBOUGMANJ 11-1119 - 310 -320 LOOP LOCAT10N MAP & LPIEM BORENOLE \~ - 330 [CREME 1119 91 6 Nt.rÜl Loop -340 FIXED LOOP IPTEM BOREHOLE SURVEY SUCKED PROFEES — AXIAL (1D) COMPONENT Secondary Electromagnetic field Channels 1-20 + Primary Pt/tail Tr 3lar rreyuencyx 30 Me (50% duty cycle) Toxrauilier Loop Sro 200 x 200 metres Tro oo tter Loop Location: see loop location map Station htorvat 10 motors Tronsrrrttcr Current: 7 Amps Turn cif-Tale: 75 us

Hap Sock 1 e = 20 metres Probe Scale u10 = 0.1 unite/cm >010 = 0.5 decodes/cm Rx Coi Orientation: Mx - positive up Hz - panitiva uptwle Plat Uni: nanoVoï/metre2 (nT/s) lLs - positive light Na - relative loft

Cato: Fabruary,1914 Processing by. 00 - D.Dcor un Surveyed by. ea - D.Dayson instrumentation: Pi . 0E0N105 EU-37 (20 channels) To - DEDNIca Ox-57 (.0 k'P

WW1EC CONGIIIi1r, !eC DWG. NO. : C258-6-North

atlantec

Trou 1110-94-6 Locallsatlon: L74W 1475S -10 1~ lOra 17. Arth: N360/-45 7 Profile Scale p.rrawrt/nrE Loop Size: 200m x 200m k1111: 251851E 55255140 - 20 ;,•~- ••, -30 "..1.'..,:;,--_,-__-: -----' i~ ~ ~~~/` HWV. loop \\\ ~0 `~ ` ,1} 1114111\\ \ - 90 Neat Loop Collo, Loop tool Loop -100 ;I Iy~1 - 110 // /) J1 1

130 , Sooth La>p '/ ii -150 - 160 -170 -180 - 190 - 200 - 210 Scale 1:2000 - 220 25 50 02 00 fis - 230 (meters) - 240 -250 - 260 - 270 -250 - 290 SOGLIEM - 300 CHEOLGUNJ 11-1119 - 310 - 320 LDOP LCCAJDI MAP & LP11EM aXREHOLE -330 FORENOLE 1119 91 6 Fast Loop - 340 FIXED LOOP LP7TE1.1 BOREHOLE SURVEY SIXXED PROFILES — AXIAL (1D} COYP01FNr Secondary Dectrmmgnetle Field Channels 1-20 + Primary Pulse 11x31-.1»rt.- frequency 30 Ho (507. duty cycle) Tr.,,mitter Loop Si, 200 x 200 metres 1.^rnsmitter Loop loicotion: see loop locution mop .r, Intarvol: 10 x502050 T:;smitter Current: 7 Amps iur.. In—Tarp: 75 us

LL.-~„ Sc.*. I cm = 20 metres pr4`14 r.alU c<10 = 0.1 unta/om >010 = 0.5 decodes/an P.x Co4 0ritntation: Hz — posltr.c up Hz — positive uphol. Floc Units: nonoVott/metree2 (nT/s) Hs — right Ho — rreyotiv. "aft

Dot,: Fabruary,19Ga Processiry by: DCI — O.tkxssn Survey-u by, QG — DDowmn hstrlvnr.nta;iorl: Rx = GEOHICS DI-37 (20 Uav+k) Tx GEONCS E61-57 (.) kYA) COW/EC CChELdJJ1G ,rrC OwG. NO. : C253-6—East

~~antec 10 q 1 1 Îa lofa lows Profile Scale Trou 1119-94-7 nanowR/me Loco ligation_ L92W 1175S Azth: N360/-53 Loop Size: 200m x 200m MTM: 251053E 5525820N -60 - 70 - 50 North Lup - 90 - 100 - 110 - 120 Wool Loop Collor loop East Loop - 130 - 140 -150 Soo

SOQIJEM G-11301, 1J 11-1119 LOOP LOCATION WP & Lf'IEM BCZEI- ZLE R f J-UE 1119 - 368 34- 7 Color Loop FIXED LOOP LPTEM BOREHOLE SURVEY STACKED PROFiES — AXIAL (10) COMPONENT S000ndory Electromopnotic Field Channels 1-20 + Primary Pule. lranemitta Frequency: 30 Hz (50X duty cycle) Transmitter Leap Size 200 z 200 metres Tranenxtta Loop Local-v.: tree loop location map Station htcrvol: 10 meters Transmitter Current 7 Naps Tuns Off-Truer 75 us

Mop Settle I cm = 20 metrea P dùe Scoie tt10 = 0.1 units/pn >110 = 0.5 decades/cm Ho Coi Oriantafon: Hz - positive up Flz — positive uptwl< Ihat Unts: nanoVoM/metre-2 (nT/s) F1s - posià've right Hs - negative left Gate Feluuary.1994 Prccesinr) by: OCT - O.DaxvOn Sur.eyad by QC1 - D.Oowson nstrumzntolion. N. = (TUNICS EM-37 (20 ctonnets) Tx = OCGfd(S oA-57 (.8 KVA)

QUW71Ïs CO16%UNG DWC. NO. : C258-7-Collor

Cuantec 0 I QO lofs loyal 1 ? 11 Profile Scale Trou 1119-94-7 n,naV,k/ret Loco ligation: L82W 11755 Azttc N380/-53 Loop She: 200m x 200m 14TIA: 251453E 552582014

NUM Loop -90 —100 —110 —120 111x1 Loop Cocu, Loop Lost LoCT, —130 —140 —150 —160 souN Loop —170 —180

—200 —210 —220 —230 Stole 1:2000 —240 0 25 50 75 00 125 —250 —260 . •~\\~~~

S'JQIJEM CNBOIJC,4416JJ 11-1119 LOOP L CAT3N IMP & IFIEM ECREHCLE ~-- BOREHOLE 1119 91 7 South Lcop FlXED LOOP LPTEM BOREHOLE SURVEY STJGIŒD PflDFLES — AXIAL (1D) COMPONENT Secondary Electromagnetic Frs(d Channels 1-20 + Primary Pulse Transmitter Frequency. 30 Hz (500 duty cycle) Transmitter Loop Size 200 s 200 metros Transmitter loop Location: see loop locotion map Station Ntervol: 10 rneto5 Transmitter Current: 7 Amps Tyra Cif-Time: 75 us Map Scale I cm = 20 metres Prone Scale <1.10 = 0.1 units/cm >010 - 0.5 deosdes/cm Ru Coil Orientation: Hz - positive up Hz - positive uphole hot Units: nannVot/rnelre2 (nT/e) Hs - poskvc right Hs - negative loft Date: FrDroory,1994 Processing or: WI - 6.Dwwn Sor.eyed by. GCI - ().Dawson Instrumentation: R. = CEO1dCS EM-37 (20 channels) I. = GELVJ1C,à al-57 (.010.1...) Q(,i4NTFC Cala%mri /C OTfG. H0. : C2513-7-South 0 1T0 10100 11 Trou 1119-94-7 -10 Profile Scale ~ Localisation: LS2W 1175S nenaVoktnre Azth: N360/-53 Loop Size: 200m x 200m MN: 251053E 5525820N -50 -E0 -70 North Loop -E0 -90 - 100 110 W.ot Loop Color Loop toot Lecp -120

- lao -150 South Loop - 160 - 170 - 180 -190 -200 -210 - 220 -230 Scale 1:2000 100 125 - 240 25 0 25 50 75 -250 (meters) - 260

q)a IE?'d CNdOLGdMAIJ 11-1119 p LryyT Lryt!VMY 147 & lfL' pM ~ u E 80RE}iOLE 1119 34- 7 Wea Loop

FIXED LOOP LPTEIN BOREHOLE SURVEY S17C1ŒD PROFLES - AXIAL (10) COMPONENT Secondary Eler.6utlognetic Field Channels 1-20 + Primary Pulse 110000 1t0 frequency. 30 Hz {505 duty cycle) Transmitter Loop Size 200 r 200 metre Transmiller Loop Location: sea loop 'matron map Station Interval: 10 meters Transmitter Current: 7 imps Turn Otf-lime: 75 us Mop Scale 1 col = 20 metres Profile Scale <010 = 0.1 unite/cm 2310 = 0.5 decades/cm 17s Col Orientation: Hz - positlx up Hz - poeitite uphole Flet Units: naroVon/metre•2 (nT/s) Ho — posiOvu right He - negative left

Gate. Febmo i.1994 Pr.~.ce>vnq by: Oa - O.00rsm Sur.ey-_d by: QC1 - DAow.,on Inert n.manlahon _ H+ = CEONICS Eu-37 (20 channels) Ir = GE@üOE IDA-57 (.8 WA)

g6iNTW CDNELLT%1G AC MG. N0. : C2:.8-7-Wtst

Qua Rite 11i10 1TO 11)09 Profile Scale Trou 1119-94-7 LocaIimation: L82W 11755 Azth: N380/-53 Loop Size: 200m x 200m 11111: 251053E 5525820N —50 —60 —70 —80 —90 —100 —110 Neel Loop Caeor Loop Eoat Loop —120 —130 —140 —150 >m.10 Loop —160 —170 —180 —190 —200

Scale 1:2000 25 50 75 100 725 imckra)

—290 —300 —310 SOCLIEM —320 C1ialUG4,4N.1 11-1119 —330 LOOP LOCATION M'P & LPTEM BOREHOLE BORF}UE 1119 94 7 North Loop FIXED LOOP LPTEII1 BOREHOLE SURVEY STACKED PROflES — AXIAL (ID) coYPCFENr Secondary Elactrcrnognetic Held Channels 1-20 + Primary Pulse Transmitter Frequency 30 Hz (50% duty cycle) Tronamitter Loop Size 290 r 200 metres Transmitter Loop Location: see loop location mop Station Interval: 10 meters Tronamitter Current: 7 Mrpe Tun Off-Tome: 75 us

Mop Soak I em = 20 metres Profile Scale CHIP = 0.1 units/cm >010 = 0.5 daoadea/cm Re Cod Orientation: Hz - position up Hz - pasta, upnole Flot Units: nonoVolt/metre2 (nT/sl Hs - positive right Hs - negative left

Dote: FCDruory,1y34 Prece.inq by - D.Oa.wn Surveyed by: CCI - DAaw.;an Ins2rumenlalian: HR = GEONIGS EI1-37 (20 charmct) it = CEONICS OA-57 (.0 IhA)

tN11 rL-L lM i.Jc.[J! YC f Kw MG. N0. : C258-7-North 1)1 1~ h f0 TÎ00 Profite Scale Trou 1119-94-7 rronawrt/are Lccallsatlon: 182W 1 175S Azth: N360/-53 L >op Size: 200m x 200m -40 MTM: 251053E 5525520N —50 —60 —70 —80 North Loop —90 —100 —110 —120 TVo,t Loan Collor LOOP Loot Loop —130

—150 Snorh Loop —160 —170 —180 —190 —200 —210 —220 —230 Scale 1:2000 —240 25 0 25 50 75 100 125 —250 (motor.) —260

S3Q.DA — ~~-- ,:? 5-r CHB1GOMAl.l 11-1119 LOOP LCCA CN MAP & lP1E}ri BORE 111E n , ~.•:, BOREHOLE 1119 04 7 East loop -=R 3\ FIXED LOOP LYRA BOREHOLE SURVEY STACKED PROMS — VIAL (10) COMMENT Secondary Bectrornognetic Field Channels 1-20 t Primary Pulse Transmitter Frequency. 30 Hz (50% duty cycle) Transmitter Loop Size 200 T 200 metres Troncmitter loop Location: see bop location mop Station Interval: 10 meters Transmitter Current: 7 Amps Tum Off-T ne: 75 us Plop Scads 1 pro = 20 metres PrefRe Stole <010 = 0.1 rmde/cm >010 - 0.5 decades/cm Pr Coil Ori-_ntoliorr Hz - positre up H: - pasili,,e uphole :r,+r. unit,: noroVon/rr.ctre2 (nT/s) H>t - puroOva rigid Hs - negative left

Late: fo6nrory,1994 Pn.ces+irq 6y. 00 - P.Daxs:,n Survsyeo by: 0C1 - DDawwn Instrumento hen . Ro = 6EDNICS Eu -37 (20 chonnale) Tx = GEOHIfS 134-57 (.8 k114) COVSLUAG 1\C 0410. N0. : C258-7-East

nuantec Trou 1119-94-8 Localiootiorl: L78W 17756 r&th: N360/-55 Loop Size: 200m x 200m MTM: 251648E 5525215N

No-th Loop

tara 10100 1a ? Profile Scale W.->t loop Color Loop [cot Loop mnalkit/m!

South Loop

=0A1 -65 -71. -75 -84.5 -91 --1 04 -110.4999 Scale 1.2000 .5 0 75 t0a (etra)

SCCiUE]v1 ~-x~=/~- J ~~~_ (~ 1B'JUCA4WJ 11-1119 -315233 -227.4999 LOOP =ATM MAP & lF'tE?a BOREHOLE -235.9999 .",r.lfi I BORE}bl.E 1119 94 1O Cdfar Loop FIXED LOOP LPTEM BOREHOLE SURVEY =KM PROFILES - »2A1 (10) COMPONENT Secondary E)ectrvnopnetic Field Channels 1-20 + Primary Pula., Transmitter Frequency: 30 Hz (507. Lucy cycle) Tronamittnr Loop Size 200 z 200 matraa Transmitter Loop Location. see loop location mop Station Intend: 10 meters Transmitter Current: 7 Amps Tvm 04 -Tone: 75 ua Mop Scale t cm = 20 metres Prone Scale G110 = 0.t uiitc/rm >0I0 - 0.5 decodes/cm Rz Cod Orientation: Hz - positive up Hz - posiUw optait %o! links: nonoVolt/metrr2 (nT/s) Hs - posAv right Hs - negative left

Dute Fehruary,1934 Proopcting or 0C1 - D.Da.rwn Suve7ed by. Qp - D.Dawson Instrumentation: Re = GEONICS E4-37 (70 channels) To - GEOMCS EM-57 (.B kl?,) MrMEC CCNSUTÎMri ~ C'NC. N0. : 4258-10-Collor

Otiante Trou 1119-94-8 Loca lieu tion: L76W 1775S Azth: N360/-55 Loop Size: 200m x 200m 14T61: 251648E 5525215N

North L.rxy

110 ? 1r 1T° 1 I Profile Scale W^1t Loop Collar Loop toot Loop MMYdJnrt

Sooth Loop

—52 —3&49999 —~ —715 —78 —84.5 —91 —97.5 —104 —110.4999 Scale 1:2000 —116.9999 O 25 50 75 100 175 —123.4999 —130 1 ") —136.5 "* —143 —149.5 —156,--

—1 —195 9JçUEM —2015 —208 Ct-IB3UCAV1J 11-1119 _RI999 L(JOP LOCTON ItMF & LPTEM BJRf}IDI.E —227.4999 BORE-IDLE 1119 94 10 South Loop FIXED LOOP LPTEM BOREHOLE SURVEY SfAC1(>D P9XLES — AXIAL (10) COVP0hENT Secondary Bectrcmagnetic Field Channels 1-20 + Primary (\nee Transmitter frequency. 30 Hz (501 duty gels) Tronemittar Loop Sao 200 x 200 matras Tr rrsmitter Leap Location: or, loop beatlon map Station Interval: 10 meters Transmits Curent: 7 Amps TUT tiff—Trrun 75 00 Mop Scale I cm = 20 metres Prone Scale t10 = 0.5 decades/cm Rn Cal Orientution: 10 — posi1N0 up Hz — pos)live uphole Plot Unila: nonoVc9/nxtrr2 (nT/s) Hs — pJsove right Hs — negative left Date: i"eMuary,1994 Froceraing by OCI - O.Oawwn Sur.eyed by: CILl - D.Daws.n InStrlrnenlatian: N-, _ CEONICS al —37 (20 charxleL^) ie = GEONICS DA —57 (_8 OA)

QUM/W IiNY.J[RJfNI DWG. N0. : 0250-10—South

ettantec Trou 1119-94-8 Looaliaation: L76W 17755 Azth: N360/-55 Loop Size: 200m x 200m MT IA: 251648E 5525215N

North Leap

13 170 1100 10700 Profile Scale Voot loop Canor Loop toot Loop nit rr* t/m4

South Loop

-110 -120 Scale 1:2000 .3 0 n 00 70 100 l n -130 140 (mare)

%CÇLI1..711 CHBOUGAAAL1 11-1119 LOOP LOCATION MAP & LPIFM BOREHCtE BOÇfHOLE 1119-94-10 West Loop

FIXED LOOP LFTEM BOREHOLE SURVEY STACKED PROFILES — AXIAL (1D) COMMENT*ENT S000ndary Uoctromagnotoc Froid Channels 1-20 + Primary Pules Transmitter Fnlquency. 30 Hz (5011 duty cy_le) Transmitter Loop Size 200 Y 200 metres Transmitter Loop Locafan: so* loop location map Station Intervol: 10 rooters Transmitter Current: 7Amps Turn Off-Toro: 75 us

Map Scale 1 cm = 20 maim Pocdii a Scale td10 = 0.1 units/cm >010 = QS d000des/em kz Cal Orientation: Hz - pasifrre up H: - positive uptwlc Plot Unite: nanovoA/mwtVr2 (nT/n) FI' - positive right H' - negative lefl

Dote: February.1994 Prop ng by: Ott - D.Dauwn Sur+eyed by 4C1 - D.Dowlwn Instrumcntotion: Ro = CEDNICS EAI-37 (20 channel') Tr = GEONICS EU-57 (.6 Kvx)

cow/LC l+t..Tw.JlJCl1N 111w D11G. NO. : C250-10-Wad

0 antec

Trou 1119-94-9 Localisation_ L&0W 1600S Azth: N360/-60 Loop Sizd: ZOOrn x 200m IATU: 251250E 5525303N

tpa tcfO 1opoO 1° If Profile Scale north loop nanatfw/m4 —20 —30 West Loop Collor Loup Coat Loop —49 —50 —60 —70 South Loop —80 —90 —100 —110 —120 —130 —149 Scale 1:2000 —150 25 50 )S 10) 125 —160 —170 —180

—230 S OJEM —240 Œ1E39L MVJ 11-1119 —250 —260 LOOP LOCA 1ON MAP & LPTEM B] EHELE —270 BOREHOLE 1113 34 9 Color Loop —279 FIXED LOOP LPTE11 BOREHOLE SURVEY STACKED PROFL6 — A)1N.. (114 COMPONENT Secondary Electromagnetic Field Channels 1-20 + Primary Pulse Tryoamittn Froguancy. 30 Hz (50% duty cycle) "nnsmitter Loop Size 200 a 200 metres -ronsmitter Lcop Location: see loop locotion mop v n lnlervoC 10 rncters "-onsmitter Current; 7 Amps ~n C4f-Time: 75 us .,y Scale I cm = 20 metres ^:0e Scale <010 = 0.1 unite/cm 0010 = 0.5 decades/cm _., Coil Orientation: Hz - positive up Hz — positive uphole ra Una. ooroVo0/rre-tre 2 (nT/s) Hs - positive right Ile - negaiire bit

Data. Fobmaryr1974 Frr_eviry by: 01:I - D.Doxson Su.-1-~..d by Q0 - DDa .ron Inslrume^,tation: Rc = CEONICS E11-37 (20 channels) To = CEOItlCS EM-57 (.0 kV11,)

WT 11-EC CONSUIM ~ OwG. NO. : C255-4-Collor

illuantec

Trou 1119-94-9 Localisation: WOW 1600S kith: N360/-60 Loop Sizo: 200m x 200m AITht: 251250E 552539314

1,0 3. 1 NJCr Loop la Î lÎ 1 1 Profile Scale rgnAbRinet —20 —30 Want Loop Conn%Loop Eo.t Loup —49

—50 —70 Soot," Loop —50 —90 —100 —110 —120 —130 —140 Scam 1:2000 —150 25 50 73 00 125 —160 —170 —180 11 —190 —200 —210 —220 —230 SCQUEM —240 Cl-IBOI GWALJ 11-1119 —250 —260 LOOP LCCIQION MAP & LPTEM BOREHOLE BORD-pUE 1119-94-9 South Loop -—279 FIXED LOOP LPTE11 BOREHOLE SURVEY STFCIOD PROFILES - AXAi. (1D} COMPONENT Secondary Electromagnetic Bald Channels 1-20 + Primary Pulse

frooamitu! Frequency: 30 Hz (507. duty cycla) Tnlnonvtter Loop Sire 200 200 metre, Transmitter Loop 1.000lmr, see loop location map Station mtervae 10 meters Tronsmiter Current: 7 .knps Turn 00-Tore: 75 us

loop Scie I cm 20 metres Profile Scale u10 = 0.1 units/cm >010 - 0.5 decades/cm Ro Cod OnentatIon: Hz - positae up Hz - poeià've upholo Plot links: raroVolt/rnetre2 (nT/s) Hs - posilise right Ha - n.gotr.. left

Oato: Fetxuary,1994 Processing by: Oq - D.Drnrson Surveyed try- QG - D.DaWson Instrumentation Rx = GEONICS E4-37 (70 channels) T. - CEDNICS E14-57 (.8 kYA) (3041v7W CCASLUNG AC LNG. N0. : C258-9 -Sou tn

af.9aiL$ec Trou 1119-94-9 Localisation: LBOW 1600S Azth: N360/-60 Loop Size: Z00rn x ZOOm 1.4T14: 251250E 5525393N T 10 Î 1r T I Profile Scale No-th Loop non•VolVrere —20 \ ~ -30 Wont Loop Cellar( Loop Eod. Loop 1 /~\t~ j -~ ~ tl -70 ~ ( South Loop —80 ♦ `I ~~ `I ~ —90 1 —100 \ t \1 1 ) —110 i l 1 1 .1 1 1 —130 -140 i 1 ~ 1 1 Scale 1:2000 —150 i 25 O 25 So )5 100 125 - i~0 ~r ~ ~ r) 1 —180 • ~/) ) ~ + =?ô0 / -220 1 l 1 —230 t 1 ' SOWN —240 t 1 CHBOUGWAIJ 11-1119 —259 )j ) I I LOOP LOCATION M4P & LPTEM BORI}IQE -269 /\ (\ l —270 -279 ` E3JI 1-IOLE 1119-94-9 West Loop FIXED LOOP LPTEM BOREHOLE SURVEY STACKED PROFILES — AXIAL (10) COMPONENT Secondary Electromagnetic Field Channels 1-20 + Primary Pulse rronamitter Frequancy 30 Hz (507: duty cycle) Tronsrrdtter Loop Size 200 r 200 metres Transmitter Loop Location: see loop locution map Station Interval, 10 meters Trclrnmitter Current: 7 Amps Tom CM—Tvrme: 75 us

Map Scale 1 cm = 20 metres Pro@c Scale OHS = a.l units/cm >010 = OS decodn/cm R: Coi Orientation: He — positive up Hz — positive uphole Not Units: narloVok/metres (nT/s) Hs — posilM right Ha — nap tire left

Oats: Febmory,1994 Processing by: OCl — D.Dwson Surveyed by: QC' — DDawson Inztrumenlatlrmr Flo = GEONCS Eu-37 (20 charnels) To = CEONIGS on-57 (.B kVA)

LRXTIrICL IA.iMSLLJAG eK+ 014,_ No. : 025a-9-West

Clesantee

Trou 1119-94-9 Localisation: LEOW 16005 Arth: N360/-60 Loop Sizo: 200m x 200m 141M: 251250E 5525393N

,p 1g50 North Loop 1° 7 17° 1 I Profile Scale nan

Map Scale t cm - 20 metres FrofRe Scale <3113 = 0.1 urilt/cm >010 = OS decade*/an Rx Coil Orientation: Hz - positron up ttz — poailw uphola Plot Units: nmoSot/metnh2 (nT/s) Ns — position right w - oyat.. left

Dot.: rebrvorf 1394 Processing by: SCI - D.Daason Surveyed by: Qp - DAav,son In.~r omen tafoxy Rs = CE008h2S EM -37 (20 ehanrx_Ls) Tx = CEONICS OA-57 (.0 OA)

(.}(1NJ7FC COVRIITX' PC. C1rC. NO. : C25.1-9- North

Ctuantec Trou 1119-94-9 LocollrDatlon: WOW 1600S Azth: N360/-60 Loop S5zo: 200rn x 20Orn 611-1,1: 251250E 5525393N

0 1 q 'P 1Îa Profile Scale North Loop nnrsNR/rret —20 —30 West Loop Color Loop East Loop —40 —50 —60 —70 South Loop —80 —90 —100 —110 —130 —140 Scale 1:2Cr00 —150 75 0 O5 so 7s 00 125 —160 —170 —180 —190 —200 —210 —220 —230 SOCLEM —240 G-1120l,G M U 11-1119 —250 —260 LOOP LOCATION MAP & LP184 BD —[LE BORE -LOLE 1119 94 9 East Lapp —279 FIXED LOOP LPTEII1 BOREHOLE SURVEY STXX D PROFILES — AXIAL (ID) COi1PO ENr Secondary Dectrc nognetle Bald Channels; 1-20 -F Primary Pules rrorcimittar rroquency. 30 Hz (507 duty cycle) Transmitter Loop Size 200 c 200 metres Trorumitter Loop Location: see loop locution mop Station Interval: 10 meters Transmitter Current: 7 Amps Turn Off-Tine: 75 us Mop Scale I cm = Z0 nretres Profile Stole wits/Cm >t10 - 0.5 decodes/cm Ra Cod Lhivntation: Hz - position up Hz - poaitiva uphala Plot Unis: noroVofl/metre2 (nT/s) F1s - positiee right Ha - nagative left Dots7 Febtuori 19g0 Prccessirq by: OCI - D.Ooe,m Surxyed by: CCI - DAaw.wn lnslrarrr_ntat✓m• P.c = GEGNICS Eu -`.7 (20 chard-16s) Te = CCONIti U1-57 (E k17;)

QUANEC COVSLIITG ~ DWG. NO. : C255-9-Eost

ettantec Trou 1119-94-10 L cxiII atlon: L78W 250S Azth: N360/-45 Loop Size: 200m x 200m A4TM: 251482E 5525741N

North lnop

Collar Loos Eoet Loop 1 A 111.0 i 0p0 10000 4 P.o o file Scale „anevdc/aee

Sueth Loop —~7 —40 —so —60 —70 —80 —90 —100 Scale 1:2000 25500 25 50 75 100 125 —110 —120 (matera) —130 —140 —150

—180 JE —190 CtiaOLP0AM IJ 11-1119 —200 —210 LOOP LOC CINI 146P & TIM 80R1-11E —220 BJF2ENOLE 1119 04 10 Cdar Loop —230 FIXED LOOP Li- LMI BOREHOLE SURVEY STACKED PROFILES — *XIX (10) COMPONENT Secondary Electromoçnetic Field Channels 1-20 + Primary Pulse Transmitter Frequency. .30 Hz (50% duty cycle) Transmitter Loop Size 200 ■ 200 metres Transmitter Loop Location: see loop Ioczt'ion mop Station Interval: 10 motors Transmitter Current 7 Arias Turn Off—Taae: 75 us

Mop Scale 1 cm = 20 metres Profile Soule «10 = 0.1 units/cm >510 = 0.5 decodes/cm Ito Cof Orwntaton Hz — pacifies. up Ht — positive uphole Plot Units: noroVol/metre2 (nT/s) He — positive right Hs — negative left

Dote. February.1994 Prccessing by Qd — D.Dorson Surveyed by: 4CI — DDawson Metrumentotion: Rx = CEDNICS ENI-37 (20 channels) T,t - GEONItS DA-57 (.B WA) OWN/LL, CalgiIAIG AIC CMS. tA. : C258-10—Collor

ntee Trou 1119-94-10 Localisation: L78W 250S Azth: N3t30/-45 Loop Size: 200m x 200m h4fl.1: 2514-62E 5526741N

Ncrh Laop

*kAt loop Color Loop Cori loop 0 1 ,t>ra 1 ? f) 1r 10P° Profile Scale n.r.wNmez —20 South Loop —30 - 40

-60 -70 -80 90 - Scale 1:2000 -100 20 0 73 30 75 100 120 -110 - 120 -130

SCOIJEM C}- EOUG U 11-1119 LOOP LCCATX)N MAP & LPTE}d BCf2E}-I01 BOREHŒE 1119 94- 10 South Loop - 230 FIXED LOOP LPTEN1 BOREHOLE SURVEY STACKED P90f1LES - AXIAL (11» COMPONENT Secondary Electonugnstic Field Channels 1-20 + Primary Pules fronsmitter frequency. 30 Hz (505 duty cycle) Troumitter Loop Size 200 x 200 matron Transmitter loop Locative; see loop location mop Station Intorvul: 10 meters Tronsmitter Current: 7 Mops loom Off—Tina: 75 ua Nap Scale 1 cm = 20 metres Profte Scale <410 0.1 units/cm >010 = 05 decodes/cm Ro Gia Orientation: Hz — positive up Hz — positive unbolt Plot. ü>is: nanôf.R/metrr2 (nT/a) Hs - pospive righl Hs — negative left

Dote: Fehnary.1494 Preeeaing or OCt — D.Ooxson Surveyed by. Oa - D.Dmoon Instrumentation: R7 = GEOItlCS Ela -37 (20 channels) Tx - GEONICS t0A-57 (.3 kVA)

tlUAs r r+.-.ti COMJAG AC MC. NO. : C258-10-South

Citiatatec

Trou 1119-94-10 Localisation: L7EN 2505 Azth: N360/-45 Loop Size: 200m x 200m MN: 2514-62E 5526741N

North Loop

17° 7ppp 7q~pp Wet Loop Coeur Loop Foot loop 10 ? 11) Profile Seale GO~rmt - 20 South Loop - 30 -40 -50 - 60 - 70 - 50 -90 - 100 Scale 1:2000 on 0 n 30 n lao 1z] - 110 -120 -130

-150 - 150 - 170 - 180 SOGUEM - 190 CHBCJGAM L1 11-1119 -200 - 210 LOOP LOCATION MAP & LPÏE701 EORB-IDLE - 220 BaiactE 1119 94 10 West Lop - 230 AXED LOOP LPTEM BOREHOLE SURVEY STACKED PflDFI.ES - AWL (1D) COYPoW1ff Secondary Electromagnetic Field Channel* 1-7A + Primary Paige Transmitter Fregtx:ncy. 30 Hz (507, duty cycle) Tronontittar Loop Size 200 x 200 metres Trmsmitter Loop Location: sae loop l000tion mop Staten Interval: 10 meters Transmitter Current 7 Amps Turn Off—Time: 75 tie Atop Scole 1 cm = 20 metres Pronee Scale <410 - 0.1 units/cm >010 = 0.5 dexldts/cm P. Coil Orientoliro: Hz — positive up H: — posAise uptale Plot Unite: norwVoM/metrtr2 (nT/e) Hs - positive right Hs - ntgative krt

Date: - Februory.1994 Pmc csirq by: 0C1 — O.Oa«mn nr+eyed by. OCI — DDawson Instrumentation: Rs - CEONICS EN-37 (20 ehonnels) T■ = GEONICS Q1-57 (.B I>p3 Ql k CCNSU CMG. N0.: C250-10—West Trou 1119-94-10 Localisation: L7814 250S Azth: N360/-45 Loop Slze: 200m x 200m MTM: 2514I 7F 5526741N

Nain loop

Wt Loop Collar Loop Eeol Loop —10 IF, 1t]Cl 10p0 10000 ? Profile Scale nanalrat/m2 —20 Saoth Loop —30 —40 —50 —60 —70 —50 90 — Scale 1:2000 —100 170 —110 20 00 70 100 —120 (meter.) —130 —140 —150 —160 —170 —180 SOQUEM —190 CHEICU M,W 111-1119 —210 LOOP WORM MAP & UPTON BOREHOLE —220 BORE}-E)LE 1119-94-10 North Loop —230 FIXED LOOP LPTEM BOREHOLE SURVEY SfICICfD PfiCflES - MAL (ID) CDIIPCkteif Secondary Electromagnetic Field Channels 1-20 + Primary Pules fronsmitter Frequency. 30 Hz (507. duty cycle) TransmiIt r Loop Sizo 200 o 200 motroo Transmitter Loop Looai'lon: Pee bop locution mop Stolon Interval: 10 meters Trcosrnitter Current 7 Amps Turn Cif—Tire: 75 ue Nap Scale 1 cm = 20 metres Prole Scole ce10 - 0.1 units/cm >010 05 decades/cm Rz Cod Orientation: Hz — positive up Hz — positive uphole Plot Unite: nonoYot/rnetre^2 (nT/e) Hs — positive right Hs — negative left Date: February.1914 Proses ng by: OCI — D.Doxxn Surveyed by: 00 — D.Dawson no.rumentot on: Rz = CEONICS EH-37 (20 channels) Tr = GEONI(S FN-57 (.0 k*7.4

QLkWTEG L>ISISI,UltiG a(~ MC. N0. : C250-10—North

ntec Trou 1119-94-10 Localisation: L784 2505 Azth: N380/-45 Loop She: 200m z 200m MTM: 251462E 5526741N

North Loup

IP lqa t l Ws 1 Loop Collar Loop Loot Loop 1° 1 1 I Profile Scale rwrrdltAl/m4

South Loop

Scale 1:2000 23 0 21 3D 73 100 121

XX1JE 1 CHEtX1C>fV464.1 11-1119 LOOP LOCATION MAP & LPT131 BORE}flE eoRanE 1119 94 10 East Loop FIXED LOOP LPTEM BOREHOLE SURVEY SUCKED P1i0FLES — VC1AL (1D) COYPOteir Secondary Elactrcriognotic Field Channels 1-20 + Primary Pulea transmitter Frequent'. 30 Hz (50Z duty cycle) Transmitter Loop Sze 200 z 200 metres Transmitter Loop Location: sir loop locution mop Station Interval 10 meters Transmitter Current: 7 Amps Turn Off-Trne: 75 us

Mop Scale 1 cm = 20 metres Fnofie Scale

Dote: Feentory.153/ Prace»ing by: 051 - O.Daxron Surreyed by: OCI - D.Da.rson Instrumentation: RA = 0E0NIfi EM-37 (20 chornels) A = GEONIt_1- 154-57 (.D me.)

zlt.Pry/EC N.fRJWï1V DWG. NO. : C258-ID-East ~o 1p 1Îa lapa lopoa Î I Profile Scale I rom

- 30 Trou 1119-94-12 —40 Localisation: L1 DOW 20555 —50 Azth: N380/-45 —60 Loop Size: 200m x 200m —70 MTM: 249232E 5525 N —80 —90 —100 —110 NMh Loop —120 —130 —140 —150 We, Loop Co., r loop Eoat loop —160 —170 II l —MD —190 Scum Loop —200 —210 —220 —230 —240 —250 —260 Scale 1:2000 —270 23 30 73 100 127 —280

—320 —330 —343 —350 SWAN —360 CHBOICLNl.I 11-1119 —370 —380 LOOP LOCNION MAP & 1PE}A BCREVELE BOREHOLE 1119-94-12 Collar Loop FIXED LOOP LPTEM BOREHOLE SURVEY STKXED MORES — AXL . (1D) COMPONENT S000ndary Boctromagnotic Ftdd Chonndc 1-20 + Primary Pubs

Transmitter frequency. sD m {5fl5 daty a=le) Transmitter Loop Si., 2730 x 200 naetres TrorwmiOer Loop Locobo,: ecs loop location mop Stelion Intend: 10 meters Transmitter Current: 7 Amps Tum Off-Trap_ 75 us LAap Scale 1 cm = 20 metre Prdde Scale U10 = a1 units/cm >410 = 0.5 d,0nYs/on Rx Cod Orientation: Hz - pa3ifi.< up Hz - posihte tctwle Plot inns: naruVoll/rrotrr: (nT/c) Ha — {.usAx right td - rKgotiri left

Dote: FeMa 7,1994 Proceoing by L%7 - D.Daa•wn Sunayad by CAa - D.O.r.an Instrumentation: Rx = GEC>rot.~ E11-37 (20 channels) Tx = GEtkBt.~ E1A-57 (_E k1S)

WNW UAM.M/7N lMw ChNC. 140, : 5258-12-Collor

assantec

0 1r t0r 1 CKiKX:1 1 q Profile Scale noVoltirrrt

Trou 1119-94-12 `~' ~:~ Lacallaation: L100W 2085S -50 ~~ Azth: N360/-45 —60 Loop Size: 200m x 200m —80 --~~ 14T14: 249232E 5525 —70 ~~~~ N —99 , )t,. —100 —110 i ) 4 North Loop —120 / / ( ~ —130 'I ~ I > ~ —140 ii f Wogt Loop Cello Loop Eoat Loop —isô k>y~ j -170 f/ / -180 /I~j -190 ~~ ii South Loop \ -200 ~/ -210 ( ~( 220 -230 f1~~7 —240 ~}l~l / 4 -259 —269 ~1)( 1 i , Scale 1:2000 25 a 25 50 75 100 125 -—280 ~)) l ♦ —290 ~( ~ 4 —300 ) —319 ~~ Il —320 , \t - 330 / I ) x -349 —350 X/ /Z) SXLJE7e1 _ CHBOUGAI.{AIJ 11-1119 —370 —380 ) c( LOOP LOCA7XN MAP & LPTEM BOREHOLE _~~ '_ ~• BOREHOLE 1119-94-12 South Lnap FIXED LOOP LPTEM BOREHOLE SURVEY STiCaD PROF1ES — AX1A1_ (ID) COMPOPEM Secondary t7o‘4mlopnetio Sold Channels 1-20 + Primary Pules transmitter Frequency. 30 Hz (50X duty cycle) Tronsmitter Loop Size 200 a 200 metres Troncminn Lop Locolian: m loop location mop Station Intevvob 10 riveters Transmitter Current 7 Preps Turn Off-Tune: 75 us

Mop Scale I cm = 20 metres Profile Scale t10 = OS decodes/cm kx COd Orientation: Hz - positive up Hz - posth'.e uptrole Plot Units: naroVOR/metro2 (nT/s) Ha - poseive right Hs - negative left

Dote: FeMuary.1994 Processing by DC1 - D.Do«son ur.qed by Qq - D.Dm,son n sir ornastotron CEONICS EM -37 (20 chor,n113) T7 = GCOHh.~. 01-57 (.8 k'yx)

f2u4WFc CONSLUrG Ala DWG. N0. : C2.5,^-12-Sotdh

Chiaritex ,fia 1 I° Î T I Profile Scale nersastirre2.

Trou 1119-94-12 Localisation: L100W 20855 Azth: N360/-45 Loop Size: 200m x 200m i.ITM: 248232E 5525 N

North Loop

—150 Weet Loop Cotlor Loop Loot Loop —160 —170 —1 —19 South Loop —200 —210 —220 —230 —249 —250 —260 Scale 1:2000 —270 25 0 25 50 75 100 125 —280 —290 (menwtil —300 —310 —320 —330 —340 —350 —360 CHEOUC>AMAU 11-1119 —370 —3500 LOOP =ATM MAP & LP1EM BCCEHOLE -3 ÿl PCREF OLE 1119 01 12 West Loop FIXED LOOP LPTEAI BOREHOLE SURVEY STACKED PROf1ES — .& M. (10) COMPONENT S000ndary Da.trmilognatic Field Channels 1-20 + Primary Pules Transmitter flequen.oye 30 Hz (50% duty cycle) Transmitter Loop Size 200 o 200 metres Transmitter Loop Location sot loop location mop Statmn Interval: 10 meters Transmitter Current: 7 Amps Turn Off—Tenet 75 us Mop Scale I cm = 20 metres Profde Scale <010 = 0.1 units/cm >4t0 = 0.5 decodes/cm Ho Coil Orientation: Hz — positive up Hz — posfiue whole Plot Units: nmoVclt/rr>etre2 (nT/s) Ho — pooiliw right Ho — negative left

Dote. February.1994 Processing by: 001 — O.tWxson Surrey,d by: 00 — O.Umouor. I+elrammlatro. R. = CEONICS EIS-37 (70 channel.) T, - GEOHI!0 El1-57 (.8 INA)

COVVIW CCACWrlG AC ON':; N0 : C258-12-54c~ 0 T~ icro 1 I Profile Scale nanoMall/rrrt —20 —30 Trou 1119-94-12 —40 Loco'laatton: L1 DOW 2085S —50 Azth: N360/-45 —60 Loop Size: 200m x 200m —70 ►ATM: 249232E 5525 N —80 ( —90 —100 —110 Nurtl, Loop —120 —130 —140 }4 —150 We, i....w Co., l..-op Eoec Loop —160 —170 —180 —190 South cc-.:• —200 —210

—230 —240 —250 —260 Scale 1-._000 —270 25 0 25 50 75 100 125 —280 (meters) —290 —300 —310 —320 —330 —340 S9QUE7,q —350 —360 CHEEUGMIWJ 11-1119 —370 —350 WOE' LOCIuK)N MaP & LPTEM E3CRE}IOLE - 9 —99 ECREI-ICI E 1119 04 12 North Lmp FIXED LOOP LF'10M BOREHOLE SURVEY STACKED PM FLES — AX1AL (10) COMPOI€NT S000ndory EletA unoçnotk Frold Channels 1-20 + Primary Pulse Tronsmitta Prequenry 30 Hz (50% duty cycle) Transmitter Erna Size 200 x 200 metres Tronrrnitter Lap Location: see bop location map Station Intend: 10 mature Transmitter C.rent: 7 Amps Turn Otf-Tiirr.or 75 us

Mop Scale 1 c = 20 melts Profile Scale <>-10 n= 0.1 urvte/cm 5!10 = 0.5 decades/cm Ro Coil Orwnta:mn: Hz - pocifiva up Hz - positive uphold Plot (hliti: nar.dYott7rrutrr2 (nT/s) Ha - poaibv+. right Hs - negative left

Date. February.1994 Pre_evim7 by: OC,1 - O.Oawvn Survtytel by: GOl - 0.0awsnn Inairumanlolion, R. = CEONICS EM-37 (20 chorrwle) Tx = GE0141, 0N-57 (.8 k4A) WV-EC CCNS CT%fi ~ 0M. 50. : C250-12-North

Gattantec

—10 113 1 C7p0 10000 ? Profile Scale na,wM.rl/nr2 -20 Trou 1119-94-12 -35 Locallaatton: L10 Y 1 2065S -50 Azth: N360/-45 - 65 Loop Sac 200m x 200m 61TY: 249232E 5525 N -50 -95 -110 NarM Loop -125

-155 w-et Loop cover Loop Eoat Low -170 -185 South L.wp - 200 -215 -230 - 245

- 260 scale 1:2000 - 275 25 0 25 50 75 100 125 -290 Imetara) -305 -320 -335 -350 9 Y1 lD,1 -365 CHEOUGM LJ 11-1119 -350 LOOP L(CAT10N M'P & LPTEM BORIEFRE BORaCtE 1119-94-12 East Loop =t19) FIXED LOOP LPTEMI BOREHOLE SURVEY STXXEDD PROFUS - AXIM. (1D) COYPONENt Secondary 1E1%Lo ltognern Field Channels 1-20 + Primary Pules Transmitter Frequency. 30 Hz (50% duty cycle) Transm'au Loop Size 200 x 200 metres Trencmitter Loop Locafnn: 000 loop Io oron mop Station Inrervat 10 melore Tromnitter Current: 7 imps Turn Off-Time: 75 us

Hap Scale 1 cm = 20 metres Profit, Scale «10 = 0.1 unite/cm >010 = 0.5 deoades/ern Re C% OriuntoSon: Hz - pasitr.a up Hz — cr,30tive aplat t}x Units: rmmovLe/,netrr2 (nT/s) N'v — poaiüw right Hs - negotbs left

Dote: Februory,1994 Processing by: OG - D.Oo«srN1 Surveyed ny: 0p - D.Dowson elrurnantalioo: Rx = CEDNIîS EM-37 (20 clwr,o.la) Tx = GEOHICS DA-57 (.8 kW QtkWIEC fZ7t(3..UlC AC DWG. N0. : C250-12—East

atas3ratec APPENDIX H

BOREHOLE LOCATION MAPS

Quantec N 17+00 S 16+00 S

L 92+00 W TROU 3

-50m PARAMÈTRES Localisation: L 92+00 W / 16+75 S Azth. / plong.: N 360° / -45° Longueur: 150 m Coor. MTM: 250049 E / 5525328 N

-100m

Niveau du Lac Chibougamau

Roc Anomalie P.P. et numéro

Anomalie Max-Min II 4 LOCALISATION DES SONDAGES PROPOSÉS a: "électrolytique" b. "sulfure" PROJET "CHIBOUGAMAU" 11-1119 0m 50 m 100 m Exécuté par : D. Bernard Dessin par : D. Bernard

0 10 20 30 40 m Échelle 11 1 1 1 S TROU 15 N 16+00 S 15+00 S 14+00 S 13+00 S 12+00 S L_ V L 74+00 W

- 100m PARAMÈTRES

Localisation: L 74+00 W / 14+75 S Azth. / plong.: N 360° / -45° Longueur: 350 m Coor. MTM: 251851 E / 5525514 N

- 200 m

U Niveau du Lac Chibougamau Roc 350 m Anomalie P.P. et numéro 0 a _ b Anomalie Max-Min II LOCALISATION DES SONDAGES PROPOSES a: "électrolytique" b: "sulfure" PROJET "CHIBOUGAMAU" 11-1119

0m 50 m 100 m Exécuté par : D. Bernard Dessin par : D. Bernard

0 20 40 60 80 m Échelle S N 12+00 S TROU 12 ii+oos 1 o+oo s V

L 82+00 W

PARAMÈTRES

Localisation: L 82+00 W / 11 +75 S Azth. / plong.: N 360° / -53° Longueur: 375 m Coor. MTM: 251053 E / 5525820 N

375 m

V Niveau du Lac Chibougamau Roc Anomalie P.P. et numéro

b Anomalie Max-Min II 0m 50 100m LIa a: "électrolytique" b: "sulfure"

LOCALISATION DES SONDAGES PROPOSÉS

PROJEI "CHIBOUGAMAU" 11-1119

Exécuté par : D. Bernard Dessin par : D. Bernard nuantec Échelle 0 20 40 60 80 m S N 17+00 S TROU 21 16+00 S V

L 76+00 W

-50m

V Niveau du Lac Chibougamau Roc Anomalie P.P. et numéro 0 Anomalie Max-Min II s a m a: 'électrolytique" b: "sulfure' -100m

PARAMÈTRES Localisation: L 76+00 W / 17+75 S Azth. / plong.: N 360° / -55° Longueur: 250 m Coor. MTM: 251648 E / 5525215 N

-150m

0m 50 m 100 m

LOCALISATION DES SONDAGES PROPOSÉS 250 m PROJET "CHIBOUGAMAU" 11-1119 Exécuté par : D. Bernard Dessin par : D. Bernard

Échelle 0 10 20 30 40 m Gtuarirtec

N 16+00 S 15+00 S V L 80+00 W

TROU 2

-50 m

Niveau du Lac Chibougamau Roc Anomalie P.P. et numéro

Anomalie Max-Min II a b a: "électrolytique" b: "sulfure" -100 m

PARAMÈTRES

Localisation: L 80+00 W / 16+00 S Azth. / plong.: N 360° / -60° Longueur: 280 m Coor. MTM: 251250 E / 5525393 N - 150 m

50 m 100 m

LOCALISATION DES SONDAGES PROPOSÉS

PROJET "CHIBOUGAMAU" 11-1119 280 m Exécuté par : D. Bernard Dessin par : D. Bernard

0 10 20 30 40 m Échelle I I etuante N TROU 20 2+00 S 1+00 S b L 78+00 W ::.:.::>,..:::... «:>::::::.•...... . .. ~

-50m

PARAMÈTRES

Localisation: L 78+00 W / 2+50 S V Niveau du Lac Chibougamau Azth. / plong.: N 360° / -45° Roc Longueur: 225 m Anomalie P.P. et numéro Coor. MTM: 251462 E / 5526741 N

Anomalie Max-Min II b a: "électrolytique" b: "sulfure" -100 m

0 m 50 m 100 m

4 LOCALISATION DES SONDAGES PROPOSÉS

ROJET "CHIBOUGAMAU" 11-1119

xécuté par : D. Bernard Dessin par : D. Bernard

0 10 20 30 40 m Echelle I ,9)

r () 4

ti s r.a 0) 44; •• r (2:) p

ci e7vilc`

f (k.„. )Si,' •

Mg (1)(Drri)

0(1 . • 1 5 4:7h4q f Py

QFP 1:1.1

(1-,y APPENDIX I

SURVEY LOCATION MAP

Quantec 1 / N/ 1 li.f ~r i . Uf IIiTN-M ~11~ 71_ \,

LAC

.. f ) r j cFA00lJCWAMI ~'~rf j{j , a«T ~ ry 11 t -14 .4.4►wx~ I _ k , /F‘4.4.2_01 ,~ CANTON LEMOINE ~~~ /T LAO LOCAIl4ATIOH DES LE'VYtYPLET&IEl Aux Ff1TC1uÉS PAAQUA&1TC - IOl/ CANA*✓!/ QIiAISK: ~ps~ y`r: PEW ^CH7DOUGA5QA0^ 1t.1119 an.ar.. w o-.w w.rro, 0.0Iw•w11 ~% ~ IMh,11111 r T-1 v.f toN.

Survey Location Map