y -'-! l i - Ontario · by Herz Industries Ltd. and was tuned to transmitter station NAA, Cutler,...

41I15NE8813 0816 MACKELCAN010

' Ministry of Natunl ResourcesRECEIVED

APR 19

j NORTHEASTERN BEGION RECEIVED

OPERATIONS REPORT ON

AIRBORNE GEOPHYSICAL SURVEY

IN THE

PROJECT WOLF AREA, ONTARIO

FOR

CANADIAN OCCIDENTAL PETROLEUM LTD.

1 9 1982

MINING LANDS SECTION

BY

RENTING EARTH SCIENCES LIMITED, OTTAWA

PROJECT NO. 81058

*l i ' c/ V ! i Y . -lrK** y l l l- l i ; ' ; [j\.^ - - ! - l - t -'- i -- -"-":TIi:G EARTH SCIENCES LIMITED o GSOHUNK LIB KOAD, os i ,\u.\. ONTARIO KIC.^NS



IN THE


FOR

CANADIAN OCCIDENTAL PETROLEUM LTD,

BY

RENTING EARTH SCIENCES LIMITED, OTTAWA

PROJECT NO. 81058

OTTAWA, CANADA July 8, 1981.

E. J. VJilson, B.Se, Chief Geophysicist (Data Processing)

4iii5NEeei3 eei6 MACKELCAN 010C

TABLE OF CONTENTS

*

1. INTRODUCTION

2. INSTRUMENTATION*

3. PRESENTATION AND PROCESSING OF DATA

Page No.

1

2

5

ACCOMPANYING THIS PT2PORT:

Appendices A - RENTING DIGITAL SURVEY SYSTEM*

B - AIRBORNE DIGITAL DATA FORMAT

C - DATA-PROCESS ING FLOWCHART

Maps - l ea. - Total Field isomagnetic contour map

2 ea. - Totem VLF Profile maps

2 ea. - Totem VLF Total Field contour maps

All at a scale of 1:20,000 (approximately)


. AIRBORNE GEOPHYSICAL SURVEY

IN THE


FOR

CANADIAN'-OCCIDENTAL PETROLEUM LTD.

1. INTRODUCTION .

This report pertains to the operations on a combined

airborne magnetometer and VLF-electromagnetometer survey

carried out in the Project Wolf area of Ontario for

Canadian Occidental Petroleum Ltd. The survey was flown

on June 2 , 1981 by Renting Earth Sciences Limited geophy-

sically equipped Canso aircraft (registration C-FJJG)

based at Sudbury / Ontario.

Fourty-one traverses were flown in a north-south

direction over the survey area at a spacing of 1320 feet.

A mean terrain clearance of 150 to 200 feet was maintained

throughout the survey. Geophysical data were acquired

from a total of 224.1 line miles.

The following Kenting personnel were associated with

this project:

- 2 -

G. Carter

B. McFarlane**

R. Panchuk

D. Johnstone

I. MacDonald

R. Hakka

E. J. Wilson

Pilot/Navigator

Pilot/Navigator

Aircraft Engineer

Aircraft Engineer Assistant

Electronic Technician

Data Compiler

Chief Geophysicist (Data Processing)

2. INSTRUMENTATION -

The Kenting Digital Survey System (KDSS) was used

in the survey for data acquisition. A technical description

and specifications of this unit appear in Appendix A to

this report.

The airborne magnetometer was a Gulf fluxgate Mark III

unit which measures total field intensity with a resolution

of l gamma.

The VLF-EM system employed was the Totem 1A instrument

manufactured by Herz Industries Ltd. and was tuned to

transmitter station NAA, Cutler, Main.

- 3 -

A Honeywell Radar altimeter provided terrain clearance

measurements.•*

t

. An AS-5 35nun continuous strip camera recorded the

flight path.'

All data were recorded every half second in digital

form by the KDSS system. The format appears in Appendix B.

Analogue recordings, digital recording and film are

flagged with numbered fiducial marks every five seconds to

enable correlation.

.A six channel Brush 260 analogue recording unit

recorded the total field magnetometer and radar terrain

clearance data in analogue form.

The quantities measured, format and scales on this

recording are as follows, with the chart oriented such that

fiducial numbers increase,to the left.

l Ijj*- : i,.-rvV;,^T

i -'-- 4 -

Channel No,

Top oi' Chart

. -. Parameter

Radar terrain clearance

Total field Magnetometer

Scale

O - 300 feet

O - 1000 g aromas

4

3

2

l

fiducials

All quantities increase upwards.

increasing to left

An overlapping dual channel Brush 110 10 inch analogue

recorder recorded the Totem VLF data. With the chart

oriented as above the format is as follows:

Parameter Scale

Top of Chart Fiducials

Totem VLF total field

Totem VLF Quadrature

increasing to left

Zero 2.5 in from top l" - 10%

Zero 2.5 in from bottom

- 5 -

A time synchronized magnetic diurnal base station

was run during the survey. The magnetometer was a Geo

metrics 803 and the data was logged by a KDSS. Total field

magnetic readings were logged digitally every second and

displayed on a 10 in. analogue chart moving at 30 cm/hour

with a full scale of 100 gammas. Time is in each head

scan of the digital recording and marked every 10 minutes

on the analogue chart.


The survey data are presented on a uncontrolled air

photo mosaic base at a scale of approximately 1:20,000.

This nosaic was also used for visual navigation and flight

path recovery.

The data from the two flight line directions are pre

sented on separate maps. Aeromagnetic data is presented

as contours at 10 gamma intervals only on the north-south

set of lines.; tha Totem VLF is presented two ways: as pro

files on flight lines of Total Field and Quadrature at a

scale of l cm s 20% and as Total Field contours at an

interval of 5%

- 6 -

All digital data were examined and edited for spurious

samples and noise.*'t

The magnetic data have been levelled using a manualt

adjustment method referring to crosslines.and diurnal re

cordings where necessary. The data were then corrected by

computer and the profile-contour intercepts machine drafted

and contours fair-drawn by hand.

i

I

l

i i i

The Totem VLF data were rescaled, lightly filtered

using a low pass frequency filter (cut-off 0.13, roll-off

0.16 cycles/sample) and the quadrature on north to south

and east to west lines inverted to remove the flight

direction effect of the aircraft. The data were then

levelled using a simple statistical technique to estimate

the position of the base line and drafted in profile and

contour form. A general flow of processing is found in

Appendix C.

Respectfully submitted,

,fE. John Wilson, B.Se. Chief Geophysicist (Data Processing)

4iii5NE0ei3 eei6 MACKELCAN 020



IN THE


FOR


BY

KENT ING EARTH SCIENCES LIMITED, OTTAWA

PROJECT NO. 81058

OTTAWA, CANADA August 25, 1981

E. J. Wilson, B.Se. Chief Geophysicist (Data Processing)

4iit5NEeei3 eei6 MACKELCAN 020C

TABLE OF CONTENTS

1. INTRODUCTION

2. INSTRUMENTATION


Page No.

1

2

l l l

i f

ACCOMPANYING THIS REPORT:

Appendices A - KENT ING DIGITAL SURVEY SYSTEM

B - AIRBORNE DIGITAL DATA FORMAT

C - DATA PROCESSING FLOWCHART

Maps - l ea. - Totem VLF Profile map

l ea. - Totem VLF Total Field contour map

All at a scale of 1:20,000 (approximately)



IN THE

PROJECT WOLF AREA. ONTARIO

FOR


1. INTRODUCTION

This rcporl pertoins to the operations on a combined airborne

magnetometer and VLF-electromognetometer survey carried out in the

Project Wolf area of Ontario for Canadian Occidental Petroleum Ltd.

The survey wes flown on July 15. 1981 by Kentirg Earth Sciences Limited

geophysically equipped Canso aircraft (registration C-FJJG) based at

Sudbury, Ontario.

Thirty-four traverses were flown in an east-west direction over

the survey area at a spacing of 1320 feet. A mean terrain clearance

of 150 to 200 feet was maintained throughout the survey. Geophysical

data were acquired from a total of 222.1 line miles.

~Ihe following Kentinc^ personnel were associated v;3th this project:

C. "fwa

B. KcFarlaue

l. Rayner

D. Johnstone

l. MacDonald

R. Hakka

E. J. Wilson

Pi lot/Navigator

Pi lot/Navigator

Aircraft Engineer

Aircraft Engineer Assiscant

Electronic Technician

Data Compiler

Chief Geophysicist (Data Processing)

...2

i i i i l i d i]

i t i l i i i l i i

- 2 -

2. INSTRUMENTATION

The Kenting Digital Survey System (KDSS) was used in the survey

for data acquisition. A technical description and specifications of

this unit appear in Appendix A to this report.

The airborne .magnetometer was a Gulf fluxgate Mark III unit which

measures total field intensity with a resolution of l gamma.

The VLF-EM system employed was the Totem 1A instrument manufactured

by Herz Industries Ltd. and was tuned to transmitter station NAA, Cutler,

Maine, U.S.A.

A Honeywell Radar altimeter provided terrain clearance measurements.

An AS-5 35 continuous strip camera recorded the flight path.

AH data were recorded every half second in digital form by the

KDSS system. The format appears In Appendix B.

Analogue recordings, digital recording and film are flagged with

nunbered fiducial marks every five seconds to enable correlation.

A six channel Brush 260 analogue recording unit recorded the

total field magnetometer and radar terrain clearance data in analogue

form.

The quantities measured, format and scales on this recording are

as follows, with the chart oriented such that fiducial numbers increase

to the left.

- 3 -

Top of Chart

Channel No.

6

5

k

3

2

J

Parameter

Radar terrain clearance

Total field Magnetometer

Scale

O - 300 feet

O - 1000 gammas

increasing to leftfiducials

All quantities increase upwards.

An overlapping dual channel Brush 110 10 inch analogue recorder

recorded the Totem VLF data. With the chart oriented as above the

format is as follows:

Parameter

Top of Chart Fiducials

Totem VLF total field

Totem VLF Quadrature

Scale

increasing to left

Zero 2.5 in from top l" ~ 1 0*

Zero 2.5 in from bottoml" - 10*

...k

A time synchronized magnetic diurnal base station was run during

the survey. The magnetometer was a Geometrics 803 and the data was

logged by a KDSS. Total field magnetic readings were logged digitally

every second and displayed on a 10 in. analogue chart moving at 30 cm/hour

with a full scale of 200 gammas. Time is in each head scan of the

digital recording and marked every 10 minutes on the analogue chart.


The survey data are presented on a uncontrolled airphoto mosaic

base at a scale of approximately 1:2C,000. This mosaic was also used

for visual navigation and flight path recovery.

The Totem VLF is presented two ways: as profiles on flight

lines of Total Field and Quadrature at a scale of l cm - 20? and as

Total Field contours at an interval of 5?.

All digital data were examined and edited for spurious samples

and n. i se.

The Totem VLF data were rescaled, lightly filtered using a low

pass frequency filter (cut-off 0.13, roll-off 0.16 cycles/sample) and

the quadrature on west to east lines inverted to remove the flight

direction effect of the aircraft. The data were then levelled using

a simple statistical technique to estimate the position of the base line

and drafted in profile and contour form. A general flow of processing

is found in Appendix C.

Respectfully submitted,

E. John Wi l son, B.Se. Chief Geophysicist (Data Processing)

Sil

APPENDIX A

•LD

r rrm m i.'li '"l.

The Kenting Digital Survey System (KDSS) is anintegrated data acquisition system developed by Kenting Earth Sciences Limited to meet !he increasingly sophisticated requirements lor digital airborne mineral exploration.

The system replaces discrete instruments with integrated hardware under the control of a mini computer, it replaces the analogue window spectrometer with an improved digital analysis technique and incorporates a proton magnetometer wilh technologically current processing circuitry. In addition, all geophysical instruments which are compatible in a multi parameter survey, together with navigation systems can be reacNy integrated into the KDSS.

The system not only acquires data, operates and monitors all sub-sysiems such as magnetometers, gamma ray spectrome'^rs. E.M. units, radar altimeters. Doppler, but it performs ^amputations in real time while surveying is underway.

The KDSS is a software controlled system, the basic hardware is therefore an extremely flexible recording system. It can be used to collect and record data, as a magnetic tape copying system or as a spectrum analyser. The system's function is limited only by the non-existance of a suitable program.

The KDSS has been designed with the operator in mind. Programs are stored on magnetic tape cassettes. Programs, which determine the system's function can be loaded or changed in a matter of seconds thereby directing the system to assume specific tasks.

Two identical output tape decks are incorporated to enhance data security. Data is recorded on each tape simultaneously.

Data reliability is increased by the use of read after write heads in each recording unit. Each bit of recorded data is checked agaiast the data stored in the computer's buffer for conformance. If any data does not conform the complete data block is rechecked up to six limes for each deck. Each tape deck is completely independent in its operation one from the other. All recording is done serially on one track only. With four tracks available, assuming a sample rate of 1 second, tape capacity is 8 (4 x 2) hours.

The application of mini computer technology has enabled Kenting Earth Sciences to add new dimensions to data collection and processing.

Typical KDSS features which will assure new efficiency levels in airborne data recording:

1) All system commands are inputted through a standard electronic keyboard thus controlling all components.

2) All data is displayed in the aircraft via a Cathode Ray Tube.

3) Exact time is recorded (to 1 second intervals) generated by a stable time base crystal clock.

4) Magnetic tape remaining in cassettes is monitored and a warning is issued as supply becomes critical.

5) A llows operator to type onto tape various vnrbal messages — data pertinent to flight path recovery, topography etc.

6) Information normally written on to the mac !apa includes:

Operator identificationTimeDateCamera interval in secondsFlight time number and directionCamera frame number

KENTING EARTH SCIENCES380 Hunt Club Road. Onawa. Ontario. Canada. KlG 3N3 Telephone (613) 521-1530 Telex-053-4173

KENTING ARNICA RESOURCESERVICES53 Lawson Street.P.O. Box 1658,Lagos, Nigeria. Telephone 25927:27295Africa TeJex: 90521308

KENTIKG li:;. ! .. .SERVICES5636 Burbank Crescent S.E.Calgary, AlbertaCanada. T2H 1Z6Telephone (403) 252 3633Telex 03-822630

l

l

l

l

RENTING DIGITAL SURVEY SYSTEM SPECIFICATIONS

ELECTRICAL REQUIREMENTS

Voltage — 28 VDC Power — 400 WATTS

PHYSICAL DIMENSIONS

19" rack mounting 40kg

PROCESSOR

CPU — Fabritek MP-12 MicroprocessorCore Memory — Random Access, 4K 12 bit words

INTERFACES

All interfacing TTL compatible, a) altimeter averaging over the sample interval, b) heading recording, c) strip and frame cameras.

KEYBOARD

Standard alpha-numeric, typewriter style, key pa'i 64 ASCII characters.

CATHODE RAY TUBE

Cybernex, 32 characters per line 16 lines per page

SPECTROMETER

256 ChannelsMaximum counts — 4,096 per channel

DETECTOR PACKAGE

Manufacturer — The Harshaw Chemical Company, Division of Kewanee Oil Company. 16" x 4" x 4", Na 1 crystals, coupled to 3Vz" tow roise photomultiplier tubes, packaged m groups of four, available in multiples thereof. Single assembly resolution — less than a.5%. Heated package maintained at 35"C * l "C, 24 hours/day. Each P.M. tube is interfaced to an amplifier co-ax driver. This amplifier is incorporated within the driver network cap. Coupled to each co-ax driver is a variable gain amplifier to permit balancing of individual assemblies. All variable gain amplifiers ire connected to a summing amplifier in which pulses are shaped and system gain is adjusted. An input terminal is provided to permit the injection of pulses from a nuclear pulse generator.

SYSTEM RESOLUTION

Bc-ner than ^ 20/a .

Windows may be easily programmed manually by tite operator via the CRT keyboard to any desired setting.

MAGNETOMETER

Recording resolution — 0.1 gamma Reading precision — 0.1 gamma Operation is synchronized to data system.

ELECTROMAGNETIC SYSTEM

Provision is made lor the installation of any requiredE.M. system.Noise level: Dependent on system selected.

ALTIMETER:

Dual Honeywell HG7502AC02 Accuracy -t- 2?e at 400 ft. Resolution 5 ft

PULSE HEIGHT ANALYSIS

Pulses are shaped in a special circuit for best A/D resolution.Pulses are unipolarAnalogue to Digital Converter — Wilkinson Ramp tvpe12 bit BCD.

LINEARITY

Integral — Better than Q.075% over 99*4 of full scaK.

Differential — Less than f/o deviation from mean channel width over 99*Vo of full scale.

POSITIONING EQUIPMENT

Doppler. VLF or any other method of positioning can be incorporated.

ANCILLARY RECORDING CAPABILITY

16 analogue channels, resolution to 1 part in 16.000. 3 accumulator channels 0-999 counts per channel.

CAMERA

Any continuous strip or frame camera. Kenting provides AS-5 strip, PSC Mark VII and Automax II Frame cameras.

CONTROL LOGIC

Computer buffered. Almost any ci-nceivable survey system or combination of systems can be accommodated.

Max Dead Time 12 microseconds

Max. Difference Detween energy increments 0.36 KEV. Total spectrum is available at a connector to facilitate spectrum display on an oscilloscope.Window programming by digital logic.The window positions may be automatically adjustedto a calibration source if desired.

The count from each window is displayed on a CRT screen.

M

l l l l l l l l l l l l I l l l

APPENDIX B - . AIRBORNE DIGITAL DATA FORMAT

Tape* 9 track 800 BPL ASCII code (8 Bit) Job No. 81058

One file per flightpe block types

Data distinguished by first two bytes being

Duifimy binary zeros substituted for missing data distinguished by first two bytes being 000016

Message ASCII character string blocked out with binary zeros, distinguished by first two bytes beinj A6A6.,

Short data blocks at ends of -lines are filled out to 774 bytes with binary zeros.

File structureFile header first block 'Job No., Tape No., File No., Flight No.Snd of file - a file mark

Data Block Organization (general)

3lock Header Char 1-18Char 1-6 s BLK No. (reset for every line)

7-11 = Line No.12 = Line direction

13-18 = Time xx hrs,, xx mins., xx sees.

Data Block Format C-FJJG Record Length 774

ta Format 6 scans 21 channels at .5 second scan rate

For each scanCHANNEL NO.

±23456789101112131415161718192021

LOCATION 1-6 7-12

13-18 19-24 25-30

37-^243-4C49-5455-6061-6667-7273-7879-8485-9091-9697-102

103-108109-114115-120121-126

CONTENTS Fiducial not used Magnetometer

CHANNEL TYPE Digital

not used Analog O

Altimeter Total Field Quadrature not used

8Totem VLFS Totem VLF10

11

COMMENT .5 second not usedl "arnma

25% 25%

1/1OFt.

cst character in analogue channel indicates sign, followed BY 5

Characters of amplitude

If.;?'^;-, •! •k.-x..

FLDUJ CHflRT

D.ftll*l-Jo*i* *NOui~i*nlo* *M*OXO( 0*1*

**DKW[TMC

•*CldKXMO , ITkFWPO •MO

*LTITUM CCXKCCIUX

•tcovtn R*OIOU( Tme MI*

APPENDtXKilDCCt limit!

- ^ ^ Calculation of Pro Rata Share "" ' '' .- ' " ____of Costs of Survey_____

* * - '

Line mileage costs are estimated to be S55 per mile. Tbtal cost of survey and maps $25,000.

2. Pro Rata Share is based upon this formula:

No. of Participants' Claims x 525,000 Total No. of Claims held by the participants*CanadianOxy

3. The total cost of the survey is allocated as follows:

Approximate Participant No^ of Claims

Pro Rata % Share Pro Rata Share of Line Mileage of Estimated (based on Claims) Cos^js____

1) Ateba 1362) Lynx Canada 803) Dejour 504) Corner Bay 505) Cons. Professor 31

^sxr*—.*l ) Flag' Oi 1***^""""""^

17.2810.1656.3536.3533.94

50.32

4,320 2,541 1,588 1,588

985 m®

12,580

787 100.000 25,000

INVOICE

. - . ,. -^Canadian OocxLdental Petroleun Limitel

Suite 3n 215 Carlingview DdLveBEXEALE, N9W 1X3

: Mrs. M. L. Halladay J

Remit to: , - . -;i

KENTING EARTH SCIENCES LIMITED

380HUN1 CLUB RD. OTTAWA, ONTARIO K1G 3N3 CANADA

:USTOMER ORDER NO. 8. DATE KESJOBNO. PACKING SLIP NO. FST ORST

81058 * 9*incl. N/A ADGQST, 1981

FINAL INVOICE

HER Airborne Geophysical Survey in Sudbury

Ibtal cost Less previous payment Amount due

1 ' i - '

$ 25, 000 12,500

112,500

00 .00.00

REFER TO I NVOICE NO. WHEN RtM|7TING

INVOICE NO

0,0 K, W 4 ECUST. NO DATE

DA MO YR

2,7iOi8i8il14 21 22 27 28 33

INTEREST IS CHARGED ON OVERDUE ACCOUNTS AT 2* PER MONTH 124S PER ANNUM)

TERMS: NET 30 DAY

INVOICE

^Canadian Occidental Petroleun Limited' Suite 311215 Carlingview Drive HSXDME, Cttt. N9W 1X8

WlENTICN: Mrs. MJi. Halladay -^

Remit to: - *.

RENTING EARTH SCIENCES LIMITED

380 HUNT CLUB RD. OTTAWA, ONTARIO K1G 3N3 CANADA

CUCTOMth ORDER NO. Ci DATE KES JOB NO,

81058

PACKING SLIP NO. FST

included

ORST

N/A JCNE, 1981

'RE; AUEOENB CTPPHYSIQVL SDFWCT SUTSURSf

?12,500.00

REHER TO INVOICE NO. WHEN REMITTING

INVOICE NO.

IO.O.K. W?3 lcusr NO DATC

DA MO YR

112,0,6,8,114 21 22 27 28 33

INTEREST IS CHARGED ON OVERDUE ACCOUNTS AT 2". PER MONTH ( 24*, PCh ANNUM)

TERMS: NET 30 O

93 -

eei6 MACKELCANS\

900 y

The Mining Act

Instruction*: - Pt:*M type or prim.If number o f mining ellirm t raversed exceeds t pace on t his form, attach t list. Only dayf c rediti calculated i n the "Expenditure*" lection may be entered in t h* "Expend, Oayi Cr." columrw. Do not uie shaded areai below.

U ,-- s^^ Note:' /-J _ '.3

, Lf.g 5* OType Of Survoy(i) Township or A r

Pe.Arftie.u

___—Out of Survey (from Si to) Total Miles of lint Cuturvey company

—MÔ:HaioaName and AcH*eti of Author (of Oeo-Technleal report)

C.N.Credits Requested perâch Claimlri Columns at rightSpecial Provisions

For fint lurvey:Enter 40 days. (This include* line cutting)

For each additional jurvey: using the tame grid:

Enter 20 day* (for each)

Man Day*

Complete reverse tide ond enter total(s) here

Airborne Credits

Note: Special provisions credits do not apply to rtbBiûEvJ.^

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochomieal

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Gcochcmicat

Electromagnetic

JW*fie?îeterr. wRadiometric

Diyt par Claim

Day* per Claim

—— - ———

Days per Claim

JO..

JO.

Mining Claims Traversed (List in numerical sequence)

ExpendituresType of Work Performed

SEC i ION

Calculation ol Expenditure Oayi Crediti

Total Expenditure!Total

Days Crediti

15 =Instructioni

Total Days Credili may be apportioned at the claim holder'! choice. Enter number o* dayi crediti per claim selected in columns at right.

Mining ClaimPrefix

-S.

Number

J.O. 5113-1BLLQ

.51333^l

5333-3^

533335513436

5133-41 5Bl38 55.3-433

5T-3HHZ

Expend. Days Cr.

ZG

ZOZO

ZOZO 20ZO

20,. 20.2CL 202.0.lo.ZOZ O.ZCLZOlo

Mining ClaimPrefix Number

533231i5l335i513-335- 15333-lb i51B-31 jSHifift6133.825133-83133-65

5123.815133.88

511331

Expend. Days Cr.

20ZOZO2O-

.20.

.20.ZO-

zaZO Z(l

ZO'

Total number of mining claims covered by thii

of work.

Certification Verifying Rel hereby certify that l have a px-rjonal and intimate knowledge of the fact! set Wth in the Report of Work annexed hereto, having performed the work or witnested same during and/oi alter iis completion and the annexed report u true.

Nama and Postal Address of

D f\

Canadian Occidental Petroleum Ltd.

February 17, 1982

Mr. E. J. WilsonRENTING EARTH SCIENCES LTD.P.O. Box 8250Terminal P.O.Ottawa, OntarioK1G 3H7

Dear Mr. Wilson:

Re; Airborne EM and MAG-Claims S573342 et al.

I enclose maps and a covering letter from the Ontario assessment office. —^^.""" ——

•v*^ ••'i'Mi'ji t As they request, please sign these airborne

maps and forward directly to Mr. E. F. "Anderson quoting their file #2.4553.

Thank you.

Yours truly,

R.J. Evans Administration Manager

RJE:ssm enclosure

Minerals Ovwon — 1BO Atcwe* Drive. J416lB"7S-e3ia Tetex 06-983^93

Ftoor, . CDncario M9W 6A9

Ministry ofNaturalResources

Ontario

GeotechnicalReportApproval

File

J

Mining Lands Comments

o

Comment!

Wijh to *** again with corrcctioni

DTo: Geology - Expenditures

Comm*nti

f) Approved Q] With to M* again with correctionsSignaturt

DTo: Geochemistry

Comment!

Approved Wuh to tee aj*ln with correctlontSignature

[ [TO: Mining Lands Section, Room 6462, Whitney Block. (Tel: 5-1380)

1893(8100)

Canadian Occidental Petroleum Ltd.

RECHVED

FFB1 91982

MttttNG LANDS

February 18, 1.182

Fred Mathews Supervisor Mining Lands Room 6450, whitney Block 99 Wellesley St. W. Toronto, Ontario M7A 1W3

Dear Mr. Mathews:

Please find enclosed government forms, receipts and

two copies of the Airborne Geophysical Survey in the Wolf Lake

project area. Please apply the credits to our 44 claims in

Mackelcan and Alymer townships.

Yours respectfully,


T. L. Warner Geologist

TLW:mlf

Enclosure

Mnarato Division — 18O A^Cwe'l Drive. i.416| 675-231S Telex O6-SBS^S3

Floor-, Rexdale. Onter.o M9W BAQ

Ontario

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

File.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORT ••FACTS SHOWKHERETIfiJD'NQErBE REPEATED IN REPORT

REyORjfcM^t.CONTAlN WTPRPRETATION. CONCLUSIONS ETC.

J

J

Type of Survey(s)

Township or Area

Claim Holdcr(s)

VL P M

f^t. Kg.\ C.CUT\^

PeArei i

Survey Company kervi

Author of Report E .

i-Aa

Address of Author KeK\Wv\ E^r\WC\wb

Covering Dates of Survey.

Total Miles of Line Cut —(tinecuttin( to officr)

SPECIAL PROVISIONS CREDITS REQUESTED

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

ENTER 20 days for each additional survey using s.ime grid.

Geophysical

-Electromagnctic.

-Magnetometer——

-Radiometric——

-Other—————

DAYS per claim

Geological.

Geochemical.

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

LQ——Electromagnetic ' O Radiometric ———.(enter dayi per claim)

fefc

.Qualifications.

Previous Surveys , JFile No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

(prefix) (number)

TOTAL CLAIMS.

;--;t' .

SELF POTENTIAL

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

Corrections made.

RADIOMETRIC

Instrument^-™.Values measured.Energy windows (levels)———^-————-———-^————^-———^———-— —~— Height of instrument-———.——-————————-——————-——.Background Count.Size of detector————————————-^^——————.——.—-————————.-———

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

OJQjKKS (SLISM1C. DRILL WELL LOGGING KTC.)

Type of survey______________________________ ____Instrument ———-———————^—^—^————————-———————^—Accuracy^-..—^—^——-—.^.^--———————^———-——^--——Parameters measured.

Additional information (for understanding results).

AIRBORNE S

Type of *iirv..y(c) Alrkfspne VLF-E/AInstrumcnt(s) lOlC^ l A - V L F ' g^\ ——^aUK SluyU^g——KwK W

(ipecify for caen type of survey)^ i f^f f* f* l th l *

Arnimry lft1g.rCV [A " ' ^ C^ o V\ S Wv ^oAfr /\3JJ(Liif———~——L(specify for each type of survey)

^^ t \ * ^^ T*

Aircraft used—————S^QT^^T^——————L refti^TPflLl'oO—————i..—*—LiSensor altitudeNavigation and flight path recovery method. AS-B.

Aircraft altitude____l *^^ " 2.Qt)———-KTCI———————Line Spacing——"'" ' ^^ ^) ^^ i * lMiles flown over total an-a f-Z. f- . t——f^V^fgS———————Over claims only.

19S2 02 23 2.4553

Mining RecorderMinlatry of Katoral leeoure*199 Larch StraatSudbury, Ontario P3B 5P9

Daar Sir:

Wa hava received raporta and mapa for an Airborna Ceophyaical (Electrovagnetic and Magnetometer) Survey on aining claiaa 8 573342 at al in tha Tovnahlpa of Mackelcan and Aylaer.

Thia material will ba ocaaincd and eased and a statement of aaaaaavant work cradita will ba l*sued.

Tour* very truly,

E.F. AndereonDirectorLand Management Branch

Whitney Block, lac* 6450Queen'a ParkToronto, OntarioM7A 1W3Phone: 416/965-1316

J. Skura/anc

cc: Canadian Occidental Petroleum Ltd. Rvcdaie, Ontario

cc: Kenting Earth ScienceSLtd. Ottawa, Ontario Attn: E.J. Wilson

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1983 01 07 2.4553

Canadian Occidental Petroleum Limited 180 Attwe-11 Drive 4th Floor Rexdale, Ontario M9W 6A9

Dear Sirs:

Enclosed are airborne magnetuaeter and electromagnetic survey naps covering 44 Mining claims Nos.l|a73342 et al In the Townships of Mackelcan and Aylmer. Please have Mr. E.J. Wilson date and sign these maps and return then to this office.

Yours very truly,

E.F. AndersonDirectorLand Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: 416/965-1380

F.W. Matthews:se

Ends:

cc: Mining Recorder Sudbury, Ontario

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y -'-! l i - Ontario · by Herz Industries Ltd. and was tuned to transmitter station NAA, Cutler,...

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