11 K iesEean eei se 1 GAUDETTE 010

REPORT ON RADIOMETRIC SURVEY,

GAUDETTE TOWNSHIP PROPERTY

SAULT STE.MARIE MINING DIV., ONT.

FOR

DENGAS EXPLORATIONS 6- HOLDINGS LTD,

October 15, 1975.

. *tf"'!v- '"r '*.--

Report on

Radiometric Survey

Gaudette Township Property

Sault Ste. Marie Mining Division, Ontario

for

Dongas Explorations 6- Holdings Limited

SUMMARY

The Company holds six mining claims in

Gaudette Township, three-quarters of a mile east

of the Artlstan molybdenum property. This property

produced molybdenum during World War II. Recent*

magnetometer and geological surveys covered the Dengas

property. No showings or workings were located.

Radiometric surveys were carried out in order to

determine If the granite of the claim group contains

uranium. The results of this survey were negative.

It la recommended that the claims should be

held and developments watched on the adjoining Artlstan

property.

Report on

Radloraetrlo Survey

Gaudette Township Property

Sault Ste.Marie Mining Division,Ontario

for

Donga* Explorations S- Holdings Limited

I. INTRODUCTION

Dengas holds a group of six mining claims

adjoining the Artlatan Property near Searchmont, Ontario.

Magnetometer and geological surveys were carried out over

the property. Under wartime conditions, J*0 tons of

molybdenum ore was produced. Uranium was also noted

In the area. A radiometric survey was carried out over

the claim group to assess the uranium potential.

II. PROPERTY. LOCATION AND ACCESS

The property conslts of six contiguous un-

patented mining claims situated In the southeast quarter

of Gaudette Township numbered as follows i

SSM 282926 -31 Inclusive (six claims) 40 acres each240 acres (approx.)

The Whitman Dam Road Is an all-weather

gravel road running from Searchmont on the Algoma

S SM-1

Central Railway northeastward across the corner of the

property to Whitman Dam on the Goulals River. A bush

road forma the east boundary of the property. A

single outcrop area takes the form of a 150 foot hill.

III. GENERAL GEOLOGY

The area la mapped undlfferentlated granitic

and syenetlc rocks. No mineral has been recorded on

this property. A mile east on the property of Artlstan

Mining and Milling a small but Impressive molybdenum

occur rance la known.

IV. ECONOMIC GEOLOGY

Within the gneisses a four foot wide quart*

vein, conformable with the flat lying gneisses, occurs

on the Artlstan property. The greater part of the

pyrite, chalcopyrite and molybdenum mineralization occurs

In the gneissic material between the quart* string*-'H that

make up the quartz vein. Molybdenum showings occur

over a two mile radius from the Artistan property. The

Dengas property Is separated from the Artlstan properties

by about three-quarters of a mile of overburdened ground.

No mineral occurrances were located on the Dengas pro

perty.

afW^ ::

V. RECENT WORK^ MMMWMM^^^MVM^nMMNMMM^BHMM t

During July 1975 a radiometric , spectrometer

s'urvey^waa carried out over the property.

Discussion of Results

The apeotrometer survey was carried out with

a McPhar T.V.II. A description of the Instrument Is

settingIn the appendix. The background value of

was 7 x 10 or 70 counts per minute over the outcrop

area and 3 to 8 x 10 {or 30-60) counts per minute

over the overburden areas. There are no anomalous

uranium-thorium or thorium readings on the survey.

The geological survey revealed that the out

crops on the property are restricted to the hill area

centred on claims 282930 and -31. This hill Is mainly

hornblende granite gneiss. A diabase dyke was mapped

corresponding to a magnetic anomaly striking northwest

across claim 282930.

VI. CONCLUSIONS AND RECOMMENDATIONS

The spectrometer survey does not reveal any

anomalous uranium-thorium or thorium conditions.

It Is recommended that no further work be

carried out on the property. If during the coming

•--

year there are encouraging developments on the Artlstan

property to the west, the property could be further

explored.

Respectfully submitted,

October 15, 1975.Tom Gledhill, B.A.,P.Eng.

Q

.^B^&'X sll&.'.-v -'APPENDIX

GENERAL DESCRIPTION AND APPLICATIONS

The gamma ray detecting principle Iles In the

sodium Iodide crystal. Gamma rays entering the crystal,

Interact with the crystal atoms, resulting In free electrons

and light emission. The optically coupled photomultipller

converts the light emission to electrical pulses. The

magnitudes of the electrical pluses bear a relationship to

the energy levels the Intercepted gamma rays.

Various radioactive elements have characteristic

pamma energy speotruma. The nature of the spectrum

for a given element can be used to advantage in identifying

it In the presence of other radioactive elements.

Thorium emits gamma rays with energy levels

exceeding 2.5 Mev. The highest energy radiation from

potassium Is about 1.6 Mev. The three vertical lines

marked Tlt Tg, and T^ show the location of the threshold

settings of the TV-1 scintillometer after the instrument

has been calibrated. Threshold T- at 2.5 Mev. allowsj a

only those electrical pulses to be registered whose amplitudes

correspond to gamma rays with energy levels above 2.5 Mev.

T 2 similarly responds to gair.ma energy levels above 1.6 Mev.

When both thorium and urarJum are present during a measure

ment, then the reading at T g contains counts resulting from

both elements whereas T~ contains counts from thorium

#v

It Is possible then, to subtract the count due

to thorium In the T. reading, leaving the count from

uranium only. The count representing thorium in the T2

reading is a fixed multiple of the T- reading. In the

TV-1 scintillometer, this multiple is 3.5. That is, the

count in T2 due to uranium Is T2-3*5 T-. A thorium

calibrating source and calibration procedure, provided with

the Instrument, ensures that this Is always the case.

Once the count in Tp has been resolved into

net cout for uranium, it is possible to arrive at a

. quantitative estimate of the material grade.

41 K t esEaa11 aei ac 1 GAUDETTE 300

Ontario

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

'(l* C*'File

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

TECHNICAL REPORT MUST CONTAIN INTERPRETATION. CONCLUSIONS ETC.

fECEIVED

)CT 2 01975

Type of Survcy(s) /\X; fd^ /Jc/^wLg. ~T^g*^rf^ft^7-

Township or Area.

Chirr Holdcr(s).

Survey Company.

Author of Report

Address of Author -*-

Covering Dates of Survey.

Total Miles of Line Cut

PROJECTS

(IJntculling to o(ficr)

SPECIAL PROVISIONS CREDITS REQUESTED

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

ENTKR 20 days for each addition,)! survey using same grid.

Geophysical

-Elcctror.i;u;nciic.

-Magnetometer

OAVSprr claim

Picorhrmiriil

AIRBORNE CREDI FS (Speiiil pruviiion '7tdiu do not apply to airborne uirvryi)

Magnetometer.

DATE:

Res. Gfo!..__ .^.

Prcvio 11 sjiurvr y s File No. Type

XT ' //) P~ f.-___Qu.ilificaiions- ^^ ' ' i 0 . ~* ....--

Date Claim Holder

,

JH3T"

MINING CLAIMS TRAVERSED List numerically

(prefii (number)

a.

L CLAIMS.

- GEOPHYSICAL TECHNICAL DATA

SUUVl'.VS If inure dun one survry. specify data ft , r each type of survey

Number of Stations.

Station interval.

Profile scale.

Contour interval.

Instrument

Accuracy — Scale constant

Diurnal correction method

Base Station check-in interval (hours).

Base Si.iliiin location and value ____

Numbcr of Readings Line spacing

l nst ruin'.-n t

•^! Coil coni 'iijurat ion — ——.— __ - . __________ __________ ————-———————'-l^i' Coil separation _ __ . ..-.. . _ ^ _ __ _ . ________ _ __ __ —-—^————-

^i Method: '-J Fixed transmit lcr iJD Shoot bark Q In line•^i•~^i i-~, rretiuency _ - -.- - _ — _ __ - __ . __ — _ .. __ ..—.— __ ..... . . _ —^-^^————•^1 ' (iprufy V.I. .K iuii.,n)

Parameters measured _ .., ,. -.... — .... ____ __ ______ ... __ __ -———---^—.—.

Instrument __ .... __ — _ — ____ - .. __ . — .--. ______ .... _____ ——^^—^——

Scale constant ^......- . .-.^. ...- ———— ...,... _ ,- ___ .. _ — __ . _ . _ ,. .—^—^^-^—-

Correct lo! i N made . , . . -. ^ . -. _ . ___ . , ^ ^. -—.. _ ___ __________ __

Hast- Nt.ilion \aliu

K!e\at:"ii an nrai \ . . ............ ..,..-.. . . . . .. ,. . ^, ____ ___ ————

il .. ... ,. - . - .. ---. .., .. .. ...... . — — — . — ..-. -.— . . -. --—-..^ ————————— — —

.\lij]ijld L" 1'inie Domain L. .j Krei|uency Domain

P.irameters On time _ .. -,. ... .— .. .- _ -— ___ _ -. ... __ .-.. _ Frequency ————'-^\ O lf tiine _ — _ . - ,H".'i Delav time - _ . ____—l••s\ l t;tt\i;ration limi.' . _

d Parallel line

Klectrode air.iv

Klectrode spacing ___—_____._———.-.———....——-

Type of electrode ._________________________

gfSrs'v..'-* ••.-.. v./'"-- Ih'&vr, -t" L-' - -,-

SELF POTENTIAL

Instrument

Snrvry Mrthfid

fYirrrrtiont made

Range

RADIOMETRIC:Instrument ^—— TU-/Values measured __ ' *~ " l'

Energy windows (levels)

Height of instrument —

Size of detector____/ t~*

Overburden_____t- ^? It

.^-

' X ' fe J T/.Bjtkf-rouncl Count

(type, d epth — includeoutcrop map)

OTMLRS (StlSMIC, DRIL'. WELL LOtiCl.N'G ETC.)

Type of survey——————————————______________________.

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

Accuracy—————————————————————-.—-——— ____________

Parameters measured.

Additional information (fur understanding results).

Type of survcy(s) __ —-

(spciify for each t ype o f survey)

AccuraC\'(specify fo: each t ype of jurve.)

Aircraft used.

Sensor altitude.

Navigation ,ui(! flight path recovery method.

Aircraft altitude.

Miles flown over total area.

.Line Spacing——

.Over claims only.

ASSESSMENT WORK BREAKDOWN SSM~1657

Ci- 1. Type of Survey ,.ifex'l 2. Township or Area

3. Numbers of Mining Claims Traversed by Survey .....j^

............?.?.^..T:..?!:^^

Flown4. Number of Miles of Line Cut

*5. Number of Stations Established

*6. Make and type of Instrument Used

*7. Scale Constant or Sensitivity ,. S**** *~ - / ^ /~"""-"-"'—'- '"~~*8. Frequency Used and Power Output

9. Summary of Assessment Credits (details on reverse side)

Total 8 hour Technical Days (Include Consultants, Draughting etc.)

Total 8 hour Line-Cutting Days

Calculation

x 7Technical Line-cutting Number

of claimsAssessment credits

per claim

The dates listed on this fora. regr.enent working time spent entirely within the llmlttof the ab^ve listed claims QjCheckIf othervi.se, please explain _.______,,__.........

Dated:

Note:

Signed:

(A) * Complete only If applicable.(B) Complete list of names, addresses and dates on reverse side.(C) Submit separate breakdown for each type of survey.(D) Submit In duplicate.

ASSESSMENT WORK BREAKDOWN

1. FIELD WORK

Type of Work Name 6 Address Dates WorkedNumber of 8 hour days

2. CONSULTANTS

Name f, Address Dates Worked (specify In field or office)Number of 8 hour davs

3. DRAUGHTSMAN. TYPING. OTHERS ( specify)

Name i Address Type o f Work Daces WorkedNumber o f 8 hour days

b U l

TOTAL 8 HOUR TECHNICAL DAYS

k. L INE-CUTTINGl

Name Address Dates Worked

TOTAL 8 HOUR LINE-CUTTING DAYS

\

........JX^ ^

L Jdumber of B hour davs

i

i

... ....j

j

'p. M. 1479 l

IIQ

(X)Mf

339;AE

ro

Q.

H

"O

O)

CO

Laverendrye Twp, M. I479

•5M

f SSM. SSM \ SSM '--vJl '

64709 fl 64707 \ 647O8

393890 1 395B69

Hodgins Twp. M. 1275

O)(D sfr

Q.

c oEisD Q

A

41K16SE0011 0012C1 GAUDETTE 300

THE TOWNSHIP OF

GAUDEDISTRICT OF

ALGOMA

SAULT STE. MARIE MINING DIVISION

SCALE: 1 -INCH-4O CHAINS

LEGEND

PATENTED LAND

CROWN LAND SALE

LEASESLOCATED LANDLICENSE OF OCCUPATION

MINING RIGHTS ONLY

SURFACE R IGHTS ONLYROADSIMPROVED ROADSKING'S HIGHWAYS

RAILWAYSPOWER LINES

MARSH OR MUSKEG

MINESCANCELLED

C.S.

LOG-L.O.

MRO

S.R.O.

NOTES400 surface rights reservation along the shores of all lakes and rivers.

Lots 2 8, 60,66, as s hown on r eg. p lan M. 121

not open for s ta king

Lots 1-73 Form R egistered D lon M- 121

Area* withdrawn from stoking under Section 43 of the Mining Act (R.S.0.1970).

order NaFile Dote DispositionW 21 188554 26/4/74 S.R. ft M R.

- MINING LANDS -

DATE OF ISSUE

OCT231975

MINISTRY OF NATURAL RESOURCES

PLAN NO. M. 126ONTARIO

MINISTRY OF NATURAL RESOURCESSURVEYS AND MAPPING BRANCH

N

LEGEND

Instrument McPhar Model TV-l

T l x 100 scale --.^ T2x 10 scale-^,^- T3x lOscale---. **Ui

"O

ION

8N

6N

4N

2N

00

2SCM

282928^^ rrj** N;5 5

CO*din^^

* 1li t- N

^.

^ f** |C\S N Vj*

Mi !f 2829^ __________ , __________ L, ,

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VB N* ^05: x-

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rft

co cvi ro\s \s vi!5 Jo ^

M i^K ^tf ii ———— . ——

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——————— i ——————

10 ^*o" ^* '

—— ' ————

i K•^ vT' ——— ' ——

N '*t

od K"

iS 5— - ——— - — 4S

6S

8S

DENGAS EXPLORATIONS 8 HOLDINGS LTD.

RADIOMETRIC SURVEYGAUDETTE TWR, PROPERTY, ALGOMA DISTRICT, ONTARIO

O 200 400 600

Scale of feet