OEI OBI OEIQSIQ - geologyontario.mndmf.gov.on.ca€¦ · 3.1 GENERALIT!ES ... new conductors. It is...

Quantec Geoscience Inc. P.O. Box 580, 101 King Street Porcupine, ON PON 1CO Phone (705) 235-2166 Fax (705) 235-2255

Quantec Geoscience Inc.

Geophysical Survey Interpretation Report

Regarding the FIXED LOOP TRANSIENT ELECTROMAGNETIC SURFACE PROFILING SURVEY, over the Patented Claim Group and Northern Claims in Keefer Two, ON, on behaK of DENTON RESOURCES LTD.,Toronto, ON

OEI OBI OEIQSIQD Eastcott

S.T. CoutsonD. Lapointe

C.J. PloegerMarch, 2002

Project QG-227

42A05SW2003 2.26364 KEEFER 010

QUANTEC GEOSCIENCE INC DENTON RESOURCES LTD Geophysical Surveys Patented Group S Northern Claims

1. INTRODUCTION..........................................................................................................................................^

2. GENERAL SURVEY DETAILS..................................................................................................................... 4

2.1 LOCATION...............................................................................................................................^2.2 ACCESS...................................................................................................................... .............52.3 SURVEY GRID ..........................................................................................................................5

3. SURVEY WORK UNDERTAKEN................................................................................................................. 6

3.1 GENERALIT!ES..........................................................................................................................63.2 PERSONNEL........................................................................................... ...........................63.3 SURVEY SPECIFICATIONS ..................................................

.................. .

3.4 SURVEY COVERAGE....................................................................................... ̂ ..^....^TV....... 73.5 INSTRUMENTATION.........................................................................................................;....^'..?

V

3.6 PARAMETERS...........................................................................................................................?3.7 MEASUREMENT ACCURACY AND REPEATABILITY........................................................................... 83.8 DATA PRESENTATION......................................................... .......................................................8

4. SURVEY RESULTS.................................................................................................................................... 11

5. CONCLUSIONS AND RECOMMENDATIONS.......................................................................................... 12

APPENDIX A: Statement of QualificationsAPPENDIX B: Theoretical Basis and Survey ProceduresAPPENDIX C: Instrument specificationsAPPENDIX D: Production logAPPENDIX E: List of MapsAPPENDIX F: Plan Maps and Sections

Figure 1: General Location of the Denton Resources Property...........................................................4Figure 2: 4-Axis Surface TEM Profile Format....................................................................................9Figure 3: Lin-Log Surface TEM Profile Format ..................................................................................9

Table l: Surface TEM Survey Coverage............................................................................................?Table II: System Parameters for TEM Survey....................................................................................?Table III: Coil Conventions for TEM Survey.......................................................................................7Table IV: Surface TEM Profile Specifications...................................................................................^Table V: Plan Map Specifications for Surface TEM Survey ...............................................................8Table VI: Surface TEM Survey Anomaly Table................................................................................11

QG-227-March, 2002

QUANTEC GEOSCIENCE INC Geophysical Surveys

DENTON RESOURCES LTD Patented Group S Northern Claims

* QGL Project No:

* Project Name:

* Survey Period:

* Survey Type:

* Client:

* Client Address

* Representatives:

* Objectives:

QG-227

Patented Claim Group

February 4th to 8th , 2002

Fixed Irt-Loop Transient EM Surface

DENTON RESOURCES LTD

23 Thorndiffe Park Drive Toronto, Ontario M4H1H7 Canada

Glen Galata

The objective of the surface TEM survey is to confirm and possibly extend conductor locations from previous geophysical surveys (Maxmin and TEM) as well as delineate new conductors at depth.

* Report Type: Interpretation

QG-227-March, 2002


DENTON RESOURCES LTD Patented Group S Northern Claims

2.1 LOCATION

* Township:

* Province:

* Country:

* Nearest Settlement:

* NTS Map Reference

Keefer

Ontario

Canada

Timmins

42 A/06

ONTARIO

Dentvn]Resources Property

Figure 1: General Location of the Denton Resources Property.

QG-227 -March. 2002


DENTON RESOURCES LTD Patented Group 8, Northern Claims

2.2 ACCESS

* Base of Operations:

o Mode of Access:

2.3 SURVEY GRID

* Coordinate Reference System:

* Established:

* Baseline Direction:

* Line Separation:

o Station Interval:

* Method of Chaining:

* Claims Covered:

Timmins, ON.

Via road and trails with skidoo.

Local exploration grids.

Prior to survey execution

NO

200-400 feet

100 feet

Imperial, slope distance

P-26781, P-25079, 947872, 947888

QG-227-March, 2002

QUANTEC GEOSCIENCE INC. Geophysical Surveys

DENTON RESOURCES LTD Patented Group 8. Northern Claims

3.1 GENERALITIES

* Survey Dates:

* Survey Period:

* Survey Days (read time):

* Survey Coverage:

3.2 PERSONNEL

* Project Supervisor:

* Project Manager:

* Technicians:

3.3 SURVEY SPECIFICATIONS

* Configuration:

* Output Power Stage:

* Dimension:

* Surveyed Area:

* Loop Size and Location:

* Line Interval:

* Sampling Interval:

Feb. 4th to 8th , 2002

4.5 days

2 days

9900 feet

Sherwood Coulson, Porcupine, ON

Kevin MacKenzie, Sydney, NS

Jason Ploeger, B.Se., Larder Lake, ON Richard Chasse, Kirkland Lake, ON

In-loop profiling

Low Power (2.8 kW)

3 Component (X,Y and Z)

6 fines (Table l)

2000x2200ft. L800N-5000N ; 0-2000W.4000-6000E

200-400 feet

100 f eel

QG-227- March, 2002


DENTON RESOURCES LTD Patented Group & Northern Claims

3.4 SURVEY COVERAGE

GRID

Patent/North GroupClaims

LINES

12+00 N16+00 N20+00 N44+00 N46+00 N48+00 N

WESTERN EXTENT1900 W1900 W1900 W4400 E4400 E4400 E

EASTERN EXTENT

100 W100 W100 W5900 E5900 E5900 ETotal

TOTAL (ft)

1800180018001500150015009900

Table l: Surface TEM Survey Coverage

3.5 INSTRUMENTATION

* Receiver:

* Transmitter:

* Power Supply:

3.6 PARAMETERS

Geonics Digital Protem, 3D-3 coil (200 m effective area)

Geonics EM-37(2.8 kW output)

Geonics EM-37

Pulse repetition frequency:

Gain:

Integration number:

Approximate Loop Sizes:

Current:

Turn-off time:

Gate positions

Synchronization mode:

30Hz

1-5

15sec

2000x2000 feet

1 4.5 Amps (see Appendix F)

360 us (see Appendix F)

80-61 36us (see Appendix C)

Crystal

Table II: System Parameters for TEM Survey

* Coil Conventions: (see Appendix C)

COMPONENT

Z

X

Y

COIL ORIENTATION

Positive Up

Positive east

Positive north

Table HI: Coil Conventions for TEM Survey

Measured Parameters:

Data Reduction 1 :

dB/ctt,

nanoVolts/Ampere-metre

1 Equivalent to Crone units of nanoTesla/second normalized to a unit current.

QG-227-March, 2002


DENTON RESOURCES LTD Patented Group 8^ Northern Claims

3.7 MEASUREMENT ACCURACY AND REPEATABILITY

* Number of Repeats per Station: 0-1

* Number of Repeats per Day:

* Number of Repeats per Grid:

* Average Repeatability:

* Worst Repeatability:

3.8 DATA PRESENTATION

0-12

12

"fo in eariy channels

in early channels

Profiles: X,Y,Z components, and Total EM Field @ 1:4800 with variable vertical (profile) scales to best display data.

Profile Format j 4-Axis# of Profiles:Horizontal Map Scale:

Vertical Profile Scales:

Components Profiled:

241:4800 (imperial)Varies to best display data for each (see profiles in Appendix F)

component

3D survey: Total Field'', X, Y and Z

Table IV: Surface TEM Profile Specifications

Plan Maps:

Plan Map Types:

Channel Contoured:# of TEM Plan Maps:Map Scale:Grid Cell Size:Gridding Method:Contouring Method:Contour Interval:

Posted/Contoured TEM TF Component; Interpreta tion1521:4800 (imperial)5 FeetRandomLinearnanoVolVA*m2

Table V: Plan Mao Specifications for Surface TEM Survey

2 TF = SQRT { (dBx/dt)2 + (dBy/dt)2 using Quantec Geoparse

QG-227- March, 2002


DENTON RESOURCES LTD. Patented Group S Northern Claims

20.4

Line 46+OON - Tola] Field

Scale 1:4800250 B 250 500

DENTON RECOURSES LTD>Patented Claim Group

Keefer Twp. On

IXED LOOP PROFILING SURVEY

Secondary Eiedromoqnelic Field (dB/dt)

VamniHei Firquenty 5) htz J5CK duty cycle}

7n toe* Ste 2000 K 2000ftT. UK? locdkn LSN V 20W-, iSONfSa*) O 60E(CE)

^ E^M PHtem

* Gfctncs 3D Crf (V200m-2) T, - Cmf^cB E**-17 (2.8 ktt)

Surged A Processed by. QUANTKC CEQSCIgHCE INC.

Figure 2:4-Axis Surface TEM Profile Format

U-0 O^ OS ^

.-.5 r-j l

Une 46400 N - Total Field

Scole 1:4800

DENTON RLSOURSES LTD>Potented Claim Group

Keefer Twp . On

LPTEM FIXED-LOOP PROFILING SURVEY

Secondary Oedramognefc Hefcf (dB/dt)

i TrarerrMn Fiaqu-ncy 30 Hz (50X cUy cyd?)

Ti Loop See 2000x7000 InlUnp Locotox L9" O TOW. L5CW(J8N) 9 GOE(OI)

Mr- pca*ve jp Hx - fx*d"*e etnt

My - poHbw ncrth

FdD. B. JG02

Ri ^ tt9ioJ Ptotem (3(20 Qometa)A GMncs JO Cut (3H20anr?)

____It ~ Gronci EM-37 f7 8 tt*)

QUAHTEC CONSULTING /JVC.DKC W TC-227-srLL-Tr-46-'00 N

Figure 3: Lin-Log Surface TEM Profile Format

QG-227-March, 2002

QUANTEC GEOSCIENCE INC. DENTON RESOURCES LTD. Geophysical Surveys Patented Group S Northern Claims

Digital Data: Daily raw files and processed data (Geosoft .XYZ format) on CD

iL raw data dump files, according to acquisition date (DDMMYY.RAW ie. 210299.raw) Geonics Digital Protem format (refer to Protem manual)

b), reduced XYZ ASCII data files, according to line number and component (i.e. I1900ek.xyz where, kzcomponent - Z, X, Y or T for Total Field).

Column 1: N-S Line/E-W Station numberColumn 2: E-W Station/N-S Line numberColumn 3: Primary pulse (millivolts)Column 4: Channel 1 secondary rate of decay of TEM field (nanoVolt/ampere* 2)Column 5: Channel 2

U Column 23: Channel 20 secondary rate of decay of TEM field (nanoVolt/ampere'm2)

QG-227-March, 2002 10



The Surface TEM survey over the Patented Group and Northern Claims utilized a large fixed, in- loop style of survey to provide optimum coupling and energy transfer to the variably dipping geology. The objective of the survey was to confirm the existence, location, attitude and northern extension of the previous off-loop TEM conductors delineated in a survey in the fall of 2001. The TEM survey success fully confirmed conductors A and B and delineated two (2) new conductors. It is to be noted that the sur vey covers lines from two (2) independently referenced grids. Line 4400N at 6000E is 400 ft north of line 2000N at OW. Line by line interpretation is outlined in the table below and on the accompanying Interpre tation Plan Map.

Conductor A strikes north-south from lines 1600N to 2000N at 800W on the Patented Claim Group and extends to line 4800N at 5100E on the Northern Claims. The character of the response from the in-loop survey confirms a strong, steep eas;t dipping (750) conductor. This 20-channel conductor is best defined on line 4400N at 5150E where depth to the top is estimated at 200ft and on line 4600N at 5100E where depth to the top is estimated at less than 30ft (sub-cropping?). A broader, deeper response similar to that on 4400N still exists on 4600N, however, it is strongly shadowed by the near surface fea ture. Conductor A terminates south of 1600N but is still present on line 4800N, however, it appears to be decreasing in strength suggesting the conductor may terminate slightly north of 4800N.

Conductor B is traced from line 1200N to 1600N at 1400W. It is best defined as a moderate strength conductor with a small to moderate surface area, an estimated depth to the top of less than 100 ft. and a moderate to shallow (30Q to 450) east dip. The in-loop survey confirms the results of the original off-loop survey but was unsuccessful in extending the conductor any further to the north.

Conductor C is observed on Line 4800N at 5300E. It is a well defined, moderate to strong con ductor with a steep east dip and estimated depth to top of 50ft. There is a strong influence from Conduc tor A to the west and may actually be related to it. Conductor C remains open to the north.

Conductor D is a weak north-south striking conductor observed from line 2000N at 400W to line 4600N at 5600E. Although strongly influenced by Conductor A to the west, this weak conductor is well defined in 10 channels and may reflect a mineralized contact or structure.

LINE1200N

1200N1600N

1600N

2000N

2000N4400N4400N4600N

4600N4800N4800N

STATION1400W

800E1400W

800W

800W

400W5150E5600E5100E

5600E5100E5300E

# CHANNELS16

1519

20

20

10201020

122020

DEPTH50ft

?100ft?

250ft

225ft

?

QUANTEC GEOSCIENCE INC. DENTON RESOURCES LTD. Geophysical Surveys Patented Group 8, Northern Claims

The In-Loop TEM survey over the Patented Group and Northern Claims was successful in ex tending Conductor A 800 feet to the north. It also confirmed the characteristics of Conductor B and delineated two (2) additional conductors C and D. An area of elevated conductivity extends from 1600N east of 1000W (Patented Claims) to 4800N east of 5000N (Northern Claims). This is interpreted as a conductive package represented by Conductors A, C and O.

Conductor A is a high priority geophysical target. It is strongest on line 4600N at 5100E where it probably sub-crops. Existing stripping in the area may offer some explanation for the source of this con ductor. Drilling is also recommended to test the conductor on line 4400N approximately 200ft vertically below 5150E.

Conductors B is considered a medium priority geophysical target. As recommended in the in the previous Quantec report, if considered geologically favorable, Conductor B should be drilled from east to west to test the conductor near 1600N approximately 175ft to 200ft vertically below 1400W.

Conductor C is also a moderate priority geophysical target. It remains open to the north. Con sideration should be given to extending the grid to north to determine the full northern extent.

No follow-up work is recommended on Conductor D.

RESPECTFULLY SUBMITTED QUANTEC GEOSCIENCE INC.

David Eastcott Sherwood T. Coulson Technical Services Senior Geophysicist

Jason Ploeger, B. Se. Daniel Lapointe, M. Se. Geophysicist Geologist-Geophysicist

QG-227- March, 2002 12


STATEMENT OF QUALIFICATIONS

l, David Eastcott, hereby declare that:

1. l am a geophysical technologist with residence in South Porcupine, Ontario and am presently employed in this capacity with Quantec Geoscience Ltd. of Waterdown, Ontario.

2. l have practiced my profession continuously since 1996, in Canada, the United States, Mexico and Mongolia.

3. l have no interest, nor do l expect to receive any interest in the properties or securities of DENTON RESOURCES LTD.

4. l am the editor of the logistics portion of this report; reviewed and assisted in the preparation of the final map products included. The statements made in this report represent my professional opinion based on my consideration of the information available to me at the time of writing this report.

Porcupine March, 2002

David EastcottTechnical Services

Quantec Group

QG-227- March, 2002



l, Sherwood T. Coulson, hereby declare that:

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

2. l am a graduate of Cambrian College, Sudbury, Ontario in 1974 with an Honours Diploma in Geophysical Engineering Technology.

3. l have practiced my profession in Europe and North and South America continuously since graduation.

4. l am a member of the Canadian Society of Exploration Geophysicists and the Prospectors and Developers Association.

5. l have no interest nor do l expect to receive any interest, direct or indirect, in the properties or securities of DENTON RESOURCES LTD.

6. l supervised the survey execution and reviewed the data as it was collected. The statements made by me represent my best opinion and judgment based on the information available to me at the time of the writing.

Porcupine, ON March, 2002

Sherwood T. Coulson Senior Geophysicist

QG-227-March, 2002

QUANTEC GEOSCIENCE INC. DENTON RESOURCES LTD. Geophysical Surveys Patented Group S, Northern Claims


l, Daniel Lapointe, hereby declare that:

1. l am a geologist-geophysicist with residence in Val-d'Or, Quebec and am presently employed in this capacity with Quarrtec Geoscience Inc. of Porcupine, Ontario.

2. l am a graduate of University of Ottawa, Ottawa, ON, with a degree of Bachelor of Science (Diploma in Honour Standing), Geology (1982), and Universite Laval, Ste-Foy, QC with a degree of Master of Science, Geology (1986).

3. l have practiced my profession in Canada, South America and Africa since graduation.

4. l have no interest nor do l expect to receive any interest, direct or indirect, in the properties or securi ties of DENTON RESOURCES LTD.

5. l am the responsible for the processing and validation of the survey results and of the compilation por tion of this report and the statements made by me accurately represent my professional opinion based on the information given to me at the time of the preparation of this report.

Porcupine, Ontario March, 2002

Daniel Lapointe, M. Se. Geologist-Geophysicist

QG-227 - March, 2002

QUANTEC GEOSCIENCE INC. DENTON RESOURCES LTD. Geophysical Surveys Patented Group S Northern Claims


l, C. Jason Ploeger, hereby declare that:

5. l am a geophysicist with residence in Larder Lake, Ontario and am presently employed in this capacity with Quantec Geoscience Inc. of Waterdown, Ontario.

6. l graduated with a Bachelor of Science degree in geophysics from the University of Western Ontario, in London Ontario, in 1999.

7. l have practiced my profession continuously since graduation in Africa, Canada and Mexico.

8. l am a member of the Ontario Prospectors Association.

9. l have no interest, nor do l expect to receive any interest in the properties or securities of DENTON RESOURCES LTD.

10. l was responsible for the collection and verification of the data, l was co-author of this report and pre pared some of the final map products included in this report. The statements made in this report rep resent my professional opinion based on my consideration of the information available to me at the time of writing this report.

Porcupine March 2002

C. Jason Ploeger, B. Se. Geophysicist -QGI

QG-227- March, 2002


DENTON RESOURCES LTD. Patented Group 8, Northern Claims

THEORETICAL BASIS AND SURVEY PROCEDURES

TEM SURFACE AND BOREHOLE PROFILING

TEM profiling is conducted on lines either adjacent to (Off-Loop mode) or surrounded by (In-Loop mode) a large fixed rectangular transmit loop. Current is passed through the loop which following the Turn-Off, produces a primary magnetic field (H) both inside and outside (Figure B1). This primary field induces vortex current patterns, which energize conductors and which in turn create their own secondary magnetic field (Bs). The rate of change of the decaying secondary magnetic flux (dBs/dt) is measured as the vertical (Hz), in-line horizontal (Hx) and/or cross line horizontal (Hy) vector components on surface using an air-core sensor coil. These measurements of the TEM decay (20 log-time slices) are taken during the "Off-Time", using a 30 cy cle/sec, base repetition rate.

In keeping with the industry standard, the primary field is always considered positive up inside the loop and negative down outside. Similarly, for secondary EM fields, the receiver coil is oriented positive vertical up for the Hz component. The convention for In-Loop surveys, has the in-line component, Hx oriented either posi tive east (for grid EW lines) or north (for grid NS lines). The Off-Loop survey convention differs, with the re ceiver coil orientation for Hx pointing positive away from the transmit loop (for EW or NS lines). Finally, the sign convention in all cases, has the Hy component pointing positive orthogonal to the left of the Hx, according to the right-hand-rule.

Primary Field Sign Convention

TTT i l i l M l i l l\ Negative Down Outside ^\ \ \ \ y^ \ \ x x -^ -^-^—\\N\N : \ \ \ N^J !

In-Loop Survey Line

Figure B1: Primary field sign convention for TEM surveys.

QG-227-March, 2002



fOff-Loop

Survey Lines

Fixed Off-Loop Survey Configuration

East

*HxsGrid South (away from loop)

Figure B2: Loop Configuration and Polarity Conventions for Off-Loop Profiling Surveys

The borehole survey is particularly useful to determine the geometrical relationship between a conduc tor or a complex swarm of conductors around the drill hole. Of particular importance is its application in cases where the drilling is believed to have missed the target of interest. A 3-D borehole survey can effectively de termine the direction and distance from the drill hole to the conductor by measuring two orthogonal secondary field components in addition to the axial component. Additionally, conductors located below the end of a drill hole, which either may be too deep and/or have gone previously undetected from surface, may be discovered during the course of a borehole survey.

The probe is manually lowered down the borehole at the end of a cable and, at successive depths, measurements of three (3-D) orthogonal components of the TEM field (Hx, Hy, Hz) are individually obtained in succession by electronically switching the sensor coils in the borehole antenna through the use of a re lay/switching system from surface, via the borehole-cable shield. As the probe is free to rotate on its vertical axis, a correction is later applied to the 3-D data in order to rotate the components into their respective coordi nate axis.

TxLoop

DDH

X *ve up, orthogonal to hole and along BH azimuth

Y -i-ve left, orthogonal to hole and horizontal

station intervals

Z +VC up, along axis of DDH

Figure B3: Loop Configuration and Polarity Conventions for 3-D Borehole Surveys

QG-227-March, 2002


The secondary fields induced decay at a rate proportional to the conductivity-thickness and are then measured and profiled by the borehole sensor-probe.

a) Hz is positive up along the axis of borehole,b) Hx is positive perpendicular to the borehole axis and pointing upward, in a vertical plane, in the di

rection of the azimuth of the hole,c) Hy is positive 90" counterclockwise to Hx and horizontal, according to the right-hand rule

At the end of each survey day, the stored data are transferred to a microcomputer where they cor rected for the turn-off time, loop area, system gain and current, and converted from millivolts to nanoVolts per ampere meter squared or nanoVolts per meter squared. The data are then transferred to disk for storage and processing. Report quality field plots are generated on site, using a 24-pin printer in order to monitor the data characteristics and to provide a preliminary interpretation capability.

The following equations govern the transient EM response for buried plate-like conductive bodies 1

Target Response to Transmitter Current Waveform:f 1 -'

emf = - e T

where: t fixed time

e exponential decay

T time constant of conductor

Equation 1: Conductor Response to the Transient EU Waveform

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 collapses to 37Vo (Me) of its maximum value. Both T and the analogous decay strength (i.e., the number of anomalous channels above background), are commonly used as indicators of conductor quality. This relationship between decay-strength and the conductivity-thickness can easily be demonstrated in the following equation for a vertically dipping conductive sheet:

r = for a thin platen

where a = conductivity of target

H = magnetic susceptibility

t = thickness of plate

h = vertical extension of plate

Equation 2: Transient EM Decay Time Constant

1 From Geonics Limited, EM-37 TEM System Design Parameter. Mississauga. Ont., 1982.

QG-227 - March, 2002

QUANTEC GEOSCIENCE INC DENTON RESOURCES LTD. Geophysical Surveys Patented Group 8. Northern Claims

thereby giving, for an infinite vertical sheet:

crt = —— T x y mhos / metre (Siemens)

Equation 3 Conductivity Thickness

From these equations and relationships, it therefore becomes obvious of the common use of theanomaly strength of decay as a simple, rule-of thumb indicator of the relative conductivity-thickness product for TEM surveys.

In addition, the total secondary field is calculated using the three components (Hx, Hy and Hz) in the following formula

Htot = Jlfxl^+Hy2 + Hz 2 nanoVolt l Am2

Equation 4: Transient EM Total Secondary Field

QG-227 - March, 2002



INSTRUMENT SPECIFICATIONS

GEONICS LIMITED Digital Protem Receiver

Digital Protem Ground Transient Electromagnetic System Technical Specifications

Receiver

Time rate of decay of magnetic flux along 3 axes

Air-cored coil of bandwidth 60 kHz; 100 cm diameter Air-cored coil of bandwidth 850 kHz; 100 cm diameter Three orthogonal component sensor; simultaneous operation Three orthogonal component sensor; sequential operation

20 geometrically spaced time gates for each base frequency gives range from 6 u, sec to 800 msec

0.3 Hz, 0.75, 3, 7.4, 30, 75 or 285 Hz for 60 Hz power-line networks (Base Frequency)

1) reference cable.2) high stability (oven controlled) quartz crystals. (Switch selectable)

2, 4, 8, 15, 30, 60, 120, 240 sec.

Internal self-calibrationExternal Q coil calibration (optional)

Two 3x4 matrix sealed key pads with positive tactile feedback

Automatic or manual control

23bits(132dB)

Measured Quantity:

Sensors:

2. (H. F.):3. (3D-3):4. (3D-1):

Time channels:

Repetition Rate:

Synchronization:

Integration time:

Calibration:

Keyboards:

Gain:

Dynamic Range:

Display Quantity:

Storage:

Display:

(1) Table of time rate of decay of magnetic flux (dB/dt)(2) Curve of rate of decay of magnetic flux (dB/dt)(3) Table of apparent resistivity (pa )

(4) Curve of apparent resistivity (pa )(5) Profile of dB/dt(6) Real time noise monitor(7) Calibration curve(8) Data acquisition statistics (real time)

Solid state memory with capacity for over 3000 data sets

8 lines by 40 character (240 x 64 dot) graphic LCD

QG-227 - March, 2002


DENTON RESOURCES LTD. Patented Group S. Northern Claims

Data Transfer:

Processor:

Receiver Battery:

Receiver Size:

Receiver Weight:

Operating Temp.:

Transmitters:

Standard RS-232 communications port.

CMOS 68HCOOO 8 MHz CPU

12 volts rechargeable battery for 8 hours continuous operation. 6 hours in XTAL mode

34 x 38 x 27 cm

15kg

-400C to

{1)GeonicsTEM47(2) Geonics TEM57(3) Geonics TEM37

GATE12345678g101112131415161718192021*

285/237.5 Hz6.0007.6259.75012.5015.8820.2525.8833.0042.1353.7568.5087.38111.4

151.7"181.1231.0294.6375.9479.5611.6780.1

6.8138.68811.1314.1918.0723.0629.4437.5647.9461.1377.9499.38126.7166.4206.0262.8335.2427.7545.6695.9

1.6252.1252.7503.3754.3755.6257.1259.12511.6314.7518.8824.0030.6329.3849.8862.6381.25103.6132.1168.5

75/62.5 Hz32.0038.5047.0058.0071.589.00111.5140.0176.5223.0282.0357.5453.5576.0732.5932.011871512192624553129

35.2542.7552.5

64.7580.25100.3125.8158.3199.8252.5319.8405.5514.8654.3832.310591349171921902792

6.5008.50011.0013.5017.50225028.5036.50465059.0075.5096.00122.5156.5199.5254.5325.0414.5528.5674.0

30/25 Hz80.0096.25117.5145.0178.8222.52788350.04413557.5705.0893.8113414401831233029663779481561367821

88.13106.9131.3161.92006250.6314.4395.6499.4631.3799.4101412871636208126483373429754756978

16.2521.2527.5

33.7543.7556.2571.2591.25116.3147.5188.8240.0306.3391.3498.8636.3812.5103613211685

GATE123456789101112131415161718192021*

Table C1: Digital Protein Gate Locations

* End of Gate 20** A Gap of 9.7 usec exists between Gate 13 and Gate 14 in the micro-frequency range/

This Table applies to both synchronization modes regardless of which of TEM37, TEM47 and TEM57 transmitters is used, provided that correct Tx model is selected in Header (2.4).

Note: 7 5/6.25 and 0.75/0 625 Hz proportional to 75/62.5 Hz 3/2.5 and 0.3/0.25 Hz proportional to 30/25 Hz

QG-227-March, 2002


DENTON RESOURCES LTD. Patented Group Z Northern Claims

GEONICS LIMITED EM-37 Transmitter

Technical SpecificationsEM-37 Transmitter

Current Wave form:

Repetition Rate:

Turn-off Time(t):

Transmitter Loop:

Protection:

Output voltage:

Output power:

Motor generator:

bipolar square wave.

3Hz, 7.5Hz or 30Hz in countries using 60Hz power line frequency; 2.5Hz, 6.25Hz or 25Hz in countries using 50Hz power line frequency; all six base frequencies are switch selectable.

fast linear turn-off maximum of 450 josec. at 30 amps into a 300x600 meter loop. Decreases proportionally with current and the root of the loop area to a maximum of 20 (isec. Actual value of t read on front panel meter.

any dimensions from 40x40 meters to 300x600 meters maximum at 30 amps Lar ger dimensions at reduced current. Transmitter output voltage switch adjustable for smaller loops. Value of loop resistance read from front panel meter; resistance must be greater than 1 ohm on lowest setting to prevent overload.

circuit breaker protection against input over voltage; instantaneous solid state pro tection against output short circuit; automatically resets on removal of short circuit. Input voltage output voltage and current indicated on front panel meter.

24 to 160 volts (zero to peak) maximum

2800 watt maximum

5 HP Honda gasoline engine coupled to a 120 volt, three phase, 400 Hz alternator. Approximately 8 hours continuous operation from built-in fuel tank.

Transmitter Console

GPU:

Component Dimensions and Weights

20 by 42 by 32 cm, 20kg

44 by 32 by 21 cm, 65 kg

QG-227-March, 2002



PRODUCTION LOG

SurveyDate

4-Feb-02

5-Feb-02

6-Feb-02

7-Feb-02

8-Feb-02

Surface TEMDescription Line* Start End Total

KMK and CJP head to site mid afternoon and begin breaking skidoo trail into grid. Extremely deep snow and steep hills slows progress. Trail broken to truck parking area in clearcut. 2 Men 1 1/4 Day Charge

KMK and CJP continue to break trail into grid area. 3-4 feet of snow in areas combined with the ruts left from the summer, makes it extremely difficult. However trail is pushed onto grid. Wire could not be brought in until snow hardened overnight. 2 Men Crew

Extra man brought in because of the extreme snow conditions. Find lines 4400-5000N. Line 5200N could not be found, therefore 2000x2000 foot loop was established. Some lines were also walked to pack them.

Extra man snowshoes lines to aid survey crew. Read lines 1200N, 1600N, 2000N and 4400N.

KMK and RG complete L46N Z L48N. Recover equipment and loop and demob to Timmins. 2 Man Crew

1200 N

1600 N

2000 N

4400 N

4600N

4800N

100W

100W

100W

4400E

4400E

4400E

1900W

1900W

1900W

5900E

5900E

5900E

TOTAL

1800ft

1800ft

1800ft

1500ft

1500ft

1500ft

9900ft

QG-227-March, 2002


DENTON RESOURCES LTD. Patented Group 8, Northern Claims

LIST OF MAPS

LPTEM Surface Profiles: Multi-Channel Lin-Loq Profile Plots: showing time rate of decay of the secondary electromagnetic field, for X, Y, Z and Total Field components, 1:4800 scale, eh 1-

20 divided according to logarithmic axis, nanoVolts per Ampere-meter^

Drawing Jfc^QG227-LL-K-Line#, where rv^Z, X, Y, TF (Total Field).

GRID

Patent GroupNorth Claims

LINES

12*OONto20*OON44+OON to 48+OON

TOTAL LINES

33

TOTAL MAPS

TOTAL MAPS

242448

* Posted/Contoured Total Field Component Plan Maps: showing time rate of decay of the

secondary electromagnetic field, for X component, 1:4800 scale, nanoVolts per Ampere-meter^

Drawing #s:;QG227-TEM-CONT-ROT-K, where K - component contoured.

Drawing #s=QG227-TEM-CONT-ROT-K-INT, where K = component contoured * Interpretation Map

GRID TF component contouredContours

Contours -*- InterpretationTOTAL MAPS

TOTALMAPS112

Total Profiles: 48 Total Plans: 2

QG-227 - March, 2002


DENTON RESOURCES LTD. Patented Group Si Northern Claims

PLAN MAPS AND SECTIONS

QG-227-March, 2002

00

6 hO

3Q) X

ltO

w fi O

-100. J

~~ -

's/

J

0.

L -20.

nyw

lf-*en

oN

(O

0 -2. J

4500E 5000E 5500E

line 48+OON - Z Component

250Scale 1:4800

O 500

DENTON RESOURSES LTD.Patented Group A Northern Claims

Keefer Twp, ON

LPTEM RXED-LOOP PROFIUNG SURVEY Secondary Qedromagnetic Reid (dB/dt)

Transnfifter Frequeixy 30 Hz (5055 duty cyck) Tx Loop Size: 2000 x 2200ft. Tx Loop location: L8N 9 20W; L50N(3CN) 8 60E(CE) TranamfttBr Current: 14,5 Amps TransmiHar Tum-Off Tme: 360 us

Stofon Interval:Profite Units:Receiver Coil Orientation:

100 feet

Hz - positive up Hx - positive east

north

Survey Date: Instrumentation: Rx

Feb. 07,2002Digital Protern (3x20 Channels) It Geonfcs 30 Coil (3x200m-2) Tx." Geonlcs EM-37

^ A /^ooessea' by: QUANTBC GEOSCIENCE INC.

DWG. NO. QG-227-4AXIS-Z-48+OON

00

fe

3Q) X

l COH).d0 -100. J

l CD

Jl O -5, J

4500E 5000E 5500E

Line 48+OON - X Component

250Scale 1:4800

O 500

DENTON RESOURSES LTD.Patented Group te Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROFILJNG SURVEY Secondary Becbwnognefo Field (dB/dt)

Transmitter Frequency 30 Hz (XX duty cycle) Tx loop Size: 2000 x 2200ft. Tx bow Location: LBN 20W; L50NCJCN) ft 60E(OE) Transmitter Current: H, 5 Amps Transmitter Turn-Off Time: 3ffi us

Station Mervol:Profile Units:Raceivw Coil Orientation:

100 feet

Hz - poat'wB up Hx - postive east

I-V - positKw north

Survey Dote: Instrumentation: Rx

Feb. 07,2002Dgtal Pnjtem (3x20 Channels} A Geonics 30 Coi ( Jc200nr2)

Surveyed de Processed by: QUANTXC GSOSCUMB INC.

OWG. NO. QG-227-4AXIS-X-48+OON

00

ro6K)

S

l

h 20.

nB*

- -aoo.

nB"

L -20.

4500E 5000E 5500E

Line 48+OON - Y Component

250Scale 1:4800

O 230 500

__________________^——-——--——


Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Bedromagnetic field (dB/dt)

Transmitter Frequency; 30 Hz (50?! duty cycle) TxLoopSiza 2000 x 2200ft. Tx Loop Ucofon: 18N ft 2CWf, LSON(30N) 9 60E(OE) Trarwiitter Current: 14.5 Ampn TrDnswitter Turn-Off Tma 360 us

Station Inteival:Profile Units:Reoewer Coil Orisntcrb'on:

100 feet

Hz - positve up Hx - positive eost

Hy - positi* northSurv^Dote: F*b. 07,2002Instamentofen: Rx * Digital Protem (3x20 Chonnste)

4 Gaonfcs 3D Coil (3x200rrrt)______________Tx - Peonies E3^-37 (2.8 m

Surveyed to Processed by: QUANTSC GEOSCIKNCE INC.

DWG, NO. OG-Z27-4AXIS-Y-48+OON

o 6NJ

l

100,-

COMJ3u

-100. J

OOJCO

l—l—l—l—l—l—l—l

——l———l——l—l

-5. J

4500E 5000El

5500E

Line 48+OON - Total Field

Scale 1:4800250 O 250

0"t)

500

DENTON RESOURSES LTD.Patented Group St Northern Claims

Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Electromagnetic ReW (dB/dt)

Transmitter rreqjtny- 33 Hz (90* Tx Loop Sze: 2000 x 2200ft. Tx bcop Location: L8N * 20W; L50N(30N) * 60E(OE) Trarsmittsr Current: 14, 5 Amps Transmitter Turn-Off Thie: 360 us

Station Inter**Profile UnteRtceK/er CoJ Orientcrtion:

100 feet

Hz - poaftvB up Hx - posr^eost

Hy - positive northSuveyDote: Feb. 07,2002Instrumento&rr Rx * Oigitol Protem (3x20 Chamete)

4: Geonfcs 3D CoB (3x200rm2)_____________Tx ^ Peonies EM-37 (2.8 kW)

Surveyed 3c Processed by: QUANTXC GEOSCISNCS INC.DWG. NO. QG-227-4AXI5-TF-4.a-i-OON

O)

to 6Ni 'en

4500E 5000E 5500E

^1000

uioo

-10

~'. a -..5 saV

- paH :0 l--.5 r*,

"-10

-100

-1000

line 48+00 N - Z Component

Scale 1:4800250 ____O 250

saeseas(fMt)

500

DENTON RESOURSES LTD.Patented Group to Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROFILING SURVEY Secondary Etectromognetic Field (dB/dt)

Transmitter Frequency: .30 Hz (SSK duty cyd*) Tx Loop Sze: 2000x2200 feet Tx Loop Location: LflN O 20W; L50N(30N) 6 80E(OE) Transmitter Currant 14.5 fcnps Transmitter Tum-Off Time: 360 us

100 feet noncWoHXA*nr2

Hz - positive up Hx - positive east

Hy - posMve north

StotbfiProfte UniteRecaiver Coil Orientation:

Survey Date; Instrumentation: Rx

Feb. 8, 2002Digilol Prolem (3x20 Chometa) Se Csonics 3D Coil (3x200nr2)

Surveyed if Processed by: QUANTEC CONSULTING INC.

OWG. NO. QG-227-SFLL-Z-48+00 N

00

Fofe

l

1000

-10

-100

-1000

4500E 5000E 5500E

Line 48+00 N - X Component

Scale 1:4800250 O 250 500

DENTON RESOURSES LTD,Patented Group A: Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROF1UNG SURVEY Secondary EJectromognetic Reid (dB/dt)

Transmitter Frequency: 30 Hz (50X duly cydt) Tx Loop Sza: 2000x2200 feet Tx Loop Location: ISU 9 20W; L50N(30N) 8 50E(OE) Transmitter Current 14.5 /Vnps Tnansmitter Tum-Off Time: 360 us

Station Wervol:ProfJe Unto:Rflcafvw- Cai OmntaUoo:

100 feet

Hz - positive up Hx - positK*east

Hy - fastine northSurvey Date: Instrumentation:

Feb. 8, 2002Rx " Digital Protem (Jx20 Ctwrrste}

4 Geonics 30 Coil (3x200nr2)

Surveyed A Processed by: QUANTSC CONSULTING INC.

DWG. NO. QQ-227-SFLL-X-48+OO N

00—A K)

6

l

1000

— too

10

"-10

-100

-1000

4SOOEl

5000E 5500E

line 48+00 N - Y Component

Scale 1:4800250 O 250 500

DENTON RESOURSES LTD.Patented Group Se Northern Claims

Keefer Twp, ON

LPTEM FIXED-LOOP PROFIUNG SURVEY Secondaiy Qectromognetic Rdd (dB/dt)

Transmitter Frequency: JO Hz (SOT duty cyde) Tx Loop Size; 2000x2200 feet Tx Loop location: LBN * 20W; L50N(30N) O 60E(OE) Tronamittief Current 14.5 fcrps Transmitter Turn-Off Time: 360 us

Station Wervotf^ofw UnrtsiRacetver Coil Orientation:

100 feetnonoVolt/Atrrrtf

Hz - poeitiKe upHx - posrtwe ecBt

Hy - positwe north

Survey Date: instrumentation: Rx

Feb. 8, 2002Dig^al Protem (3x20 Channels) 4 Geonics 3D Coil (Jx200nr2)

Surveyed cSc Processed by: QUANTEC CONSULTING INC.

DWG. NO. QG-227-SFLL-Y-48+00 N

00

K)6CO

l

^1000

-100

— 10

"-10

-100

-1000

4500E 5000E S500E

Line 48+00 N - Total Field

Scale 1:4800250 O 250

(f.-0500


Keefer Twp, ON

LPTCM RXED-LOOP PROFILING SURVEY Secondary Electromagnetic Field (dB/dt)

Transmitter Fnequency: JO Hz (50J? duty cyde) Tx Loop Size: 2000x2200 feet Tx Loop Location: L8N 9 20W; L50N(30N) 9 60E(OE3 Transmitter Current: 14.5 ffnps Transmitter Turn-Off Time: 360 us

Station Interval:Profito Units:Receiver Coil Orientation:

100 feetrtanoVoll/MTfZ

Hz - positive upHx - positw east

Hy - positwe northSurvey Date Instrumsntation: Rx

Feb. 8. M02Digftol Protem (3x20 Chonrwb) A Oeonics 3D Coil (3x200rr^2) Tx - Oorics EM-37 (2.

Surveyed A Processed by: QUANTEC CONSULTING INC.

DWG. NO. QG-227-SFLL-TF-4B+00 N

o 200. -

K)

6

l

H44 O

-200. J r-50.

o w lSO

-10. J

-1000.

-500.

lw

L -500.

oO1 (d

10.-

0.

0.

L -50.

4500E 5500E


Scale 1:4800250 ____O 2SO

ssesf(twt)

500

DENTON RESOURSES LTD.Patented Group Se. Northern Claims

Keefer Twp. ONLPTEM nXEO-LOOP PROFILING SURVEY

Secondary EJedromagnetic Rdd (dB/dt)Transmitter Frequence Tx Loop Size: Tx Loop Ucatfon: Transmitter Current: Transmitter Tum-Off Tme

Station Interv*Profile Units:Receiver Coil Orientation:

30 Hz (SOT! duty cyd*)2QOOx2200ft.

LSN * 20W; L50N(30N) 9 6CE(OE)

360 us

100 feet

Hz — positwe up Hx - posrtive east

Hy - positi* northSuveyDote: Instrumentation: Rx

Feb. 07,2002B^tol Protem (3x20 Cramete) ic. Geoolcs 30 Co3 (3tK200rrr2) Tx ^ Peonies EM-37 (2.8

Surveyed A Processed by: QUANTSC GSOSCISNCJS INC.

DWG. NO. QG-227-4AXIS-Z-46+OON

00

Fo 6

l

o1-1l

COM

^S CJ

-200. J

H——t——l——l——r

lUl

--500.

l ' f^^-rTrr M

0.

L -50. Ol

line 46+OON - X Component

250Scale 1:4800

O 250 500

DENTON RESOURSES LTD.Patented Group b Northern Claims

Keefer Twp. ONLPTEM FIXED-LOOP PROFIUNG SURVEY

Secondary Qedromagnetic field (dB/dt)Transmitter Frequency 30 Hz (50* Tx Loop Size 2000 x 2200ft. Tx Loop Location: LSN 9 20W; L50N(30N) O 60E(OE) Transrrtter Current: 14.5 Amps Transmitter Turn-Off Trner. 360 us

Station Interval;Profile Units:Receiver Co) Orientation:

100 feet

Hz - poatve up Hx - posfflve east

northSurvey Dote: Instrumentation; Rx

Feb. 07,2002Digital Prqtem (3*20 Channels) in Geonics 30 Coil {3x200nr2)

Surveyed A Processed by: QUANTEC GEOSCUNCB INC.

DWG. NO. QG-227-4AXIS-X-48+OON

00

N)6 CO

l

lCO wa o

oCVJl

COVH

M

A O

J- -200.

-50. J

Cfl *— l

o trW

lMUl

--20.

0.

-5. J

4500E 5000E 5500E

line 46+OON - Y Component

250Scale 1:4800

O 250 500


Keefer Twp, ON

LPTEM FIXED-LOOP PROFIUNG SUfMY Secondary Bedromognetic Reid (dB/dt)

Transmitter Frequency 30 Hz (50?! duty cycle} Tx Loop Sizt: 2000 x 2200ft. Tx Loop Location: U3N ® 20W; L50N(30N) * 60E(OE) Transmitter Cuirsnt: H,5 Amps Tmnsnnitter Turn-Off Time 360 us

Station Inter**Profile WU;ftecever Coil Orientcrfan:

100 feetnanoVdt/MnrZHz - posft'v* up

Hx - posilh* eastty - posit^ north

Survey Date: Feb. 07,2002Instrumentation: Rx * Oigtol Protem (3x20 Chomels)

4 Geonics 30 Coil (3x200nr2)______________Tx - Geonics EM-37 (2.8 WrV)

Surveyed & Processed by: qUANTSC GSOSCIENCS INC.

DWG. NO. QG-227-4AXIS-Y-46+QON

r 1500.

400.

6

l

l co

-200. J

en

20.-

-20. J

4500E 5000E 5500E


250Scale 1:4800

O 250 500

__________________________________

DENTON RESOURSES LTD.Patented Group ft Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROFIUNG SURVEY Secondary EJedromagnetfc FieW (dB/dt)

Transmitter Frequency 30 Hz (50X duty Tx Loop Size: 2000 x 2200ft. Tx Loop Location: UBN 9 20W; L50N(30N) 0 60E(OE) Transmitter Current: 14.5 Anpe Transmitter Tum-Off Time: 360 us

Station Interval:Profile Units;Receiver Coil Orientation:

100 feet

Hj - pasitive up Hx - posltfv* east

Hy - poslti^B northSurvey Dote: Feb. 07,2002Instiurmntation: RK ^ Digitol Protem (3x20 Chonneb)

tt Georks 30 Coil (3x200m"2)_____________Tx- Peonies EM-37 (2.8 KW)

Surveyed fc Processed by: QVANTEC GEOSCIENCE INC.DWG. NO. QG-227-4AXIS-TF-46+OON

00

M

fe

l

^1000

-100

"-10

"-100

-1000

4500E 5QOOE 5500E

line 46+00 N - Z Component

Scale 1:4800250 O 250 500


Keefer Twp, ON

LFFEM FIXED-LOOP PROFILING SURVEY Secondary Electromagnetic Reid (dB/dt)

Transmitter Frequency; JO Hz (50J5 duty cycte) Tx Loop Size 2000x2200 fwt Tx Loop Location: L8N O 20W; L50K3QN) ft SOEfOE) TransmKter Current 14.5 Anps Transcnitta- Tum-Off Time: 360 us

Station Interval:Profte Units:Reosver Coil Oriantab'on:

100 feet

Hz ~ posftiv6 'Jp Hx - positive east

Hy - positive northSurvey Date: Instrumentation: Rx

Feb. 8, 2002Digital Protein (3x20 Channsta) ft Geonics 3D CoS (3x200nr2) Tx - Geonics EM-37 (2.

Surveyed Se Processed by: QUANTEC CONSULTING INC.

DWG, NO. QG-227-sn.L-Z-46fOQ N

S

l

^.1000

^.100

.10

_1

-10

-too

-toool

4500E 5000E 5500E


Scale 1:4800250 O 250 500


Keefer Twp, ON

LPTEM RXED-LOOP PROF1UNG SURVEY Secondary Electromagnetic Field (dB/dt)

Transmitter Frequency: Tx Loop Size:Tx Loop Location: L8N Transmittw Current Transmitter Tum-Off Time:

Station Interval:Profits Unite:Receiver Col Orientation:

30 Hz (50E (My cycte)2000x2200 feet

l 20W; L50NC30N) 9 60E(OE)14.5 Mips

360 us

100 feet

Hz - positive up Hx - positN* eost

Hy -

Suvey Dote: Feb. 8, 2002Instrumentation: Rx * Digital Protem (3x20 Chonneb)

A Geonics 3D Coil (3y200rrrC)______________Tx - Geonics EM-37 (2.8 loV)

Surveyed & Processed by. qUANTEC CONSULTING INC.

DWG. NO. QG-227~SFLl-X-46K)0 N

00

O

l

l 4500E 5000E 5500E

^1000

too

-10

"-10

-100

-1000


Scale 1:4800250 O 250 500


Keefer Twp, ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Bectromognetic ReW (dB/dt)

Transmitter Frequency: X H2 (50% duly eye)*) Tx Loop Size 2000x2200 feet Tx Loop Location: L8N 9 20W; L50N(30N) 0 SOROE) Transmitter Currwrt: 14.5 Anps TronsmiUw Tum-Off Tirne: 360 us

Station Interval:Profte Units:Rocever Col Orientation:

100 feet

Hz - positivB up Hx - positwe east

Hy - positive northSurvey Dote: Instrumentation:

Feb. 8, 2002Rx = Ogitol Protem (3x20 Channels)

A Geonfcs 30 Coil (3x200rrr2)

Surveyed to Processed by: QUANTEC CONSULTING INC.


00

Fo 6K)

l

.1000

-100

10

_1

-10

'-100

'-1000

4SOOE 5000E 5500E


Scale 1:4800250 O 250 500


Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Electromagnetic Reid (dB/dt)

Transmitter Frequency: 30 Hz (50X duty cycle) Tx Loop Sza 2000x2200 feet Tx Loop Location: U3N * 20W; L50N(JON) 9 60E(OE) Transmittw Current 14.5 Transmitter Tum-Off Time:

Station Interval: Profile Unto:Receiver Coil Orientation: Hz - paritiM up

Hx - fxisitiv* east Hy - pos'tive north

360 us 100 feet

Survey Date; Feb. 8, 2002Instrumentation: Rx * Digital Protem (3x20 Channels}

4 Geonics 3D Coil (3x2000^)______________Tx g Geonics EM-37 (2.8 Hfi

Surveyed & Processed by. QUANTEC CONSULTING INC.DWG. NO. QG-227-SFLL-TF-46+00 N

00

Q) X

200.-

ICD

-200

lIDrH

M

O

0.

-20. J

1-500.o O w

L -500.

oyta

L -100.

4500E 5000E 5500E

Line 44+OON - Z Component

Scale 1:4800250 ____O

'•BFSff.............(f**0

500


Keefer Twp, ONLPTEM FTXEO-LOOP PROFIUNG SURVEY

Secondary Electromagnetic FwH (dB/dt)Transmitter Frequency 30 Hz (505S duty cycle) Tx Loop Size: 2000 x 2200ft. Tx Loop Location: LSN ® 20W; L50N(30N) * 60E(OE) Trwsmitter Current: 14.5 Amps Transmitter Tun-Off tuna: 360 us

Station Interval:Profile Units:Receiver Coil Orientation:

100 feetnanoVolt/Mm'2

Hz - positv* upHx - positive east

Hy - pos'rtwB north

Survey Date: Feb. 07,2002Instrumentation: Rx ~ O'gtol Protem (3x20 Channels)

k Geonics 30 Coil (3x200m-2)_____________Tx " Peonies EM-37 (2.8 kW)

Surveyed 4c Processed by: QUANTEC GEOSCIENCE INC.

OWO. NO. QG-227-4AXIS-2-4++OON

Srofe

l

l coW

6 -200. J

o w l

co

o~5. J

4500E


250Scole 1:4800

O ___ 250 500

DENTON RECOURSES LTD.Patented Group 8c Northern Claims

Keefer Twp, ONLPTEM FIXED-LOOP PROFILING SURVEY

Secondary Electromagnetic Reid (dB/dt)Transmitter Frequency S) Hz (50J5 duty qde) Tx Loop Sire: 2000 x 2200ft. Tx Loop Location; LSN 9 3CW; L50N(30N) d 60E(OE) Transmitter Current: 14.5Ampe Tnonsmitter Tum-Off fme: 360 us

Station WerwtProfile Units;Recover Coil Orterrtotion:

100 feet

Hz - postle up Hx - poaft* east

Hy " positiviB northSurvey Date; Instrumentation; Rx

Feb. 07.2002Diglol Protem (3x20 ChamelB) it Gaonks 3D Coil (3x200nr2) Tx g Peonies EVf-37 C2.6kW)

Surveyed *3c Processed by: QUANTSC GEOSCIENCE INC.


00 —l K)O M

33Q) X

CD HACJ

l so

vija o

50. H

-20.

lui- -300.

lH*Ui

L -20.

4500E 5000E 5500E


250Scale 1:4800

O 500

DENTON RESOURSES LTD.Patented Group it Northern Claims

Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Etedromagnet'c Reb (dB/dt)

Transmitter fnequeixy; JO Hz (50X duty cycle) Tx Loop Size: 2000 x 2200ft, Tx Loop Location: LBN 9 2CW, L50N[30N) O 60E(OE) Transmitter Cyrrent: 14.5 Ampe Transmitter Turn-Off Trnv. 360 us

Station hterval:Profile UnKs;Receiver Coil Orientation:

100 feet nanoVoH/MriW Hz - pasitii* up

Hx - positive east north

Survey Date: Feb. 0(7,2002Instrumentation; Fix * Dig'tol Protem ^3x20 Chamels)

4 Georics JO Coil (3*200m-2)_____________Tx * Geonics EM-37 C2.S KHQ

Surveyed A Processed by: QUANTBC GEOSCIENCS INC.

DWG. NO. QG-227-4AXIS-Y-44-K30N

00

K)

6

Q) X,

800.-

ICO

o

-800. J

l (O 0.

-20. J

-500.OB1

-500,

o P- in

l*-*Ut

L -100.

45DOE 5000E 5500E


250Scale 1:4800

O 250 500

DENTON RECOURSES LTD,Patented Group St Northern Claims

Keefer Twp, ON

LPTEM FIXED-LOOP PROFIUNG SURREY Secondary Qedromagnetic Reid (dB/dt)

Transmitter Frequency; 30 Hz (SOJ! duly cycle) TxLoopSiz*: 2000 x 2200ft. Tx Loop Lflcofcn: U8N O 20W; L50NC30N) e 60E(OE) Transmitter Current; 14.5 Amps Transmitter Tun-Off Tin*: 360 us

Station Interval:Profile UniteRecewer Coil Orientation

100 feetnanoVdt/WfZ" Hz - posft'ye up

Hx - posith"! east Hy - positMS north

SuveyDate: Feb. 07,2002tnstrvmentotion: Rx - Ogtol Protem (3x20 Channete)

4: Geonfcs 30 Coil (3*200nr2)_____________Tx = Geonics EM-37 (2,8 kW)

Surveyed if Processed by: QUANTSC GEOSCIENCE INC.OWG. NO. QG-227-4AXIS-TF-44*OON

00

Fofe

l

-1000

-100

.10

'-10

-100

-1000

4SOOE 5000E 5500E

Line 44+00 N - Z Component

Scale 1:4800250 O 250 500

DENTON RESOURSES LTD.Patented Group A: Northern Claims

Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Electromagnetic Reid (cB/dt)

Transmitter Frequency: JO Hz (SOR duly cyde) Tx Uxjp Size: 2000x2200 feet Tx loop Location: L8N * 20W; L50N(30N) 9 60E(00 Trananitter Current H. 5 Mips Transmitter Turn-Off Time: 360 us

Station Interval:PWfl* Unto:Receivar CoS Orientetion:

100 feet

Hz - poaitiv* up Hx - positve east

Hy - pasffive northSurvey Date Feb. 8, 2002Instrumentation: Rx - Bgftol Protem (3x20 Chonriels)

A Geonics 30 Coil (3x2DOnrr2)_____________Tx^ Geonics EM-37 (2.8 IAV)


DWG. NO. QG-2Z7-SFLL-Z-44+00 N

00 —iroSro

l

1000

100

10

--I l

-10

-100

-1000

4500E 5000E 5500E


Scale 1:4800250 O 250

(fMtf

500


Keefer Twp. ON

LPTCM RXED-LOOP PROFILING SURVEY Secondary Electromagnetic Reid (cB/dt)

Transmitter Frequency: X Hz (5055 duty cycle) Tx Loop Size: 2000x2200 feet Tx Loop Location: L8N 0 20W; L50N(30N) 9 80E(OE) Transmitter Current 14.5 /Vnps Transmitter Tum-Off Time: 360 us

Station Interval:Ppjfte Unto:Receiver Col On'entotion:

100 feet

Hz - posftivB up Hx - positwe east

Hy - posHivB northSurvey Dote: Feb. 8, 2002Instrumentation Rx - Digital Piutsm (Jx2Q Chormete)

A Geonics 30 Col (3x200rrr2)______________Tx = Geonics EM-37 (2.8 kW)

Surveyed Se Processed by: qVANTSC CONSULTING INC.

DWG. NO. QG-227-SFLL-X-44-KX) N

00

o NJ"hO (j3

3Q) X

,-JOOO

-100

.10

"-10

"-100

-1000

4500E 5000E 5500E


Scale 1:4800250 O 250

('••O500

DENTON RESOURSES LTD.Patented Group 5c Northern Claims

Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Electromagnetic Reid (dB/dt)

Transmitter Frequency: 30 Hz (50* duty cycle) Tx Loop Szs: 2000x2200 feet Tx boop Location; L8N 9 20W; LSd^JON) 9 60E(OE) Transmitter Cuirent H.S/Vnps Transmitter Tum-Off Time: 360 us

Station Interval;Profle Units:Receiver Coil Orientation:

100 feet

Hz - positive up Hx - posftwe east

Hy - positwe northSurvey Date: Instrumentation Rx

Feb. 8, 2002Digital Protem (3x20 Channels) 4 Geonics 30 Coil (3x200rrr2) Tx~ Geonics EM-37 (2. 8



o k

l

l

.-1000

-100

-10

-.-1 l

-10

'-100

-1000

4SOOE 5000E 5500E


Scale 1:4800250 O ____250

•fmtnmm

(f.6t)

500


Keefer Twp. ON

LPTCM FIXED-LOOP PROFILING SURVEY Secondary Qectromognetic Fidd (dB/dt)

Transmitter Frequency 30 Hz (50X duly cyde) Tx Loop Size 2000x2200 feet Tx Loop Location: L8N 0 20W; L50N(30N) * 60E(OC) Transmitter Current; 14.5 Mipa Tnanamitter Tum-Off Time: 360 ua

Station IritavolProfte Units:Recaisw CoS Orientation:

100 feet

Hz - poJUve up Hx - posWveeast

Hy - positivs northSurvey Date: F*b. 8, 2002InstrumerMon: Rx - Digitol Protem (3x20 Channels)

A Geonfcs 30 Coil (3x20fjnr2)_____________Tx * Geonics EM-37 (2.8 1^

Surveyed A Processed by: QUANTtC CONSULTING INC.

DWG . NO. QG-227-5FLL-TF-44tOO N

CD

o en

lco w A O

-100. J

o03

l

-10. J

t- 200.

L -50.

1500W 1000W 500W

oo1

lW

L -200.

lt-*01


Scale 1:4800230 O 250

(fol)

500


Keefer Twp. ON

LPTEM F1XECH.OOP PRORUNG SURVEY Secondary Electromagnetic Field (dB/dt)

Transmitter Frequency TxLoop Size: Tx Loop Uxotion: Transmitter Current Transmitter Tum-Off Time:

Station Interval: Profile Unite- Receiver Col Orientation:

30 Hz (50* duty cycle) 2000 x 2200ft.

L8N * 20W: L50N(30N) 9 60E(OE) H.SAmps

360 us

100 feet nanoVoH/Mrrr-?

Hz - peaitivs up Hx - positive east

Hy - positive northSurvey Dote: Feb. 07,2002Instamwitotion: Rx * Digital Protem (3x20 Channels)

4: Geonics 3D Col (3x2COm-2)______________Tx- Geonics EM-37 (2,8 kW)

Surveyed 6t Processed by:GBOSCISNCS INC.

DWG, NO. QG-227-4AXIS-Z-20-t-OON

CO —i N)6

O)

3Q) X

l (DmA O

0.

-100. J

oC\3

l (O

lO!

L -200.

oea

L -20.

-5. J

1500W 1000W 500W


250Scale 1:4800

O 500


Keefer Twp. ONLPTEM FIXED-LOOP PRORUNG SURVEY

Secondary electromagnetic Reid (dB/dt)Transmitter Frequency; 30 Hz (50J! duty cycle) Tx Loop Size: 2000 x 2200ft, Tx Loop Location: L3N 9 2QW; L50N(30N) ft 60E(OE) Transmitter Current 14.5 Anpa Transmitter Turn-Off Time: 360 us

Station Interval:Profile Units:Racej/er Coil Orientation:

100 feet

Hz - positive up Hx- positive east

fy~ positive northSurvey Dote: Instrumentation: Rx

Feb. 07.2002Digital Protem (3x20 Channola) t Geonics 30 Coil (3x2DOm-2)

Surveyed if Processed by: QUANTfC GEOSClSlfCS INC.


00 l

Fo 6N)

To

CD X

ho.

--200.l

en

lCDw

J3 O

0."

-50. J

f^^ , , —^--^, . . , . . ^ -Or -^ . ^

N" ^ - -x. -^ _

H —— 1 —— \—

— -' "*** *^" i*~ : ~~f-''/~~-T , J . , .

\-Q.

--20.

nZ

O CV2

l (D**H

taft -5, J

1500W 1000W 500W


250Scale 1:4800

O 500


Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary QectTomagnetic Reid (dB/dt)

Transmitter Frequency: 30 Hz (503 duty cycle) Tx Loop Size: 2000 x 2200ft. Tx Loop Location: L8N ft 2CW; L50N(30N) 9 60E(OE) Transmitter Current 14.5/Vnpe Transmitter Tum-Off Time: 360 us

Stofon Interval:Profile UnRs:Receiver Col Orientation:

100 feetnanoVolt/Awir?

Hz - positive tpHx - positfw east

Hy - positive northSurvey Date: Feb. 07,2002Instrumentation Rx " Digital Protem (3x20 Chonnete)

4 Geofiks 3D CoJ (3x200^2)______________Tx~GeofiicsEM-37(2.8kW)

Surveyed & Processed by: QUANTEC GEQSCUftCE INC.

DWG. NO. QG-227-4AXIS-Y-20+QON

ooN36 M

fo00

l

l (Dw

O

100.-

0.

o w(O

mA

-100. J

-10. J

1500W 1000W 500W


250Scale 1:4800

O 280 500


Keefer Twp. ONLPTEM FIXED-LOOP PROFIUNG SURVEY

Secondary Etedromagneiic Field (dB/dt)Transmitter Frequency; 30 Hz (3055 duty cycle} Tx Loop Size: 2000 x 2200ft. Tx Loop Location: L8N 9 20W: L50N(20N) O 60E(OE) Trarsmittflr Current H.5 Amps Transmitter Tum-Off Trw. 360 us

Station Interval:Profile Unto:Recover Coi On'entoton:

100 feet

Hz - pcait'ma up Hx - positive east

hV - positKw northStjrveyOate: Feb. 07,2002Instrumefltotion: Rx s Digitol Protem (3x20 Gravies)

it Geonics 30 Coil (3x200nr2)_____________Tx m Gtonie8 EM-37 (2.8 kW)

Surveyed A Processed by: QUANTEC GSOSCISNCS INC.DWC. NO. QG-227-4AXIS-TF-2Q+OON

GO

ro6To

l

.1000

-10

"-100

-1000l l l

1500W 1000W 500W

Line 204-00 N - Z Component

Scale 1:4800250 O 2SO

(f "t)500


Keefer Twp, ONLPTEM RXED-LOOP PRORUNG SURVEY

Secondary Dedromognetic Field (dB/dt)Transmitter Frequency; X Hz (50J5 duty cycle) Tx Loop Size: 2000x2200 feet Tx Loop Location: L8N 9 20W; L50N(30N) O 60E{00 Transmitter Current 14.5 /Ynps Tronsmitter Tum-Off Tune: 360 us

Station Mervak FVoffle Unto:

Coil Orientation:

100 feetnanoVolV/W?

Hz - pcaftive upHx - posftivB east

Hy - positr* northSurxsy Date: Feb. 8, 2002Instrumentation: Rx - Oigiial Protem (3x20 Ownnete)

it. Geonks 30 Coil (3x200nr2)_____________Tx ̂ Georka EM-37 (2.8 kVQ

Surveyed & Processed by: qVANTBC CONSULTING INC.

DWG. NO. QG-227-SFLL-E-2CH-00 N

00

N)6 ho

l

l

^1000

-100

-10

"-10

"-100

"-1000

1500 W 1000W 500W


Scale 1:4800250 O 250

('••t)

soo

DENTON RECOURSES LTD.Patented Group Se Northern Claims

Keefer Twp, ON

LPTEM RXED-LOOP PROFILING SURVEY Secondaiy Qectromaqnetic Field (dB/dt)

Transmitter Frequency JO Hz (SOU duty cycle) Tx Loop Size: 2000x2200 feet Tx bxp Location: L8N 9 20W; L50N(30N) 9 60E(OQ Tronsmittsr Current 14.5 Anpg Tronamittsr Tum-Off Time: 360 us

Station Interval:Phofle Unite:Rsceivw Cbil Orientation:

100 feet

Hz - posftivB up Hx -posKweeost

Hy - positNe northSurvey Date: Feb. 8, 2002Instrumentation: Rx ^ Digital Proton (3x20 Channels)

4 Geonics JO Coll (Jx200nr2)_____________Tx-Qeorics EM-37.(2,8 KW)

Surveyed Se Processed by: QUANTSC CONSULTING INC.

DWG, NO. OG-227-SFLL-X-2QKK) N

CD

ro6 ro

l

— 1000

-100

— 10

"-10

"-100

"-1000

1500Wl

1000Wlsoow

Line 20-1-00 N - Y Component

Scale 1:4800250 O 250 500

DENTON RECOURSES LTD.Patented Group Se. Northern Claims

Keefer Twp. ONLPTEM RXED-LOOP PROFILING SURVEY

Secondaiy Bedromagnetic Fdd (dB/dt)Transmitter Frequency: 30 Hz (50X duty cycle) Tx Loop Sze: 2000x2200 feet Tx Loop Location: LBN 9 20W; L50N(30N) 9 60E(00 Transmitter Current: 14.5 Anps Transmitter Turn-Off Tims: 360 us

Station Interval:Proflte Units:Receiver Coil Orientation:

100 feetnancNolt/Atm'2

Hz - positive upHx - posrtKc eost

Hy - posifrre northSurvey Date: Feb. 8, 2002Instnjrrwrrtotion: Rx = Ogtel Pratem (3x20 Chamets)

4 Geonics 3D Coil (3x2QOm-2)_____________Tx - Grorics EM-37 (2.8 kW)


DWG. NO. QG-227-SFLL-Y-2CHOO N

00

fO6K)'w

QJ X

1000

— 100

10

"-10

-100

"-1000

1500W 1000W 500W


Scale 1:4800250 O 250 500


Keefer Twp. ON

LPTEM FIXED-LOOP PRORUNG SURVEY Secondary EJedromagnetic Field (dB/dt)

Transmitter FriKjjency; JO Hz (5058 duly cyd*) Tx Loop Sze: 2000x2200 fust Tx Loop Location: L8N O 20W; L50N(30N) ® 6CE(OE} Transmitter Current 14.5/Vnps Transmitter Tum-Off Time: 360 us

Stafon Intsrvol:Profile Units:Receivar Coil Orientation:

100 feet

Hz - postivB up Hx - positwe east

Hy - poaitwe northSuivsy Dote: Feb. 8. 2002Instrumentation: Rx * DSgfal Proton (3x20 Channels)

A Geonics 3D Col (3x200rrr2)______ Tx = OeOTCsD,l-37(2.8kW)


DWG. NO. QG-227-SFLL-TF-20+00 N

2Fofe"w •5^

l

itt)

O W

SO*-f

WAO

-50. J

1500W 1000W 500W


Scale 1:4800250 O 250 500


Keefer Twp. ONLPTCM FIXED-LOOP PROFILING SURVD'

Secondary Electromagnetic Fdd (dB/dt)Transmitter Frequency: 30 Hz (505! duty cycle) Tx Loop Size: 2000 x 2200ft. Tx Loop Location: LBN 9 20W; L50N(30N) 9 60E(OE) TransmftUr Current: H,5 Amps Tranamitter Tum-Off Time: 360 us

Station Interval:Profile Units:ReoeKw CoJ On'entotion:

100 feetnanoVoR/A-nrl- Hz - posti* up

Hx - positive east H/ - posHive north

Survey Dote Feb. 07,2002Instrumentation: Rx * Digital Protem (3x20 ChannelB)

ic Geonics 3D Col (3x200nr2)_____________Tx^ Peonies EM-37 (2.8 kW)

Surveyed A Processed by: QUANTSC GBOSCIfNCM INC.

DWG. NO. QG-227-4AXIS-Z-16+ODN

00

N36 ro

l

l

i(D

O

o60

L -200.

L -20.

oVM

lH-*u\

1000W 500W


Scale 1:4800230 O 230 500


Keefer Twp, ON

LPTEM RXED-LOOP PROFIUNG SURVEY Secondary Bedromagnetic Field (dB/dt)

Transmitter Frequency; 30 Htt (50X duty cyde) Tx loop Size: 2000 x 2200ft. Tx Loop Location; L8N ® 20W; L50N(30N) * 60E(OE) Transmitter Currsrt: 14.5 /Vnpe Transmitter Tum-Off Time: 360 us

Station Interval:Profile Urfts:Reeetor Coil Orientation:

100 feetnanoVqft/Mrrr?

Hz - posft'w upHx - positive east^ - positKw north

IrabumerrtatJon:Feb. 07,2002

Rx = Digital Protem (3x20 Channels) k Geonics 3D Co! (3x200nr2) Tx^ Peonies EM-37 (2. 8 kW)

Surveyed A Processed by: QUANTSC GEOSCIENCS INC.

DWG. NO. QG-227-4AXIS-X- 16+OON

o6

l

l CO

O-50. J

O 01

tCO

o

1500W 1000W 500W

Une 16+OON - Y Component

Scale 1:4800230 500


Keefer Twp. ONLPTEM FIXED-LOOP PROFILING SURVEY

Secondary Electromagnetic Fdd (dB/dt)Transmitter Frequency 30 Hz (50X Arty cycle) TxtoapSfcze: 2000 x 2200ft. Tx Loop Location: LSN * 20W; L50N(30N) O 60E(OE) Transmitter Currant 14.5 Amps Transmitter Turn-Off Time: 360 us

Station Interval: Profile Unto:

Col Orientation:

100 feetnonoVott/AtntZ

Hz - posti/a upHx - positveeost

t^ - poaifive northSuroyDcte: F*b, 07,2002Instaimantotion: Rx = Digital Protem (3x20 Channels)

4: Gaonics 3D Cd (3x2COm~2)_____________Tx - Geoffics EM-37 (2.8 kW)

Surveyed & Processed by. qVANTEC GEOSCISNCE INC.

DWG. NO, QG-227-4AXIS-Y-16+OON

00—xro6NJ

l

Q) X

ltoID

J3o

-200.

-100. J

100.-

•/v'x-'xV^ -t/ — — ^ --^ ±r -- ^ ^fj^r^F- o.

L -20.

o wl

(O

o -5. J

1500W 1000W 500W

oK)*-*

lOl

L -200.

O!


250Scale 1:4800

O 250 500


Keefer Twp. ONLPTEM FIXED-LOOP PROFILING SURVEY

Secondary Electromagnetic field (dB/dt)Transmitter Frequency; 30 Hz (50X duty cycle) TxLoapSiza 2000 x 2200ft, Tx Loop Location: L8N 9 20W; L50N(30N) ® 60E(OE) Transmittor Current: 14.5/Vnps Trarwnitter Tt/n-Off Time: 360 us

Station IntervalProfile Unfts:Rtcewer Col Orientotion;

100 feetnonoVolt/AwTT?-

Hz - posits upHx - postrve eost

Hf - positN* northSurvey Dote: Feb. 07,2002Instrumentation: Rx s Digital Protem (3x20 Channeta)

ic Geonics 3D Coil (3x200rm2)_____________Tx - Qeofi.ics EM-37 [2.8 kW)

Surveyed Se Processed by: QUANTEC GSOSCIENCE INC.DWG. NO. QG-227-4AXIS-TF-15+OON

00

ro o

w-vi

Q)x

^.1000

-100

-to

— -1 l

-10

-100

-1000

1500W 1000 W 500W

Line 16+00 N - Z Component

Scale 1:4800250 O 250 500


Keefer Twp, ONLFTEM RXED-LOOP PROFILING SURVEY

Secondary Bedromognetic Field (dB/dt)Transmitter Frequency; JO Hz (50J5 duty cycle) Tx Uwp Size. 2000x2200 feet Tx Loop Loccfon: U3N 9 20W; L50N(30N) ® 60E(OE3 Transmittsr Cjnwt 14.5 Anps TronsmittBr Tum-Off Time: 360 us

Station InterwfcFVolite Units:Rgcetor Col Orontation:

100 feet

Hz - poaftivB up Hx - positive east

Hy - posHve northSurvey Date: Feb. 8, 2002Instrurrwrrtotior: Rx ^ Digital Protem (3x20 Chameta)

St Georka X Coil (3x200rrr2)______________Tx - Geonies EM-37 (2.8 kW)

Surveyed & Processed by: QUANTSC CONSULTING INC.

DWG. NO. QG-Z27-SFLL-Z-161-00 N

sM6CO"wCO

Q) X

.1000

.100

.10

-10

"-100

-1000

1500W 1000Wl

500W

line 16+00 N - X Component

Scale 1:4800250 O 250

('••O

500


Keefer Twp, ONLPTEM RXED-LOOP PROFILING SURVEY

Secondary EJedromagnetic Reid (dB/dt)Transmitter Frequency. JO Hz (503S duty cycle) Tx Loop Size; 2000x2200 feet Tx Loop Location: L8N O 20W; L5CK30N) 0 80E(00 Tfansmitter Current H. 5 ^rnps Transmitter Turn-Off Time: 360 us

Station Interval:Profile Units:Recever Od Orientation:

100 feet

Hz - paflftivB up Hx - positve east

Hy - postwe northSurvey Date: Feb. 8, 2002Instrumentation; Rx ~ Digitol Prolem (3x20 Channels)

it Geonics 3D Coil (3x200nr2)-—— _______Tx*GeorksEM-37(2.8kW)

Surveyed A Processed by: qUANTSC CONSULTING INC.

DWG. NO. QG-227-SFLL-X-16+00 N

00

Fofe"w(D

^000

— 100

-10

-10

"-too

"-1000

1500W 1000W 500W


Scale 1:4800250 O 250

('••O

500

DENTON RESOURSES LTD.Patented Group A; Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROFILING SURVEY Secondary Oectromagnetic field (dB/dt)

Transmitter Frequency 30 Hz (5035 duly cycte) TK Loop Size: 2000x2200 feet Tx Loop Lowtion: LBN O 20W; L50N(30N) 9 60E(OE) Transmittflf Ciirrwrt H.5 Mips Transmitter Turn-Off Time: 360 us

Station Interval;Profile Units:Rsceivw Col Oiwrtation:

100 feet

Hz - poaitivB up Hx - positK**ost

Hy - positive north

Survey Date: Instrumentation: Rx

Feb. 8. 2002Qgitol Protem (Jx20 Channels) tt Geonics 30 Col (3x200nr2)

Surveyed A Processed by: qUANTEC CONSULTING INC.


00

K)

6

fi) x

^.1000

Lioo

.10

oCO

gfg 1.-.5

.-1 l

-10

-100

-1000l

1500W 1000W 500W


Scale 1:48002SO O 250 SOO


Keefer Twp, ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Etedromagnetfc Fieid (dB/dt)

Transmitter Frequency JO Hz (505? duty cycle) Tx Loop Sze: 2000x2200 fed Tx Loop Locution; L8N O 20W; L50N(30N) 0 60E(DE) Transmitter Current H. 5 Amps Transmitter Turn-Off Time: 360 us

Station Interval:Profile Unfa:Receiver Coil Orientation:

100 feet

Hz - poartiwB up Hx- pcsitKwesmt

Hy - posttwe northSuveyDote:"" Instrumentofcn: Rx

"~" Feb. 8, 2002 Oigitol ProUm (3x20 Chonnels) A Geooks 30 Coil (3x200nr2)

Surveyed & Processed by: QVANTEC CONSULTING INC.

DWG. NO. QG-227-SFLL-TF-1&+00 N

00

Fo 6

l

ltO

.a

200.-;

100.-

-100. J

s/L -20,

o02lto*-i WA O

1500W 1000W 500W


Scale 1:4800250 O 250

(Ut!)

500

DENTON RESOURSES LTD.Patented Group A; Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROFILING SURVEY Secondary Electromoonctic Reid (dB/dt)

Transm'tter ruequeixy 30 Hz (5055 duty cycle) TxUxjpSIze 2000 x 2200ft, Tx loop Location: U3N O 20W; U50N(30N) ® 60E(OE) Tronsrntor Current H.SMipe Transinitter Tun-Off Time: 360 us

Station Interval:Profile Units:Recaver Coil Orientation:

100 feetnonoVott/Wi

Hz - poaftve upHx - positive east

H^ - posith'9 northSurvey Date: Instrumentation:

Feb. 07,2002RK ^ Ugito) Protem (3x20 Channels)

t Gsortcs 3D Col (3x2QOm"2)

Surveyed 8 Processed by: QUANTEC GEOSCISNCS INC.

DWG. NO. QG-227-4AXIS-2-12t-DON

00 -Ahofel

l CO

l -200. J

oCV2

l CO

taA O

-30.

--500.l

Ut

oyw

len

L -20.

1500W 1000W 500W


Scale 1:4800250 O 250 500

DENTON RESOURSES LTD.Patented Group b Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROFILING SURVEY Secondary Qectromagnefc Reid (dB/dt)

Transmitter Frequency 30 Hz (SK duty cycle) Tx Loop Size: 2000 x 2200ft. Tx Loop Location; L8N 0 20W; L50N(30N) * 60E(OE) Transmitter Current: H. 5 /Vnps Transmitter Turn-Off True: 360 us

Station Interval:Profile Units:Reoer/er Col Orientation:

100 feetncnoVolt/AwiTJHz - poaftwB up

Hx - positweeosthy - positM! north

SiA*yDate: Feb. 07,2002Instrumentation: F6t ' Oigitol Protem (3x20 Charrels)

ie. Geonics 3D Col (3x200nr2)_____________Tx m Geonics EM-37 (2.8 kW)

Surveyed A Processed by; QUANTEC GSOSCIENCE INC.

DWG. NO. QG-227-4AXIS-X-12-rDON

150.-

00

6ro

Q)x

-400.

-200.

L -soo.

h 20.

0.

L -20.

oB1

o w

1500W 1000W 500W

Line 12+OON - Y Component

Scale 1:48002SO O 280

(fool)

500


Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Dedromagnetic Field (dB/dt)

Transmitter Frequency 30 Hz (305! duty cycle) Tx Loop Ste*; 2000 x 2200ft. Tx Loop Location; LSN 9 20W; U50N(3DN) ft 60E(OE) Transmitter Current 14.5 M^s Transmiltor Tum-Off Time 360 us

Stalion Interval:Profile UniteRsoever Col (Mentation:

100 feetnanoYoK/Awrr-2Hz - posrtiv* up

Hx - positive eastfy - positive north

SuveyDote: Feb. 07,2002Instrumentation: Rx = Digital Proton (3x20 Channels)

4: Geonics 3D Coil (3x2COrrr2)_____________Tx-GeonaEM-37(2.8HW)

Surveyed (Sr Processed by: QUANTSC GEOSC1SNCX INC.

DWG. NO, QG-227-4AXIS-Y-12+OON

rofe l

Q) X

200.-l to

l05

-200. J

-1000.

500.

h 50.

L -50.

1500W 1000W 500W

09h-*

l

L-500.

9atl

t-* Ol


Scale 1:4800230 O 250

(fMf)

500


Keefer Twp, ONLPTEM FIXED-LOOP PROFILING SURVEY

Secondary Etectrornagnetic field (dB/dt)Transmitter Frequency: 30 Hz (5055 duty cycle) Tx Loop Ste 2000 x 2200ft. Tx Loop Location: L8N * 20W; L50N(30N) 9 60E(OE) Transmitter Currant 14.5 Ainpe Transmitter Turn-Off Time: 360 us

Station Interval:Profile Urto:Recotar Col Orientation:

100 feetnanoVott/MrrcZ ' Hz - posffinsup

Hx - positive east H/ - positivB north

Survey Date:Instrumentation: RK

Feb. 07,2002Digital Protem (Ox2C Channels)

30 Col (3x200w2)

Surveyed it Processed by: QUANTEC GEQSCIENCB INC.DWG. NO. QG-227-4AXIS-TF-12+OON

00

NJ

M

l

-1000

— 100

-10

"-10

-100

-1000

1500W 1000W 500W

Line 12+00 N ~ Z Component

Scale 1:4800250 O 250

{'••O500

DENTON RESOURSES LTD.Patented Group fa Northern Claims

Keefer Twp, ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Electromagnetic Field (dB/dt)

Transmitter Frequency: 30 Hz (505! duty cycle) Tx Loop Size; 2000x2200 feet Tx Loop Locqfon: LSN 9 20W; L50K30N) 6 60E(Op Transmitter Current 14.5 Mips Transmitter Turn-Off Time: 360 us

Station Interval:Profile UniteReceKv Col Orientation:

100 feet

Hz - pcaitiv* up Hx - positive east

Hy - pcaitive northSurvey Date: Feb. 8. 2002instrumentotion: Rx * Digital Protem (3x20 Channels)

A Geonics 3D Coil (JxZOOrtrt)______________Tx " Georfe EM-37 (2.8 kVQ

Surveyed A Processed by: QVANTEC CONSULTING INC.

DWG. NO. QG-227-SFLL-Z-12-KX) N

00

NJ

fe-9

l

.1000

-100

.10

"-10

"-IOO

"-1000

1500W 1000W 500W

line 12+00 N - X Component

Scale 1:4800250 O 250 500


Keefer Twp. ON

LPTEM FIXED-LOOP PROFIUNG SURVEY Secondary Dedromagnetic Reid (dB/dt)

Transmitter Frequency: X Hz (505S duly cycle) Tx Loop Sza: 2000x2200 feet Tx Loop Locotlon; U3N 9 20W; L50N(30N) O SOEfOE) Transmitter Current: 14.5 *np3 Tronsmittsr Tum-Off Time: 360 us

Station Interval:ProlieUnHs:Rsceiver Col Oriertlotion;

irjOfeet

Hz - positive up Hx - positveeast

Hy - positNe north

Survey Dote: Feb. 8, 2002Instrumentation: Rx - Dqtol Protam (3x20 Channels)

A Geonics 3D Coil (3x200nr2)__________ Tx ^ Georics EM-37 (2.8 kW)

Surveyed A Processed by: qUANTEC CONSULTING INC.

DWG. NO. QG-227-SR-L-X-12-I-OO N

00

ro6 ro

Q)x

^.1000

-100

.10

"-10

-100

"-IOOOl

1500Wl

1000W 500W


Scale 1:4800250 O 250 500

(f..t) ~

DENTON RESOURSES LTD.Patented Group to. Northern Claims

Keefer Twp. ON

LPTEM RXED-LOOP PROF1UNG SURVEY Secondary Qectromognet'c Field (dB/dt)

Transmitter Frequency: 30 Hz (50* duty cycle) Tx Loop SDK 2000x2200 feet Tx Loop Location: UBN O 20W, ISOCON) O 60E(OE) Transmitter Current 14.5 Amps Transmitter Turn-Off Time: 360 us

Station Interval:Profile Units:Rscewor Coil OnentatJon;

100 feet

Hz - poativB up Hx- posiO* east

Hy - positive northSurvey Date: Instrumentation:

Feb. 8, 2002Rx * Oojtol Protem (3x20 Chomeis)

4 Gton'cs 3D Coil (3x200nr2)

Surveyed A Processed by: QUANTSC CONSULTING INC.

DWG. NO. QG-227-SFU.-Y-12+00 N

00—i M6N)

l

1SOOWl

1000W 500W

— 1000

-100

.10

U.5

oCO

' I--.5

3 .-i i

"-10

-100

-1000

8.8

line 12+00 N - Total Field

Scale 1:4800250 O 250 500

DENTON RECOURSES LTD.Patented Group A Northern Claims

Keefer Twp. ON

LPTEM FIXED-LOOP PROFILING SURVEY Secondary Qedromagnetic Field (dB/dt)

Transmitter Frequency Tx Loop Size:Tx Loop Location: L8N Transmitter Current Transmitter Turn-Off Tim*:

State Interval:Profile Units;Recover Coil Orientation:

30 Hz (505! duty cycle)2000x2200 feet

20W; L50N(30N) 9 60E(OC)14.5 trrps

360 us

100 feet

Hi - posRn* up Hx - positveeost

Hy - positive northSuvey Date: Instrumentation:

Feb. 8. 2002Rx = Ojftal Protem (3x20 Channels)

4 Geofiics 30 Coil (3x200nr2)

Surveyed A Processed by: QVANTEC CONSULTING INC.

DWG. NO. QG-227-SFLL-TF-mOO N

Denton Resources Ltd

Keefer Township Patent Claims

2001 - VMS

Diamond Drilling Program

- Core Logs

- Plan Map

- Assay's

- Drill Sections

RECEIVE (SEP t 2 2003 j

GEOSCIENCE ASSESSMENT! ncnrc f

Sept l, 2002

42A05SW2003 2.26364 KEEFER 020

DIAMOND DRILL CORE LOG Denton Resources

Hole l DR-01-B

DIAMOND DRILL CORE LOG

HOLE NO: PROPERTY/AREA: TOWNSHIP: CLAIM NO: CORE SIZE: CONTRACTOR: LOGGED BY: DATE LOGGED:

DR-01-B Patented ClaimsKeefer Twp.P. 26781 (Patent)BQRonKor Diamond Drilling Ltd.Neil MclssacSept. 27, 2001

Denton Resources

DIP TESTS - AcidDEPTH

— ft— ft

-DtP—-— deg.-— deg.

AZIMUTHCOORDINATES:DIP AT COLLAR:AZIMUTH:ELEVATION:STARTED:FINISHED:

L12N/18+37W -500 900Surface: 0.0 Sept. 24, 2001 Sept. 26, 2001

TOTAL DEPTH OF HOLE: 325.0 Ft. Core Stored: Lot 9, Kamiskotia Lake

FEET

FROM

0

8.5

71.2

TO

8.5

71.2

104.9

CORE DESCRIPTION

Casing

DiabaseMedium to fine diabasic texture. Dark greyish-green colour.Somewhat porphyroblastic texture with coarse scattered whitishfeldspar metacrysts with eroded or ragged borders. Core is weaklymagnetic throughout section. Occasional rusty slips and fractures.Lower contact is sharp at 350 to core axis but core is broken-up.Core recovery excellent (*95"7o).

Intermediate to Mafic VolcanicMedium to light grey-green colour. Fine grained. Abundant chloriteand quartz carbonate filled amygdules, (vesicules?) and threads orirregular stringers. Occasional fine breccia fragments.74.5-79.5 massive volcanic section or fine grained mafic dyke? Verydark green colour, fine grained and massive texture. Contacts at 250to core axis. 85.6-86.3 local irregular narrow section of quartz-chlorite-carbonatewith up to y/o - 40Xo pyrrhotite and pyrite and minor chalcopyrite.Numerous fine quartz carbonate threads and fractures at low angleto core axis. Occasional pillow rims suggested.

SAMPLE NO.

19585

FROM

85.6

TO

86.3

LENGTH (ft)

0.7

Au(g/t)

Nil

Ag (ppm)

0.5

Pb (ppm)

Nil

Zn (ppm)

50

Ni (ppm)

23

Cu (ppm)

248

D.D.H. : DR-01-B

DIAMOND DRILL CORE LOG Denton Resources

FEET

FROM

104.9

175.9

TO

175.9

207.0

CORE DESCRIPTION

Intermediate to Mafic Volcanic - MixedWith narrow sections of interflow sediments. Fine grained andmedium to dark green in colour. Scattered short sections of quartz-carbonate and chlorite filled amygdules. Occasional grey to palegreen cherty bands or fragments with associated pyrrhotite , pyriteand a few blebs of chalcopyrite.Cherty sulphide rich bands at 250to 40"to core axis. About 100Xo to150Xo interflow material.128.4 - 1 34.4 up to 200Xo quartz carbonate. Chlorite as patches,stringers, wisps and threads. Minor disseminated pyrrhotite andpyrite associated. 1"Xo to 2"Xo sulphides. 145.4 - 149.4 Up to 250Xo narrow cherty sulphide bands, stringersand fragments. Cherty bands contain *2QVe pyrrhotite, pyrite andminor chalcopyrite. Fine brownish stringers and patches, possiblysphalerite or biotite associated.153.8 - 156.8 100Xo to 150Xo cherty sulphide bands/fragments. 161 .7 - 163.3 100Xo to 120Xo cherty sulphide bands/fragments.

Interflow Sediments Mixed with Mafic to Intermediate VolcanicsAbout 50"Xo to 55"Xo cherty and sulphide rich bands and/or fragmentsalternating with narrow sections of amygdaloidal volcanic material.Sulphides consist of pyrrhotite, pyrite and minor chalcopyrite.Sulphide content from 50Xo to 150Xo with up to 250Xo locally.171 .7-175.9, 50Xo to 100Xo pyrrhotite, pyrite with minor chalcopyrite175.9-180.0, 120Xo to 150Xo pyrrhotite, pyrite with minor chalcopyrite180.0-185.0, 150Xo to 200Xo pyrrhotite, pyrite with minor chalcopyrite 185.0-190.0, 50Xo to 100Xo pyrrhotite, pyrite with minor chalcopyrite 190.0-195.0, 100Xo to 150Xo pyrrhotite, pyrite with minor chalcopyrite195.0-199.0, 100Xoto 120Xo pyrrhotite, pyrite with minor chalcopyrite199.0-203.0, 5 DXo to 100Xo pyrrhotite, pyrite with minor chalcopyrite203.0-207.0, 50Xo to 8"Xo pyrrhotite, pyrite with minor chalcopyrite. Low angle cherty-sulphide banding and quartz-carbonate stringers at 200 30C to core axis.

SAMPLE NO.

19586

19587

1958819589

195901959119592 19593195941959519596 19597

FROM

128.4

145.4

153.8161.7

171.7175.9180.0 185.0190.0195.0199.0 203.0

TO

134.4

149.4

156.8163.3

175.9180.0185.0 190.0195.0199.0203.0 207.0

LENGTH (ft)

6.0

4.0

3.01.6

4.24.15.0 5.05.04.04.0 4.0

Au (ppb)

Nil

11

NilNil

NilNilNil NilNilNilNil Nil

Ag (ppm)

0.2

Nil

0.20.5

Nil0.50.3 Nil0.30.30.4Nil

Pb (ppm)

Nil

Nil

NilNil

NilNilNil NilNilNilNil Nil

Zn (ppm)

95

90

72120

9414387 106102104112 105

Ni (ppm)

42

19

2231

343439 37503930 46

Cu (ppm)

136

321

345669

287539504 273381374236111

D.D.H. : DR-01-B

DIAMOND DRILL CORE LOGDenton Resources Page3 of 3

FEET

FROM

207.0

325.0

TO

325.0

CORE DESCRIPTION

Massive VolcanicIntermediate in composition. Upper contact sharp at 650to coreaxis. Fine grained. Vague whitish speckling to 225' suggestspossible porphyritic phase or diabasic texture. Scattered sectionscontaining chloritic- quartz-carbonate amygdules.230.0-325.0 more fine grained and massive, darker greyish-greenin colour. More mafic. Very fine whitish laths or needles in a darkgreenish matrix (possibly leucoxene) suggests a very fine graineddiabasic dyke or sill in part.322.2-323.6 minor sulphide stringers, veinlets associated with felsicfragments. 3V0 to 407o pyrrh

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