MINERAL RESEARCH CANADA Inc. - Ontario · MINERAL RESEARCH CANADA Inc. Mineral Processing Faci l i...

42jeiNE8391 2.14801 KIPLING 01(7)

MINERAL RESEARCH CANADA Inc.

Mineral Processing Faci l i tf^E.OF' - Tlifidust ri al Blvd. R. R. # 2 Tel. (705) 378 - 2416 Parry Sound, Ontario Fax. (705) 378 - 5123 |S|OV l 8 1992 Canada P2A 2W8

LOCATION AND ACCESS TO

The kaolin/silica project c-laims are located in the townships of Kipling and Emerson in the area of and comprising the claims historically known as the Douglas property. The claims are on the Mattagami River in the area of the Kipling Hydro dam approximately 100 miles southwest of James Bay in Ontario.

The claims are accessible by driving north on highway 634 from Smooth Rock Falls to Fraserdale (approximately 45.0 miles). Then a private Ontario Hydro road may be taken west for 40 miles to the Smoky Falls dam. A road then continues north for approximately 6 miles to the Kipling dam.

CLAIM NUMBERS

The kaolin/silica property consists of 367 claims (as of Oct. 14, 1992) as well as 8 patented and one leased claim. The claim numbers are P 900001 - P 900100, P1089038 - 1089073, 1089078 - 1809111, 1090037 - 1090044, 1112282 to 1112306, 1112317 - 1112351, 825792 - 825811, 880001 - 880016, 970070 - 970104, 970168 - 970200 5, 983551 - 983566.

The claim numbers that this work is to be filed on are P 1112282 - 1112306 8. 1112317 - 1112351.

OWNERSHIP

The claims are wholly owned by Great Lakes Kaolin Inc.

PREVIOUS WORK

The property history as complied by A. Gourley (1989) cites Robert Bell of the GSC as the first person to document the presence to clay and lignite in the James Bay Lowlands on Coal Brook in 1875. Borron (1891) reported extensive deposits of silica and clay on the Missinaibi River. In 1925, a report was produced by H. S. Hancock for McCarthy A Douglas regarding nine claims held on the bank of the Mattagami River and a company was formed (Northern Ontario China Clay Corporation).

In 1934 Minefinders Ltd financed the drilling of 18 holes on the west side of the Mattagami, directly across from the Douglas property, which became known as the General Refractory ProductsLtd.

Fifteen holes were drilled in 1959 - 1960 by American Nepheline Ltd. with nine of these being in Kipling township.

The China Clay Syndicate comprised of New Calumet and Crang Securities drilled one hole to a depth of 163.0' north of the Douglas property in 1962. This hole is now known as C-1 after ownership transferal to the Chesterfield Mining 4 Exploration Co. Ltd.

Exploration in this areas continued in 1970, when Indusmin Ltd. drilled nine holes. The overburden depth in this area was approximately 100.0'.

Six hole were drilled by Geocon Ltd. on the Douglas claims in 1972. These claims were being leased by Brascan and a report was issued by C. Norman Simpson Consultants Ltd.

Ontario Geological Survey from 1975 - 1978 performed a drilling, geophysical, laboratory and field mapping study to determine Mesozoic stratigraphy.

Drilling was again conducted during 1981 by Selco Ltd. after a airborne magnetometer survey was completed. The seven holes were drilled into the anomalous magnetic areas.

Carlson Mines Ltd. optioned the Douglas property in 1985, and drilled five additional holes into the property. At this time a bulk sample was taken from the Douglas on which test work was performed by the Ontario Research Foundation (now Ortech International) and LakefeCld Research. Carlson Mines Ltd. failed to complete option payments on the property resulting in forfei ture.

In 1989 the Douglas property was acquired by 798839 Ontario Ltd. (under t he management of James Bay Kaolin Corp.), as well adjoining claims were staked to bring the total to 380 claims. An exhaustive drilling program of 168 holes was undertaken in which WRA, STEM, viscosity, abrasion, particle size distributions, and various separation techniques were develop[ed as well as construction of a pi lot plant begun.

In 1990 James Bay Kaolin Corp. was relieved of its managerial duties due to an improper rendering of accounts. The testing work continued, a 13 000 tonne bulk sample extracted and a 15 hole drilling program was completed in 1992 under the name of Mineral Research Canada Inc. for its associated company Great Lakes Kaolin Inc.

"EST1NG PHOCEDUREb

The following tests are used almost exclusively by the pulp E. paper industry for the testing of kaolin and to a limited extent by the ceramics, rubber and other industries. These- being: viscosity, abrasion, particle size distribution (Dy Ro-tap A Sedigraph), moisture, brightness ana pH. Due to the highly l ens i c nature of the Moose River depot, it extensive testing is required as each lithologic unit must be treated separately to evaluate its potential. The methods and equipment models used are described for each test.

VISCOSITY - provides a rough -indicator as to tne presence of smectites (a similar clay mineral to kaolin but has a quality of expanding to up to 11 times its l en g t M --o The presence of water due to hydroxyl encorporat i on into the lattice structure). Viscosity is critical in the pulp and paper industry as kaolin is almost always shipped as a slurry at 70,056 solids. These slurries must be unloaded with little difficulty and remain fluid during shipping without settling out or becoming more viscous. The kaolin particle shape can also effect the viscosity (especially if large amounts of hall yo site - a tubular kaolin - is present). There are two viscosity tests, one at high shear rates and the other at low shear rates. Our instrument is a Brookfield, model DV-II. For any viscometer model the minimum range is obtained by using the largest spindle at the highest level; the maximum range by using the smallest spindle at the lowest soeed . It is a measurement of a specified percentage solids at a specific temperature and pH . For high brightness coating grade kaolin, the viscosity should be 300 - 600 cps, , regular brightness coating grade viscosity runs from 200

- 600 cps., for water washed filler grade kaolin, the viscosity requirement is 150 - 300 cent apoi ses .

O.N - this test is oe r formed to give a early indication of the kaolin yield from tne sample as well as the percentage of silica in each size fraction which may become important as more market are found for silica of certain size fractions (e.g. - golf course sand is only of a oarticular size fraction). The silica fractionation required the use of a Ro-tap after the clay portion i -325 mesh material) has been removed. THe Ro-tap utilizes various sieve sizes to give the appropriate distribution. The clay portion is then tested with the sedigraph which used an X-ray beam to measure the portion if the fine material in each particle size, generally measured in microns. The oarticle size is critical for kaolin, it is i he most crucial factor by which quality is judged. Each application of kaolin has a different particle size distribution requirement. See figure 1 (particle size for the paper products), figure 2 is a typical sea-igraph for ceramic grade material. Our sedigraph results are as follows; page 1: shows tabular data of cumulative mass percent finer ana mass percent in interval vs. diameter. Page 2: the curve represents cumulative mass oercent finer vs. equivalent spherical diameter. : columns indicate mass peculation (percent in

interval) vs. eauivalent spherical diameter. The i? -s a Mi croneret i cs Sedigraph 5100.

MOISTURE - determination of moisture must be complet. ea :- -, ord calculate the Ro-tap screen fractions (percentage of total dry mat e -" i a l } .

BRIGHTNESS - a significant element for the paper -industry , the whiter the material is the higher the price the material commands, Brightness is especially important in kaolin that is used in paper coating. The brightness must be high to provide a goon reflectance, opacity and gloss. Our instrument is a Tecnm or i t e Micro IB -1C, S is fully automatic microprocessor based that provides brightness, opacity, colour and fluorescence measurements, The powdered kaolin is pressed into a pellet form before obtaining a bryant ness reading.

D.H - a reading is taken as an indicator of the settling qua! IT y of the sample as well as being required to perform the viscosity ana abrasion tests and is a rough estimate as to the possible chemical loading of the final product - most kaolin is shipped as a pH of 4, the material from the Moose River deposit is generally alkaline. Accumet 910 meter is in our use.

N - even though the particle size distribution may indicate a large percentage of fine particles it is important that these particles be almost entirely kaolin. Silica in the Moose River deposit is frequently as fine as the kaolin platelets and because kaolin and quartz has the same specific gravity tnere is z constant challenge in removing sufficient silica to reduce the abrasion to an acceptable level. It is required that most abrasives be removed as their presence causes excess wear on apparatus when producing paper. The instrument used is Einlehner AT 100. Dry kaolin ( 1 00 g) is mixed with 300 mis of water, agitated 5.0 minutes, flushed with 700 mis of water, pH is then adjusted. The standard duration of the test is 2,0 hours. The abrasion of the test is measured as loss in weight g/m2 suffered by standard test screen having an abrasion areas of 305 mm2 . For the regular and high brightness coating grade kaolins, abrasion value must be less than esg/m2 and water washed filler grade kaolin abrasion value IK less T nan 1 00 g/m 2 .

KAOLIN PARTICLE SIZES FOR PAPER

100

5 2 Equivalent Spherical Diameter m

SOURCE : INDUSTRIAL MINERALS AND ROCKS, 1975FIGURE

05 0.1

Figure 1.

E F'K sample from Tucker Get,/9O51OO F'AGE

,PI.^D1RECTGRYXNLIMBER:; DATA3 /IPL.E ID:: EPK

; JBMITTER;; Tucker /PER AT OR:; KM SAMPLE TYPEs Clay LIQUID TYPE;; Water ANALYSIS TEMPs 34,7 dog C BASELINE/FULL SCALE x O/ O

/164

k l loc:ou.n •NJ./

STARTING DIAMETER:; ENDING DIAMETER::

MEDIAN DIAMETER::

50,, 00 j. i fit O,20 S..UTI

LIMIT NUMBER:; l START 13:: 48 :: 2 5 1O/O2/9O REPRT 14:: 29;: 1.3 03/09/92 TOT RUN 11 ME O;: 26:: 49 'SAM DENS:: 2,, 6OOO q/cc LIGJ DENS:; 0..9942 q/cc L. IQ VISC:: O , 7269 c p RUN TYPE x Hiqh Speed

REYNOLDS NUMBER:; . 0,2:!. FULL SCALE MASS X: 1OO

MASS DISTRIBUTION 2,05 urn MODAL. DIAMETER:; 4,07 |..un

DIAMETER (M m)

50 ,, 004 O, .0030 ,, 002 5, .0020,00l 5. 0010,008. 006 , 005 ,004 , 003, 002 , 00l ,, 50l ,, 00O , 80O , 60O ,, 50O , 40O , 30O , 20

CUMULATIVEMASS

FINER

101.4 99 , 7 98 , 4 97,4 95,5 91,9 84 , 2 BO . 4 74 , 6 69 , 8 63 . 8 58 , l 49,5 45,5 39 , 5 37 , l 32 , l 28 , l 23 , l 17,5 1 1 , 9

MASSIN

INTERVAL("O

-1,4

l , 7 l, 3 l ,, O l , 9 3,6 7,7 3,8 5. 8 4,9 5,, 9 5,7 8 , 6 4 , l 5,.9 2,4 5 , l 4,0 5, l 5,6 5,6

fig.

JAlW

ed:i. Graph 51 (X'/ V3..02E F1 K. sample from Tucker Oc:t,79O

PAGE 'l

BAMTr.E DIRECTORY/NUMBER i: DAT A3 SAMPLE ID: EPK SUBMIT T i;-R s Tucker OPERATOR:: KM SAMPLE TYPE:: Clay LIQUID TYPE;; Water ANALYSIS TEH!-:; 34,7 deq C BASELINE/FULL SCALE:: O/ O

X164

kilo c oun t s/se c:

STARTING DIAMETER;: ENDING DIAMETER::

MEDIAN DIAMETER!

50.. O O |..un O.. 20 |.im

UNIT NUMBER:: l START 1.3848s 25 1O/O2/90 REPRT :l.4 s29:: 1.3 O3/09/92 'TOT RUN TIME Os 26x49 SAM DENS:: 2.6000 q X t:: c: L. IQ DENS:: 0,9942 ci/cc LIQ VISCs 0.7269 cp RUN TYPE;: Hicih Speed

REYNOLDS NUMBER:; 0,21 FULL SCALE MASS X :: 1OO

MASS DISTRIBUTION 2,05 urn MODAL DIAMETER:: 4.137 |..un

DIAMETER

50 , 00 40,00 30 , 00 2 5,, O O 20 , 00:l. 5 . ool O. .005 , 006 , 00 5 , 00 4 ,, 00 3 , 00 2 , 00 l , 50 l . 00 O , 80 O , 60 O ,, 50 O , 40 O , 30 O , 20

CUI'IULATIVEH ASS

FINER ("i)

10:1., 4 99 ,, 7 9 S, 4 97 , 4 95,, 5 91,9 B4 ,2 SO, 4 74 , 6 69 ,, 8 A3 , 8 58,, l 49,, 5 45,5 39,5 37 , l 32 , l 28 ,, l 23 , l 17,5 11 , 9

MASSIN

INTERVAL (".O

l , 7 l . 3 l ,, O 1.9 3.6 7.7 3.8 5,8 4 . 9 5.9 5. .7 8.6 4.1 5.9 2.4 5.1 4 , 0 5.1 5.6 5, .6

fig Z

PAGE

DIRECTORY/NUMBER:: DATA;:.; /'.1.64 SAMPLE ID:: EPKSUBM1TTER:: TuckerOPERATOR:: KMSAMPLE TYPE:: ClayLIQUID TYPE:: WaterANALYSIS TEMP:: 34,, 7 cleg CBASELINE/FULL SCALE;: O/ O k:i. locoun ts/sec

UNIT NUMBER:: l START 13:: 48:: 2 5 10/O2/90 REPRT .1.4s29s.1.3 03/09/92 TOT RUN TIME O x 26:: 49 SAM DENS:: 2..6000 q/ c c L IQ DENS:: O. 9942 g/cc l... l Q VI. BC s O-7269 c p RUN TYPE:: High Speed

-s- CUMULATIVE MASS PERCENT FINER VS. DIAMETER MASS POPULATION VS. DIAMETER

x

o:UJz

CD CO CE

100 -

90 -

60 -

70 -

60 -

50 -

40 -

30 -

20 -

10 -

!7i -

•-—

rn

-— 1— .

——

---v

—

"N.N\

N.

—

x-\

—

.^^

\

^ s^ vSex. "-V

xnn

\\\x

100 10 l

EQUIVALENT SPHERICAL DIAMETER , C pm )

J~L Q. 2, \J

ROTARY DRILL HOLE RECORD

Drilling Started: Jan, Drilling Finished: Jan, Dri11 ing Co.: Midwest Dip: -900Hole Length: 250.0' Overburden Depth: 88.5' Claim No.: P 970177 Easting: 8200 E Northing: 007 S Property: Kipling

19, 1989 Logged By: A. Casselman 19, 1989 Logged: Jan. 24, 1991

Core Size: 3.5" Core Storage: Mineral Research Canada 1 Industrial Blvd. R. R. # 2 Parry Sound, ON P2A 2W8

Hole Number: 89-9

SUMMARY

From To Description

88.5' Glacial Sandy Clay Till Overburden - Pleistocene0.0'

88.5'

96.0'

98.0'

141.25'

170.0'

179.0'

210.0'

215.0'

220.0'

224.0'

240.0'

96.0' Clay

98.0' Sandy Clay

141.25' Kaolin Silica Sand (Kss)

170.0' Clay

179.5' Sandy Clay

210.0' Kss

215.0' Sandy Clay

220.0' Kss

224.0' Sandy Clay

240.0' Kss

250.0' Sandy Clay

Cretaceous

EOH - 250.0'

Detai1 Log - 89-9

From To Sample No,

0.0' 88.5'

Descript ion

88.5' 91.0' 901

91.O 5 96.0' 902

96.0' 98.0' 903

98.0' 100.0' 904

100.0' 107.0' 905

107.0' 110.0' 906

110.0' 115.0' 907

115.0' 120.0' 908

120.0' 125.0' 909

125.0' 129.0' 910

129.0' 133.0' 911

133.0' 137.0' 912

137.0' 141.25 913

141.25' 145.0' 914

Glacial Sandy Clay Till - fine grain with Pre-cambrian and Devonian (carbonate) clasts - angular to sub rounded medium grey/green, calcareous.

Clay - silty, in some areas, competent, disc-like, medium red and buff mottled - entire hole dried.

Clay - competent, disc-like, light grey, exterior crystal growth.

Sandy Clay - competent, pliable, fine grain, medium brown, minor illite, exterior crystal growth, and yellow staining, moist.

Kss - medium grain, light yellow brown.

Kss - fine grain, light brown.

Kss - as above.

Kss - fine grain, grading to medium grain, light yellow brown, grading to white.

Kss - medium grain grading to coarse grain, white.

Kss - medium grain, light grey - some yellow staining.

Kss - medium grain, light yellow brown.

Kss - medium grain, grading to coarse grain, light yellow brown.

Kss - medium grain, grading to coarse grain, light grey.

Kss - coarse grain with areas of medium grain matrix , light brown.

Clay - competent, disc-like, chocolate brown, carbonaceous, minor illite in silty areas, exterior crystal growth, large lignitic fragments.

145.0' 148.5' 915 Clay - competent, disc-like greasy,

148.5' 152.0' 916

152.0' 156.0' 917

156.0' 159.0' 918

159.0' 163.0' 919

163.0' 170.0' 920

170.0' 174.0' 921

174.0' 177.0' 922

177.0' 179.5' 923

179.5' 184.0' 924

184.0' 188.0' 925

188.0' 191.0' 926

191.0' 196.0' 927

196.0 s 200.0' 928

200.0' 205.0' 929

205.0' 210.0' 930

210.0' 215.0' 931

215.0' 220.0' 932

220.0' 224.0' 933

chocolate brown, exterior crystal growth, carbonaceous.

Clay - as above - less carbonaceous.

Clay - competent, fissile, some areas silty, chocolate brown, one portion water saturated.

Clay - competent, fissile, buff grading to red (3.0") then becoming buff.

Clay - competent, disc-like, greasy, medium brown, carbonaceous, moist.

Clay - as above.

Sandy Clay - competent, fissile, medium brown, carbonaceous, minor illite, exterior crystal growth.

Sandy Clay - competent, fissile, increasingly so downsection, buff.

Sandy Clay - as above, grading to fine kss.

Kss - medium grain, medium brown.

Kss - as above.

Kss - as above, exterior crystal growth, yel low.

Kss - medium grain, medium chocolate brown, exterior crystal growth.

Kss - as above, sulphureous smell and yellow patches.

Kss - as above, no yellow.

Kss - as above.

Sandy Clay - competent, fissile, fine grain, buff, carbonaceous, minor illite, sulphureous smell.

Kss - medium grain, medium brown, drilling debris.

Sandy Clay - competent, fissile, fine grain, buff, carbonaceous, minor illite, sulphureous smell.

224.0' 230.0' 934 Kss - medium grain, dark brown, exteriorcrystal growth, yellow, sulphureous smell.

230.0' 235.0' 935 Kss - as above.

235.0' 240.0' 936 Kss - as above.

240.0' 245.0' 937 Sandy Clay - competent, disc-like, fissile,medium brown, carbonaceous, minor illite.

245.0' 250.0' 938 Sandy Clay - exterior crystal growth, - asabove.

EOH - 250.0'

SECTION - 89-9

Hole Length: 250.0' Claim No.: P 970177 Overburden Depth: 88.5' Northing: 007 S Easting: 8200 E Scale: 1.0" = 50.0'

m 89-9

T;U

Cl*y

Kti

CUy

S*ndy Clay

KitStndy CUy Ks*

S*wly CUy —

MINERAL RESEARCJ I CANADA

-HNPU3TR1AI. BLVP.

FAX (705) 373-: DATE

89-9

Ml

mg*M* M7 tt* M*rt m m so w

IMRIm m m m m mRIm m m m m m m m m m

MINERAL RESEARCH CANADA

J INDUSTRIAL BLVD. RR2 PARKY Sq^jD, ONTARIO

UW8

FAX (705) 378-:"ATE

BUS (705) 378-2416

MINERAL RESEARCH CANADATEL:(70S) 378-2416 FAX:(705) 378-5123

- 7

l INDUSTRIAL BLVD.,RRE PARRY SOUND, ON. CANADA

PEA 2W8

ANALYSIS REPORT

SAMPLE tt SCREEN

* 4

7. MOISTURE 'X pH (E07. SOLIDS)

+800 +3E5 -325

+SOO /.*325-5",-325^3.3

X 7-J

+ 100 +200 •f 325

40

+200-•-325-325

-t- 4

+EOO ,y*325^. -325^ 3

y.

/'•T*.

MINERAL RESEARCH CANADATEL:(705) 378-2^16 FAX:(705) 378-5183

l INDUSTRIAL BLVD.,RR2 PARRY SOUND, ON. CANADA

PEA 2W8

ANALYSIS REPORT

SAMPLE # SCREEN y.

-7

+200 -Z.& +3S5 0-3, -3E5 ~?- S

MOISTURE '/. pH (20X SOLIDS)

X

-325

+200 ^-325^.X -325 7' 7

325X. X 325

.•-Jr:.i s J*

-H! 00H- 200

. 3

x' T

-325

MINERAL RESEARCH CANADATEL:(705) 378-2416 FAX:(705) 378-5123

ANALYSIS REPORT

l INDUSTRIAL BLVD.,RRP PARRY SOUND, ON. CANADA

P2A 2W8

--•.•T

SAhPLE SCREEN

+ 4 * 40

+200' /' S-f325^-325

MOISTURE '/. pH (20X SOLIDS)

-i-lOO

7-7

+20O +32S /. T -325

(D

•i-200 +32S-325

x- S . 2.

+32S y 7-*f .

MINERAL RESEARCH CANADAl INDUSTRIAL BLVD.,RR2

378-5123 PARRY SOUND, ON. CANADA

PEA awe

ANALYSIS REPORT T

SAMPLE tt SCREEN V. MOISTURE '/. pH (20X SOLIDS)

• 4 f. 40•f 100 'i

402:7

-t- 4

-1-325 5V 2--3252-6-2-

-f- 4

+200 ^325 -325

+200

+ 100 3 X*200*2 .g ,}+3S5-2..2. -:.-:. ! -.:-.-V.'.^-325 C^,. 3 7 . ?

: \,

MINERAL RESEARCH CANADA VTEL:(705) 378-E416 FAX:(705) 378-51E3

SAMPLE

l INDUSTRIAL BLVD..RR2 PARRY SOUND, ON. CANADA

PEA ewe

ANALYSIS REPORT

SCREEN y. MOISTURE 7. pH (E07. SOLIDS)

H. li-H ^0

+ 100 +EOO +3E5-3E5/ 7

•t- 40+ 100+EOO ^.Z? +3E50-S

/j.;

* i oo+EOO+3E5 -3E5

H- ^ e?./* ^o-v7-^-MOO 37.2+EOO 3. -y+3E5V-0 -3E5 .0

D-'".

X'" i

TEL: (705) 378-2416 FAX:(705) 378-5153

MINERAL RESEARCH CANADAl INDUSTRIAL BLVD.,RR2 PARRY SOUND, ON. CANADA

P2A SUS

ANALYSIS REPORT

SAMPLE # SCREEN

-t- 4- 40 + 100+200 y,+32S P--325 0T.

MOISTURE X pH (20X. SOLIDS:

r+ e*- 1+Q-*-100+20O •+32S-325

+200-t-325-325

- 40-t-lOO +20O +32S-325

- 3

- 40 + 100-t-200 + 32S-225

"X

V!

7*yJ j 7 8-24 i 6

MINERAL RESEARCH CANADATEL:(705)FAX:(705) 378-51E3

SAMPLE


PEA EU'B

ANALYSIS REPORT

SCREEN

* 4

'/. MOISTURE 7. p H (EO'/. SOLIDS)

-325 "56- S

•t- 40 + 100

^325 X. ^ -325/3-0

440

4

* 1 00^,7-^200 ,/+32S ,-a-325

+ 4 •4- 4O + 1OO +200

-325

\

b1 '-* -'^--''l . -'- ~~. J l

.w?-,^.^^,..,^\.l-'~-j -5,0-.L~liO

MINERAL RESEARCH CANADATEL:(705) 378-2416 l INDUSTRIAL BLVD.,RRE FAX:(705) 378-5123 PARRY SOUND, ON. CANADA

P2A 2W8

ANALYSIS REPORT '"f

SAMPLE tt SCREEN V. MOISTURE V. pH (20V. SOLIDS)

* 40 G7-& *~? 2L+ 100 //.? S , f+200 -X , " ' X•+-32S /; Z ' '^-325 //, J

* 4 ^* W?: 3-HlOO /'-^

y

7-3255^.

+32S

/rv '' * . 'i .',O- i 00.

+200+32S -325

^ 4 f*-4-40 O-HOD "O+200 .0+ 32S ';-325 ! 'i

[ DA'"K......

970168

970169

"970170

19-332

970171

970172

970173

1089038

M-2Q

1089039

106901.0

M-2JI

1089041

H690I.2

1089043

l

Hole 89-9 tt 9O1SediGraph MOO V3..02

E DIRECTORY/NUMBERS DATA3 /3B1 fi: IDs Hole 89-9 ** 9O1

SUBMITTERs M 39 OPERATORS KM SAMPLE TYPEs Clay LIQUID TYPEs Water ANALYSIS TEMP s 34 ..6 dec| C BASEL INE/FULL BC AI...E s 129/ 121 ki l o coun ts/se c:

STARTING DIAMETERS 30.00 |.im ENDING DIAMETERS O..40 |.im

PAGE l

UNIT NUMBERS l START 08 B 41 B 07 09/1.8/91 REPRT 08i52tll 09/18/91 TOT RUN TIME Os 07s26 SAM DENSs 2.6000 g/cc LIQ DENS: 0.9942 g/cc LIQ VISCs 0.7279 cp RUN TYPEs High Speed

REYNOLDS NUMBERS 0.21 FULL SCALE MASS Ss 100

MASS D I STR I BUT I ONMEDIAN DIAMETERS 2.03 |.im MODAL DIAMETERS 1.49 |.im

DIAMETER C |.i m )

30 .0040.0030.0023.0020 .0013.0010.008.006.005.. 004.003.. 002.00l . 30l. 000.800.60O.. 300.40

CUMULATIVEMASS

FINER

103.3 99 .. l 92 ,. 6 90 . 0 BS ,. 2 86 ,. 9 (33 .. 6 80 . 3 74 . 7 71.7 68 . 0 60 . 7 49 ,. 4 4:53 ,. 3 10. 3 1.3

-7.0•-11 , 0-17.0

MASSIN

INTERVAL

-3.3 6.2 6.5 2 ,. 6 1.9 l ,. 3 3.3"v "V

J) K O

5.63 . 03.77.3

1 1 . 21 6 . l22.89 . 28 . 33 .. 96. 0

Hole 89-9 tt 90.1.BediGraph 51OO V3-02

jE DIRECTORY/NUMBER s D AT A 5 SAMPLE IDs Hole 89-9 tt 901 SUBMITTERs tt 39 OPERATOR s KM SAMPLE TYPEs CIax LIQUID TYPEs Water ANALYSIS TEMP:: 34-6 d eg C BASELINE/PULL SCALE:: 1.29/ 1.21

/3B:l.

k. i ;i.ocoun ts/sec:

PAGE 2

UNIT NUMBERS l START 08s41 s 07 09/18/91 REPRT 08s 52sil 09/18/91 TOT RUN TIME Os07s26 SAM DENSs 2.6000 g/cc: LIQ DENSs 0.9942 g/cc LIQ VISCa 0.7278 cp RUN TYPEs High Speed

-i- CUMULATIVE MflSS PERCENT FINER VS. DIAMETER MASS POPULATION VS. DIAMETER

M

Oflil

enCOCE E

EQUIVALENT SPHERICAL DIAMETER , ( pm )

I1R

SS

, (

7.

in

inte

rval

n c 3 C r D < D

m to

w

D "

Dto

oW

XI

•o r

m K

yj

H

n M

m

oZ

2 to

-n -

n

Z D

m M

3J D

3 m

to

m m H m

^ 3v r- k

r~ ^

o *~!

T- 'f !

f!

w/

SM^

ijf

fjr

ut

W ^

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SUBMITTERs tt 39 OPERATORS KM SAMPLE TYPEs C l a/ LIQUID TYPEs Water ANALYSIS TEMP:! 34.,6 dag C BASELINE/FULL SCALE s 129/ 89 kilocounts/sec

STARTING DIAMETERS 50,00 j.im ENDING DIAMETERS O..40 urn

UNIT NUMBER! l START 09sO4s5O 09/18/91. REPRT 09s2IB 3.l 09/18/91 TOT RUN TIME OsO7:21 SAM DENSs 2.6000 g/c c LIG1 DENSs 0.9942 g/cc LIQ VISCs 0.7276 cp RUN TYPEs High Speed

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PAGE 3

UNIT NUMBER: l START 09s04 s SO 09/18/91 REPRT 09s 12s 32 09/18/91 TOT RUN TIME Os07s21 SAM DENSs 2.6000 g/cc LIQ DENS s 0.9942 g/cc LIQ VISCs 0.7276 cp RUN TYPEB High Speed

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UNIT NUMBER: l START 09s32s 22 09/18/91 REPRT 09a43s35 09/18/91 TOT RUN TIME Os07s 23 SAM DENSs 2.6000 g/cc LIQ DENSs 0.9942 q/cc LIQ VISCa 0.7271 cp RUN TYPEs High Speed

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PAGE 2

UNIT NUMBERS l START 09 s 32 s 22 09/1.8/9:1. REPRT 09s43s33 09/18/91 TOT RUN TIME OsO7s23 SAM DENSs 2.6000 g/cc LIQ DENS: 0.9942 g/cc: LIQ VISCs 0.7271 cp RUN TYPEs High Speed

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PAGE l

UNIT NUMBERS l START 09 s 5.1. s 07 09/18/91 REPRT 09*58:59 09/18/91 TOT RUN TIME Os07:30 SAM DENSs 2.600O g/cc LIQ DENS s 0.9942 g/c c: LIQ VISCr 0.7267 cp RUN TYPEs High Speed

REYNOLDS NUMBERS 0.21 FULL SCALE MASS fta 100

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PAGE .1.

UNIT NUMBERS l START 10s 1.3sOO 09/18/91 REPRT 10s 20s SO 09/18/91 TOT RUN TIME OsO7s28 SAM DENSs 2.6000 q/cc: LIQ DENSs 0.9942 q/cc LIQ VISCs 0.7269 cp RUN TYPEs High Speed

REYNOLDS NUMBERS 0.21 FULL SCALE MASS 7i3 .1.00

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PAGE 2

UNIT NUMBERS l START 10s 13s00 09/18/91 REPRT 10s20s SO 09/18/91 TOT RUN TIME Os07s 28 SAM DENSs 2.6000 g/cc LIQ DENS s 0.9942 g /c: c: l... IQ VISCs 0.7269 c p RUN TYPEs High Speed


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PAGE 3

UNIT NUMBERS l START 10s 13 s 00 09/1.8/9:1. REPRT 10s20s SO 09/18/91 TOT RUN TIME Os07s 28 SAM DENSs 2.6000 g/c c L. IQ DENS s 0.9942 g/c: c: LIQ VISCs 0.7269 cp RUN TYPEs High Speed

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UNIT NUMBERS l START 10s44 s 25 09/18/91 REPRT !Os32sO9 09/18/91 TOT RUN TIME OsO7s23 SAM DENSs 2.6000 g/cc LIQ DENSs 0.9942 g/cc LIQ VISCs 0.7273 cp RUN TYPEs High Speed

REYNOLDS NUMBERS 0.2.1. FULL SCALE MASS KB 100

MASS DISTRIBUTIONMEDIAN DIAMETER 3.36 j.im MODAL DIAMETER! 9.39

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PAGE 2

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STARTING DIAMETERS 50.00 \.un ENDING DIAMETERS O..40 urn

PAGE l

UNIT NUMBERS l START 11 e06B36 09/18/91 REPRT Ilsl4s30 09/18/91 TOT RUN TIME OB07s32 SAM DENSs 2.6000 g/cc L. IQ DENS s 0.9942 g /c: c LIQ VISCa 0.7270 cp RUN TYPEs High Speed

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UNIT NUMBERS l START 11 s 06 s 36 09/18/9:1. REPRT 11 a 14:30 09/18/91 TOT RUN TIME Os07:32 SAM DENS: 2.6000 g/ cc L.T.Q DENS: 0.9942 cj/cc: LIQ VI8CB 0.727O cp RUN TYPE: High Speed


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PAGE 3

UNIT NUMBERS l START Ils06s36 09/18/93. REPRT 11 H 14130 09/18/91 TOT RUN TIME Os07s32 SAM DENS s 2.6000 g/c c: LIQ DENS s 0.9942 g/c c: I...XQ VISCs 0.7270 cp RUN TYPEs High Speed

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PAGE l

UNIT NUMBER: l START .11:31 s 27 09/3.8/9:1. REPRT 11 s39s 17 09/18/9:1. TOT RUN TIME OiO7l28 SAM DENSs 2.6000 g/cc LIQ DENS s 0.9942 g/cc: LIQ VISCs 0.7268 cp RUN TYPEs High Speed

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PAGE 2

UNIT NUMBERE l START 11 s31 s27 O9/18/91 REPRT 11839a 17 09/18/91 TOT RUN TIME Os 07s28 SAM DENS s 2.6000 g/c: c: LIQ DENSs 0.9942 g/cc LIQ VISCs 0.7268 cp RUN TYPEs High Speed

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UNIT NUMBERS l START 11 B 49s 50 09/18/91 REPRT 11:57:39 097.1.8/91. TOT RUN TIME OnO7:26 SAM DENS s 2.6000 g/cc: LIQ DENS: 0.9942 g/cc: LIQ VISCs 0.7270 cp RUN TYPE: High Speed

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PAGE 2

UNIT NUMBERS l START :l.:l. s49sSO 097:1.8/9:1. REPRT 111 57 s 39 097 J. 8/9 3. TOT RUN TIME Os07s26 SAM DENS: 2.6000 q/c c LIQ DENS s 0.9942 g X c: c LIQ VISCs 0.7270 cp RUN TYPEs High Speed

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UNIT NUMBERS l START 12s36 s00 09/18/91 REPRT 12s43s49 O9/18/91 TOT RUN TIME Os 07s27 SAM DENSs 2.6000 g/cc LIQ DENS B 0.9942 g /c: c LIQ VISCa 0.7271 cp RUN TYPEs High Speed

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PAGE 2

UNIT NUMBERS l START 12:36 s 00 09/10/9:1. REPRT 12B43B49 09/18/91 TOT RUN TIME Os 07s27 SAM DENSs 2.6000 g/cc LIQ DE-INSs 0.9942 g /c: c LIQ VISCs 0.7271 cp RUN TYPEs High Speed


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PAGE l

UNIT NUMBERS l START 12 B 56:15 09/18/9:1. REPRT 13:04:09 09/18/91 TOT RUN TIME OB07:33 SAM DENS: 2.6000 g/cc LIQ DENS: 0.9942 g/c:c: LIQ VISG: 0.7269 cp RUN TYPE: High Speed

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PAGE 2

UNIT NUMBERS l START 12s 56s 1.5 09/18/9:1. REPRT 13 s 04 s 09 09/18/91. TOT RUN TIME OHO?a 33 SAM DENS s 2.6000 g/ c c: L. IQ DENE* s 0.9942 g/c c: LIQ VISCs 0.7269 cp RUN TYPEs High Speed

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8AMFTE ID: Hole 89-9 tt 912 SUBMITTERs tt 39 OPERATORS KM SAMPLE TYPEs Clay LIQUID TYPEs Water ANALYSIS TEMPs 34.7 deg C BASELINE/FULL SCALE: 129/ 116 kilocounts/sec

STARTING DIAMETERS 50.00 |.im ENDING DIAMETER:: 0.40 \.m

PAGE l

UNIT NUMBERS l START 13:16:12 09/18/91 REPRT 13:24 s04 09/18/91 TOT RUN TIME Os07s31 SAM DENSs 2.6000 g/c c LIQ DENS: 0.9942 g/c c: LIQ VISC: 0.7269 c:p RUN TYPEs Hiqh Speed

REYNOLDS NUMBER'S 0.2.l FULL SCALE MASS Z s 100

MEDIAN DIAMETER:

DIAMETER (M m)

5O.OO4O.OO30.0025.OO20.0015.0010.OO8.006.005. .004.003.002.00l . 50l. 00O,. 800. 600. 500.40

CUMULATIVEMASS

FINER ("O

97.7 95..3 93.8 92.3 89. 4 B 5. .7 79. B 74.6 66.7 63.7 SB. 3 52.0 43. 4 38.9 33.4 29.6 20.5

MASS DISTRIBUTION 70 ).im MODAL DIAMETER:

MASSIN

INTERVAL ("O

2.32.4 l. 5 1.5 2.9 3.7 5.8 5.3 7.9 3.0 5.4 6.3 8.5 4.6 5.5 3.8 9. l 7,. 3 6.1

0.54

Hole 89-9 tt 912BediGraph S1OO V3..02

SAMPLE DIRECTORY/NUMBER: DATA5 SAMPEE IDs Hole* 89-9 tt 912 SUBMITTER s tt 39 OPERATORS KM SAMPLE TYPEs Clay LIQUID TYPEs Wate*r ANALYSIS TEMPs 34.7 dog C BASELINE/FULL SCALES 129/ 116

/392

lo. l ocoun ts/se? c

PAGE 2

UNIT NUMBER: l START 13:16:12 09/18/91 REPRT 13:24:04 09/18/91 TOT RUN TIME 0:07:31 SAM DENS: 2.6000 g/cc LIQ DENS: 0.9942 cj/cc LIQ VISCB 0.7269 cp RUN TYPE: High Speed


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DIRECTORY/NUMBER s DATA5 SAMPTE IDs Hole 89-9 tt 913 SUBMITTERB tt 39 OPERATOR B KM SAMPLE TYPEs Clay LIQUID TYPEs Water ANALYSIS TEMP s 34.7 deg C BASELINE/FULL SCALE a :1.29/ 111

STARTING DIAMETERS 50,.00 |.jim ENDING DIAMETERS 0.40 urn

Hale 89-9 tt 913

/393

k:i. locoun ts/sec

PAGE l

UNIT NUMBERS l START 13 B 54 1 31 09/18/91 REPRT 14: 02 s 22 09/18/91 TOT RUN TIME O s 07 s 29 BAM DENS s 2.6OOO g/ c c: LIQ DENS s 0.9942 g /c: c: LIQ VISCs 0.7270 c p RUN TYPEs High Speed

REYNOLDS NUMBER'S FULL SCALE MASS *

0.21100

MASS DISTRIBUTION MEDIAN DIAMETERS 5..54 urn MODAL DIAMETERS 23.01 (am

DIAMETER (Mm)

SO,, 00 40.0030 n OO

25.00 20.00 l 5.00 10.00 8.00 6.00 5 .00 4.00 3 .00 2.00 l . 50 l. 00 0.80 0.60 O H 50 0.40

CUMULATIVEMASS

FINER ("O

95..2 94 . 5 09.9 85..2 78.9 72. 7 63 ..7 58,. 3 51,, 9 47 H 3 41.9 38. l 30. B 27-3 22.7 20. l 15. l 12..2 9.2

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4.8 0.6 4.7 4 ,, 6 6.4 6.. 2 9.0 5.4 6.4 4-6 5.4 3..8 7.3 3.. 5 4.6'',1 frf.. H O

4.92.93. l

Hole 89-9 tt 913BecliGraph 5:1.00 V3..02

SAMRkE DIRECTORY/NUMBER s DATA'5 SAMPLE IDs Hole 89-9 *4 9:1.3 SUBMITTERs tt 39 OPERATOR s KM SAMPLE TYPE: Clay LIQUID TYPEs Water ANALYSIS TEMP:: 34.7 d eg C BASELINE/FULL BCALE s 1297 111

7393

kilocoun ts/sec

PAGE 2

UNIT NUMBERS lSTART 13s 54s31 09/18/91REPRT 14 a02g22 09/18/91TOT RUN TIME OB07s29SAM DENS a 2.6000 g/cc LIQ DENS 5 0.9942 ci X c: c LIQ VISCs 0.7270 cp RUN TYPEs High Speed


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DIRECTORY/NUMBER s DATAS /393 SAMPTE IDs Hole 89-9 tt 9:1.3 SUBMITTERs tt 39 OPERATORs KM SAMPLE TYPEs Clay LIQUID TYPEs Water ANALYSIS TEMP s 34 ..7 cleg C BASELINE/FULL SCALE s 129/ 111 kilocountsXsec

PAGE 3

UNIT NUMBERS l START l3:54s3l 09/18/91 REPRT 14:02E22 O9/18/91 TOT RUN TIME 0:07s29 SAM DENSs 2.6000 g/cc LIQ DENS s 0.9942 q X c: c: LIQ VISCs 0.7270 cp RUN TYPEB High Speed

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DIRECTORY/NUMBERS DATA5 /394ID: Hole 89-9 tt 914

SUBM1TTER: I1RC In;:. OPERATOR: KM SAMPI...E TYPE: Clay LIQUID TYPE: Water ANALYSIS TEMP: 34.3 deg C BASELINE/FULL SCALE: 12(3/ 116 kilo counts/sec

STARTING DIAMETER!! 50.00 |Jtm ENDING DIAMETER x 0.40 ;.im

PAGE l

UNIT NUMBER; l START 10:28:46 03/09/92 REPRT 13:07:51 10/16/92 TOT RUN TIME 0:07:29 SAM DENS: 2.6000 g/cc LIQ DENS: 0.9943 g/cc: LIQ VISC: 0.7330 cp RUN TYPEs High Speed

REYNOLDS NUMBER: 0.20 FULL SCALE MASS S: 100

MASS DISTRIBUTIONMEDIAN DIAMETER: 3.68 urn MODAL DIAMETER: 2.89 Mm

DIAMETER(|.Afn)

50,, 0040.0030.0025.0020 n 00l 5,0010.008, 006 ,, 005.004.003 .002., 00l. 50l. 00O , 800.60O . 50O,, 40

CUMULATIVEMASS

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89 . l 95.2 95.7 94,, 4 92 , 8 91 .. 8 83, 8 79.3 72.6 68, l 58,0 21

-•34-48, 8-42, 5-39., 5-42,. 8-49.7-57.7

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10.9-6.1-0 . 5

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4 . 66 . 74.5

10.136,, 755.614,5-6 . 3-2 . 9 3.2 6 . 9 B . O

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3AMJ&.E DIRECTORY/NUMBERS DATAS /3948AMTLE ID:: Hole 89-9 tt 9:1/1SUBHITTER:: MRC I ne,OPERATOR s KMSAMPLE TYPEs ClayLIQUID TYPE:; WaterANALYSIS TEMP:; 34,, 3 cleg CBASELINE/FULL SCALE:: 128/ 1:16 kilocounts/sec:

PAGE 2

UNIT NUMBER:: 1. START 10 r. 28 s 46 03/09/92 REPRT 1.3 B 07:: 5:1. 10/16/92 TOT RUN TIME O::07s29 SAM DENSs 2,.6000 q/cc LIQ DENS s 0.9943 q/cc LIQ VISCB 0.7330 cp RUN TYPEs High Speed

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BER:: DATA53AME ID i: Hole B9--9 tt 9:1.5BUBMITTER:: MRO I ne:,,OPERATOR i; KMSAMPLE TYPEs ClayLIQUID TYPEi: WaterANALYSIS TEMPs 34., 3 d e q CBASELINEXFULL SCALE i: 12BX :l.0:l.

X395

ki locountsXsec

STARTING DIAMETER; ENDING DIAMETER::

MEDIAN DIAMETER::

50 ..00 I.HII 0,40 j.irn

PAGE l

UNIT NUMBER:: l START 10 s 50:: 24 03X09X92 REPRT 13s 14 s 27 10X16X92 TOT RUN TIME O s07 s40 SAM DENSs 2,.6000 g/cc LIQ DENS s 0.9943 ci X c c: LI G} VI SC s O..7328 c p RUN TYPEs High Speed

REYNOLDS NUMBERS 0,20 FULL SCALE MASS ?:s 100

MASS DISTRIBUTION 3.10 |..tm MODAL DIAMETERS 4.. 56

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Mole 89-9 tt 915Sed:i. Graph 5:1.0 O V3 ,, 02 PAGE

BAim.E DIRECTORY/NUMBERS DAT A 5 /395SAMPLE ID:: Hole 89-9 tt 915BUBMITTER:: MRC I ne,OPERATOR s KIYISAMPLE TYPE:: ClayLIQUID TYPEs WaterANALYSIS TEMP:; 34,3 deq CBASELINE/FULL SCALE;; 12B/ 10:!. kilocounts/sec:

UNIT NUMBERS l START l O s 50 s 24 03/09/92 REPRT 1 3 s 14 s 27 10/16/92 TOT RUN TIME O s 07 s 40 SAM DENS s 2.6000 g X c c: l... I Q DENS B 0.9943 g X c: c: L I Q VISC s 0.7328 c p RUN TYPE;: High Speed

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PAGE 3

UNIT NUMBER:: l START 10 K 50:: 24 03/09/92 REPRT 13 s 14 s27 lO/16/92 TOT RUN TIME O s 07K 40 SAM DENSs 2..6000 g/cc LIQ DENS:: O,.9943 g/cc LIQ VISCs 0.7328 cp RUN TYPEs High Speed


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DIRECTORY/NUMBER s DATA5 /396 SAMWE IDs Hole 89-9 tt 9:1.6 SUBM1TTER:: MRC l ne,. OPERATOR s KM SAMPLE TYPEs Clay LIQUID TYPEs Water ANALYSIS TEMP i; 34,3 d eg C BASELINE/FULL SCALE B 128/ 1.03 k:i. l o counts/sec

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DIAMETER(Mm)

50 ,. 0040.0030 ,, 0025,0020 ,, 001 5 , OO1O,, 008 . 006 , 005 ,. 004 , 003 ,. 002 , 001 , 501 , 000 , 800 , 600 ,. 500 , 40

fAMETERsviETER s

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97 ,98 ,96 ,94 ,90 ,,86 ,7B ,74 ,,68 ,64 ,58 ,52,,43,39,32,28 ,•"'i '"."i

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PAGE l

UNIT NUMBERS l START 11 s 16 s 58 03/09/92 REPRT 13s 21 s07 10/16/92 TOT RUN TIME Os07a39 SAM DENSs 2-6000 g/cc LIQ DENS s 0.9943 g/c: c: LIQ VISCs O,.7324 cp RUN TYPEs High Speed

REYNOLDS NUMBER;: 0.20 FULL SCALE MASS "-.'s 1OO

MODAL DIAMETER! 4..29 jam

Hole B9--9 M 9:1.6SediGraph 51OO V3 ,, 02

s Arm, i;;: DIRECTORY/NUMBER s DATAS SAMPLE IDS Hole 09-9 M 9:1.6SUBMIT"! ER:: MRC Inc., OPERATOR:: KM {SAMPLE TYPEs Clay LIQUID TYPE:: Water ANALYSIS TEMP:; 34,.3 deq G BASELINE/FULL SCALE;i 128/

/396

:i. l o counts/sec

PAGE 2

UNIT NUMBER:: l START 11 a 16:: 58 O3/O9/92 REPRT 13 s 21 sO7 10/16/92 TOT RUN TIME OsO7:39 SAM DENS:: 2.6000 g /c: c LIQ DENS B 0.9943 g X c: c: LIQ VISC: O..7324 cp RUN TYPE: High Speed

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E DIREtHTJRY/NUMBERs DATA5 /397ID:; Hole B9--9 tt 917

SUBMlTTERs MRC In c, OPERATORS KM E5AMPLE TYPEs Clay LIQUID TYPE;: Water ANALYSIS TEMP:: 34,0 d eg C BASELINE/FULL SCALEs 1287 :I.OO k:i. locoun ts/sec:

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96 , 695,190 , 1B 5, 279 , 070 ,, 959 , 253. .345,741,136 , 030 , 220 ,. 713,9B , 36 , 43,5'"i '"i.{,. It A'..

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PAGE l

UNIT NUMBERS :l. START 09s 00s 11 03/17/92 REPRT 13s27s 47 10/16/92 TOT RUN TIME O s07s 04 SAM DENSs 2.6000 gXcc LIQ DENS s 0.9944 g X c: c: LIQ VISCs 0.7368 cp RUN TYPEs High Speed

REYNOLDS NUMBER s 0.20 FULL SCALE MASS "is 1OO

MASS DISTRIBUTION 7.06 |,un MODAL DIAMETER:

MASS;;IN

INTERVAL t ".O

3,4 1.5 5,0 4 , 9 6,2 B,, l

11,7 6,0 7 ,64.. 65.. l 5,, 8 9,4 6, 9 5., 51. 92.. 9

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Hole 89-9 tt 9:1.7Set! i G ra ph '5:1.CO V3 ,, 02

fcji;: DIRECTORY/NUMBERS DAT AS /397SAMPLE IDs Hole B9--9 tt 9:1.7 SUBMlTTERs MRC Inc. OPERATORS KM SAMPLE TYPE:: Clay LIQUID TYPE:; Water ANALYSIS TEMP;: 34,0 deg C BASELINE/FULL SCALE:: 12B/ 100 k:i, locounts/sec

PAGE 2.

UNIT NUMBER;: l START 09 B 00 s :l. :l. 037.1.7/92 REPRT 13:27:47 10/16/92 TOT RUN TIME OK07s04 SAM DENS:: 2.6000 g/c c LIQ DENS s 0.9944 g /c c: LIQ VISCs 0.7368 cp RUN TYPEs High Speed


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DIRECTORY/NUMBER B DATAIHID:: Hole 89-9 tt 9:1.7

BL.IBMITTER:: I'lRC l ne:,, OPERATOR a KM SAMPLE TYPEs Clay LIQUID TYPE:: Water ANAL. YS l S TEMP:: 34,0 cleg C BASELINE/FULL SCALE:: 128/ 1OO k:i. locounts/sec

PAGE 3

UNIT NUMBER'S .1. START 09 s 00:: 11 03/17/92 REPRT 13a 27s47 10/16/92 TOT RUN TIME Os07:04 SAM DENSs 2.6000 g/c c L. IQ DENS:: 0.9944 g/c c: LIQ VISC s 0.7368 c: p RUN TYPEs High Speed


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PAGE l

UNIT NUMBER a l START 09:27:46 03/17/92 REPRT 13:34:26 10/16/92 TOT RUN TIME 0:07:28 SAM DENS: 2.6000 g/cc LIQ DENS: 0.9943 g/cc LIQ VISC: 0.7332 cp RUN TYPE: High Speed

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PAGE 2

UNIT NUMBERS l START 09 s 27:: 46 03/17/92 REPRT 13s 34s26 10/16/92 TOT RUN TIME Os07s 28 SAM DENS s 2.6000 g /c c: LIQ DENS s 0-9943 q X c c: LIQ VISCB O..7332 cp RUN TYPEs High Speed

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PAGE 2

UNIT NUMBER:: l START 10s 20s 34 03/17/92 REPRT 13841:: O8 l O/16/92 TOT RUN TIME O::07s34

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PAGE 3

UNIT NUMBER;; l START 1.0 a 201! 34 03/17/92 REPRT 13s41 s 08 10/16/92 TOT RUN TIME O s 07s 34 SAM DENSa 2.6000 g/cc L l Q DENS i: 0.9943 g/c c LIQ VISCs O..7329 cp RUN TYPEs High Speed


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UNIT NUMBER: l START 10:57:11 03/17/9? REPRT 13s47s48 10/36/9? TOT RUN TIME 0:07-1^ SAM DENS :i 2.6000 g/r r LIQ DENS;: O,.9943 n/rr LIQ VISCs 0-73P8 rn "" RUN TYPE: High Speed"

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UNIT NUMBER K l START 11 s03s 05 03/23/92 REPRT 11 s 17 s 06 03/23/92 TOT RUN TIME Os07B06

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PAGE :l.

UNIT NUMBERS l START 11 s 24 s 3:1. 03/23/92 REPRT 11 B 31 s 55 03/23/92 TOT RUM TIME 0:O7s08 BAM DENS B 2..6OOO ci/c: c l... IQ DENS s O, .9944 g/cc LIQ VISCB O..7369 cp RUN TYPEs High Speed

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PAGE l

UNIT NUMBER:; l START 11:: 43 s 06 03/23/92 REPRT 11 B 54 s 10 03/23/92 TOT RUN TIME OB 07s 24 SAM DENSB 2,6000 g/cc L. IQ DENS: 0.9943 g X c c: LIQ VlSCs O,.7333 cp RUN TYPEs High Speed

REYNOLDS NUMBERS 0.20 FULL SCALE MASS ?is 100

MODAL DIAMETER; 92 |.im

EilAL RESEARCH CANADA

l!:.TAj.V3;;;'I.,i:,.'.YD.F.R2~. \:;*

DATE(T\)S) 378-2416

Hole 89-9 tt 923BediGraph S10O V3,, 02

BAim.E DIREC'TORY/WUHBER:: DATA? /2SAMPLE ID:: Hole 89-9 tt 923BUBIirnERs MRC Inc.,OPERATORS KMSAMPLE TYPE:: ClayLIQUID 'TYPE!: WaterANALYSIS TEMP s 34 ,, 3 d e q C

PAGE 2

UNIT NUMBER:: l START 11 s 43 a 06 O3/23/92 REPRT 11 s 54 s 10 03/23/92 TOT RUN TIME O s 07s 24 SAM DENS s 2.60OO q/c c L. IQ DENS s 0.9943 q/c t: LIQ yISCs 0,7333 cp RUN TYPEs High Speed


LU Z

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X 2

BASELINE/FULL SCALE:; :!.2B/ 92 ki l o counts/sec

PAGE 3

UNIT NUMBER'S l!. START li. s43x06 03/23/92 REPRT 11 s 54 s .1.0 03/23/92 TOT RUN TIME O:s07s24 SAM DENS a 2..6000 g /c c: LIQ DENSs O,.9943 g/cc L 3! Q VI SC s O..7333 c p RUN TYPEs High Speed

MftSS POPULATION VS. DIAMETER * CUMULATIVE MASS PERCENT FINER VS. DIAMETER

L tl -PC

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7 -

6 -

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E DI REG'1 DRY/NUMBER:: DATA7 /3ID: Hole 89-9 ** 924

BUBMITTERB MRC Inc., OPERATORS KM SAMPLE TYPE: Clay LIQUID TYPE: Water ANALYSIS TEMP: 34.3 deg C BASELINE/FULL SCALE a 128/ 97 ki locounts/sec

STARTING DIAMETER: ENDING DIAMETER R

MEDIAN DIAMETER i:

DIAMETER

50.00 0.40 p m

PAGE l

UNIT NUMBER: l START 12:01:30 03/23/92 REPRT 12:12:43 03/23/92 TOT RUN TIME 0:07:34 SAM DENS: 2.AOOO g/ec LIQ DENS: 0.9943 g/c:c: LIQ VISC: 0.7329 cp RUN TYPE: High Speed


MASS DISTRIBUTION 2,22 urn MODAL DIAMETER: 1.89 M

50 , 00 40.00 30 , 00 25.00 20 , 00 l 5 . 00 j. O. .00 B ,. 00 6 , 00 5 , 00 4 ,, 00 3 , 00 2 . 00 :l. ,. 5O l . 00 O ,. 80 0 , 60 O . 50 0 . 40

CUMULAT:MASS

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99.98 .,96,95..92.138.82.77.72 .68 ..62.56,47.39.30.26.21.18.14,

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53

602519005/t j:.1

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0.5i '"*JL*j\

1.71.72.83.76.54.23.84.15.56.39.17.88.73.95.13 . 63.9

Hole 89-9 tt 924SediGraph VMOO V3..O2

BAim.E DIRECTORY/NUMBER:: DATA? /zSAMPLE IDs Hole 89-9 t* 924SUBMIT"! ER:: MRC Inc..OPERATOR-,: KMSAMPLE TYPE i: ClayLIQUID TYPE i: WaterANALYSIS TEMP:: 34,3 cleg CBASELINE/PULL SCALE:: 128/ 97 kilo counts/set::

PAGE 2

UNIT NUMBER:: l START :l.2sO:l, ::30 03/23/92 REPRT :l.2x:I.2s43 03/23/92 TOT RUN 'TIME O s 07 r. 34 SAM DENS s 2.AOOO gXcc LIQ DENS:: 0.9943 q/cc LIQ Vise s O,7329 cp RUN TYPE:: High Speed

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STARTING DIAMETER;; ENDING DIAMETER:

50,00 jjun O,, 40 |.im

PAGE :l.

UNIT NUMBER;; l START 12B 39s 10 03/23/92 REPRT 1.2 s SO B 27 03/23/92 TOT RUN TIME O s 07 B36 SAM DENSs 2.6000 g/cc LK1 DENS:; 0.9943 q/c r LIQ VISCB 0.7326 cp RUN TYPE x High Speed

REYNOLDS NUMBERS 0.20 FULL. SCALE MASS "is 1.00

MASS DISTRIBUTION MEDIAN DIAMETER:; 4,22 ,,m MODAL DIAMETER;

DIAMETER

CUMULATIVEMASS

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50 ,, 0040.0030, .00

20 ,, 00l 5,, 00 l O,, 00

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3,8 4,, l 4 ,8 5,5 9.0 5,, 4 6.9 4 ,. 7 5.4 6,, O 7 ,, 8 4 ,7 6 ,8 3,4 4,2

MINERAL, R.ESEARCH CANADA

3 irniUSTR'At. B.'.VD. RR2PA^'-.V SOUND, OS TAR 10

CANADA P2,v2W8

FAX (705) 378-5123DATE-—————-—

35)378-2416

Hole 89-9 tt 925Se d i G ra p h 510 O V3 ,, 02

s Arm. K: DIRECTORY/NUMBER:: DATA? /4SAMPLE H):: Hole B9--9 H 925SUBM1TTER;: MRC Inc..OPERATOR* KMSAMPLE TYPEs ClayLIQUID TYPE;; WaterANALYSIS TEMP:: 34,3 cleg CBASELINE/FULL SCALE;; 128/ :l.0:l. k:i. locounts/sec

PAGE 2

LIN IT NUMBER;; l START 12x39:; 10 03/23/92 REPRT 12;: 50 R 27 03/23/92 TOT RUN TIME O s 07s 36 SAM DENS a 2..6OOO g/ccL:I:Q DENS s 0.9943 g/c cLIQ VISCs O..7326 cp RUN TYPEs High Speed

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::: ClayWater

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PAGE 3

UNIT NUMBER'S 1.BT ART 12:: 39 s l O 03/23/92 REPRT 12s 50s 27 03/23/92 TOT RUN TIME Os07s36 SAM DENSs 2.6000 g/cc LI CI DENS s 0,9943 g/c: c LIQ VISCs O..7326 cp RUN TYPEa High Speed

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STARTING DIAMETER;; ENDING DIAMETER:;

50,, 00 j.im o. 40 |..un

PAGE .1.

UNTT HUMBERs l START 13:13s14 03/23/92 REPRT 3.3 s 24 s 32 O3/23/9? TOT RUN TIME OsO7s37 SAM DENSs 2..6000 g/cc LIQ DENSs 0.9943 q/r r LIQ VISCs 0-7327 cp RUN TYPEs High Speed

REYNOLDS NUMBER s O.?0 FULL SCALE MASS fcs 3.00

MASS DISTRIBUTION MEDIAN DIAMETERS 2,43. ,,rn h0DAL DIAMETERs

DIAMETER

50,. 004 O,.0030, 002 5, OO20 .003.5,00:!.0..00B, 006, 005 ., 004 , 003 ,, 002,, 00l ., 50l,, 00O ,, BO0. 60O , 500, 4O

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MINERAL RESEARCHCANADA

UNT-USIP l M, K A D. RR2JASR'i iOUiO. ON'IARIO

CANADA t'Z.X J.W3

FAX (705) 375-5123 DATE———-——^—

151378-2416

Bed :i. G ra p h 5100 V3..O2

.- L

Hole 89™9 tt 926

X 5E DIRECTORY/NUMBER s DATA?SAMPLE ID:: Hole 89-9 H 926SUBMITTER:: MRC i ne:,OPERATOR:: KMSAMPLE TYPEs ClayLIQUID TYPEs WaterANALYSIS TEMP;: 34,, 3 cleq CBASELINE/FULI... SCALE:: 12B/ 92 kilo counts/sec

PABE

UNIT NUMBER:: lSTART 13 REPRT 13TOT RUN "lMESAM DENS LlQ DENS LlQ V1SC RUN TYPE

13s 14 03/23/92 24:

Os 07B 372.6000 g/c c 0.9943 g/c c: 0.7327 cp

High Speed

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Hole; 89--9 tt 927

DATA/' UNIT NUMBERS l START 1.3x41 s 30 03/23/92 REPRT 13:52810 03/23/92 TOT RUN TIME O s 06: 59

0 g/ r r 3 g/rr 6 c p

0 . 20100

LIQUID TYPEs ANALYSIS "n;;; MI- BASEL I HE/FULL.

SI AK'I ING DIAI* ENDING D1AME1

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DIAMETER(Hm)

50 ,, 0040,0030 , 0025,0020 , 001 5 , 0010,008,, 006 , 005 ,. 004 , 003 , 002 , OO1 , 5O1 , 000 , 800 ,. 60O , 5O0 ,, 40

1...' .1. sVl y

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IETER:; 50 'ER:; 0

IETER i: 1

CUMULATIVEMASS

FINER("0

98 , 198 , 396 , B95,493,590 , 484 , 681,377,073,769 ,. S64 , 054 ,, 048,. 141.738 , 234 ,, 13 1 , 125,8

SAM DENS K 2.600' L I Q DENS s 0.994

,,p x n- , -, LIQ VI SC: 0.732, *.fc'/ So k:i. lo counts/sec RUN TYPE;: High S

"™ Mm REYNOLDS NUMBERS "'W l'm FULL SCALE MASS :

MASS DISTRIBUTION " 67 l"1 "1 MODAL DIAMETER:; 2. .24

MASSIN

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1 , 9-0,2

:i. , 6.1. , ..'51 , 93 , 15,8-"' II N.'J

4,33 ,, 34,35, . 4

10,05,, 96 , 43,54 1. 03 ,. 15., 3

fECANADA

1EWJSTBIV..3LV;;J.RR2

CA.\.'-.K-\ I-2A2V/8FAX (705) 378-5123-BUS (705) 378-2416

DATE

Hole B9--9 tt 927Seel :i. G r a p h M.OO V3..O2

••M.. W!.,

DIRECTORY/NUMBER s DATA?SAMPLE ID:: Hole 89-9 3SUBMJTTER:: MRC 3!ne:.OPERATOR s KMSAMPLE TYPES ClayLIQUID TYPE:: WaterANALYSIS TEMP s 34,3 d e g CBASEL J ME/FULL. BCALEs :l.2B/ 83

X 6

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PAGE 2

UNIT NUIVIBI;;:RS iSTART 13s 41 s 30 O3/23/92 REPRT 13:52810 03/23/92 TOT RUN TIME O s 06!59 SAM DENSs 2.6000 g/cc L. IQ DENS s 0.9943 g/ c c: LIQ VISCs 0.7326 cp RUN TYPEs High Speed

CUMULfiTIVE MOSS PERCENT FINER VS. DIAMETER MfiSS POPULATION VS. DIAMETER

X

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R:; DATA7 9278An.E IDs Hole 89-9

SUBMIT T E! R :; I1RC l ne:,. OPERATOR s K 11 SAMPLE TYPE:: Clay LIQUID TYPE!! Water ANALYSIS TEMP:; 34,3 d e q C BABELINE/RJLL SCALE!: 128/ 83 k:i. l o counts/sec

PAGE 3

UNIT NUMBER:: l START 13:4.1. s30 03/23/92 REPRT 13e52:10 03/23/92 TOT RUN TIME 0:O6s59 SAM DENSs 2.6000 g/cc LIGJ DENS s 0.9943 ci/ee LIQ VISCa O..7326 cp RUN TYPEs High Speed


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BUBM1TTER:: MRC Inc.. OPERATOR s KM SAMPLE TYPE:; Clay LIQUID TYPE:: Water ANALYSIS TEMP:: 34,. 3 deq C BASELINE/FULL SCALE;: 1.28/ 80 k i l o counts/sec

03/ 3/92 3/92

ART ING D i AMI;;:ID ING DIAMETE

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2,01 , 53 .. 1.2,95 , 1.B , 3

1.2,, 76 , 67 ,, B4 , 75,36,29 , 66 .. B7 , 73,43,22 , 02,7

UNIT NUMBER:: 1. START 14 K 03:: 01. REPRT 1.4 s 1.31: 59 03/2 TOT RUN TIME O i: 07 s 1.8 SAM DENS s 2..600O g/c c LI Q DENS;; 0.9943 g/cc LIQ VISCs O,7324 cp RUN TYPEK High Speed

REYNOLDS NUMBER s O,, 20 FULL SCALE MASS "is 1.00

MODAL DIAMETER 1.3.09 |..tm


FAX (705) 37S-5123 DATE

••lo l e 89-9 tt 928SedlGraph ?.i:1.0O V3 ,, 02

SAiai|...E DIRECT ORY/MUMBER s DATA?SAMPLE ID:;

X 7Hole 8 9--9

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PAGE 2

UNIT NUMBERS i START :l.4::03::0:l. 03/23/92 REPRT 14:::l.3::59 03/23/92 TOT RUN TIME O:: 07 B l B SAM DENSs 2,6000 g/cc LIQ DENS:: 0.9943 ci X c c: LIQ VISC: 0,7324 cp RUN TYPEs High Speed


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SUBMITTERs MRC Inc. OPERATORS KMSAMPLE TYPEs ClayLIQUID TYPE:; WatprANALYSIS! TEMP s 34,, 3 cl^q CBASELINE/FULL SCALE;: 128/ 97 kilocounts/sec

STARTING DIAMETER:: 50..00 urn ENDING DIAMETER:: 0,4O |.jim

PAGE l

UNIT NUMBERS :l. START 14:: 58:: 35 03/23/9? REPRT 18s09s49 O3/23/92 TOT RUN TIME 0:07:33 SAM DENS s 2.6000 q/rr LIQ DENS: 0,9943 q/rr LIQ VISCs 0.7329 cp RUN TYPEs High Speed

REYNOLDS NUMBERS O.20 FULL SCALE MASS Jis 100

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50 . 004 O, .0030 ,, 002 5.. O O20 , 00l 5 , 00l O. .008 ,, 006 ,, 00^ , 004 ,, 003 , 002 ,, 00:i. , 50l ., 00 O , 80 0 , 60 O , SO O ., 40

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CAKAbA i^Ai'v/S

FAX (705) 378-5123 BV DATE

) 378-2416

Bed i Graph '5:1.00 V3..O2•!o:t.e 89--9 tt 929

/BBA'lfcLE DIRECTORY/NUMBER:: DATA? SAMPLE ID:; Hole 09-9 ^ 929 BUBMITTER:: MRC In c, OPERATOR s KM SAMPLE TYPE;; ClayL:I:QU:I:D TYPE:: waterANALYSIS TEMP:: 34,. 3 d eg CBASELINE/FULL SCALES :I.2B/ B7 k:i. l o counts/see

PAGE 2

UNIT NUMBERS 1. START 1.4s 58a35 03/23/92 REPRT 15s09s49 03/23/92 TOT RUN TIME Os07s33 BAM DENSs 2.6000 g/cc LIQ DENS s O..9943 g/ c c: LIQ VISCs 0.7329 cp RUN TYPEs High Speed


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2,3••••O , 71 , 01 , 93 , 65 ,. 47 ,. 5.3 , B5 ,, 84,25 , 86 , 69 , 16,7e ,, 84 , 66,23 ,73,4

PAGE l

UNIT NUMBER:: l START 15s 18K 14 03/23/92 REPRT 15s 29s33 O3/23/92 TOT RUN TIME O s 07 s 37 SAM DENS s 2 ..6000 cj/cc LIQ DENSs 0.9943 gXcc l... IQ VISCs O..7327 c p RUN TYPE K High Speed

REYNOLDS NUMBER:: 0.20 FULL SCALE MASS 'in 100

DISTRIBUTIONMODAL DIAMETER: . .44 |..im

8 e d :i. G r a p h txl.OO V3..O2

'iMPL.E MRECTURY/NUMBERs DATA

Hole 89-9 tt 93O

/9SAMPLE! ID;: Mole 89-9 *t 930 SUBMIT! ER:: MRC Inc., OPERATOR s KMSAMPLE TYPES c; i ayLIQUID TYPEs WaterANALYSIS TEMP i; 34.3 deq CBABEL JNE/TUU... SCALE:: 128/ 92 k:i. l o counts/sec

PAGE: 2

UNIT NUMBERS 3.START 15;: 18s 14 03/23/92 REPRT 3.5 s 29 s 33 03/23/92 TOT RUN TIME O s 07s37 BAM DENSs 2.6000 g/cc L. IQ DENS:: 0.9943 g /c cL.:I:Q vises 0.7327 c pRUN TYPEs High Speed

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t l! i;DIRECTORY/NUMBER i: DATA?

SAMPLE ID: Hole B9-9 ** 931 SUBMITTERB MRC Inc. OPERATOR: KM SAMPLE TYPE li Clay LIQUID TYPE a Water ANALYSIS TEMP: 34,3 deg C BASELINE/FULL SCALE H :!.2B/ 90

/10

kilocounts/sec

STARTING DIAMETER i ENDING DIAMETER;:

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PAGE l

UNIT NUMBER:: l START 15:40:06 03/23/92 REPRT 15:50:46 03/23/92 TOT RUN TIME 0:06:59 SAM DENS: 2.6000 g/cc L.IQ DENS: 0.9943 g/cc l... l Q VISC: 0.7325 cp RUN TYPE H High Speed


MASS DISTRIBUTION 3.01 |..un MORAL DIAMETER: 2.00 pm

DIAMETER

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50 . 0040.0030 . 0025.0020 , 00l 5 ,. 0010.008.006 . 005 ,. 004 . 003 . 002 , 00l , 50l . 00O . 80O ,, 600 . 500 , 40

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l. 3 1.2 2.3 2.3 3.8 5.8 7.8 4.4 6.4 4.0 4.5 6.1

10.6 7.8 7.8 4.5 5.4 3. 5 5.0

Hole 89-9 t* 93:1.Bed i G ra p h 5:1.00

DIRECTORY/NUMBER:: DATA7 /10SAMPLE;: :I:DS Hole 89-9 t* 931SUBMITTER:: 11R C Inc.,OPERATOR t: KMSAMPLE TYPE:; ClayLIQUID TYPE:: WaterANALYSIS TEMP:! 34,, 3 cleg CBASELINE/FULL SCALE;: :i.2B/ 90 k:i. l o counts/sec

PAGE 2.

UNIT NUMBER:: l START l SB 40sO6 03/23/92 REPRT l S s 50 s 48 03/23/92 TOT RUN TIME O::06s 59 BAM DENS s 2.6000 g/ c c: LIQ DENS s 0,9943 q/c: c: LIQ VISCs 0.73213 cp RUN TYPE:: High Speed


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Hole 89-9 tt 93:1.Bed i Graph VM.OO V3 , O2

DIRECTORY/NUMBER s DATA? SAMPLE ID;: Hole 89-9 tt 93:1. BUBMITTER;: MRC I ne:, OPERATOR;: KM SAMPLE TYPEs Clay LIQUID TYPES Water ANALYSIS TEMP';: 34,, 3 cleg C BASELINE/FULL SCALE s 128/ 90

.1.0

k:i. !).oc:oun ts/sec:

PAGE 3

UNIT NUMBERS l START :l. 5 s 40 s 06 03/23/92 REPRT :l. S s SO s 48 03/23/92 TOT RUN TIME Os06s 59 SAM DENS s 2..6000 g/cc L. IQ DENS s O..9943 g/ c c: l... IQ VI SC:: O..732 5 c p RUN TYPE;: High Speed

MASS POPULATION VS. DIAMETER * CUMULATIVE MflSS PERCENT FINER VS. DIAMETER

L 41

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i:: C l axWater

IMP:: 34,3 deq C

START 1REPRT 16:17:35 TOT RUN TIME SAM DENS s 2

DENS s 0 VISCs O

BASELINE/FULL SCALE l :l.2B/ 106 kilo counts/sec

L I Q L. I Q RUN

8 s 06 03/23/92 03/23/92 O s 07 s 34

6OOO g/ c c 9943 g/cc 7326 c p

TYPEs High Speed

CARTING DIAMEWING DIAMETE

MEDIAN D i AMI;;:

C

D i AMI;;: TERUxm)

50 , OO40,0030 , 0025,0020 , OO1 5 ,, 0010,OO8 ,, 006 , 005 ,, 004 , 003 , 002 , OO1 , 501 , 000 ,. BO0 , 600 , 500 , 40

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70 ,, 769 , 266 , 462,. 456,, 647 , 937 ,, :l.32 , 125,321,918,514,49 ,, 97, 33 , 21,2

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REYNOLDS NUMBER s 0,20 FULL SCALE MASS '/.s 100

MASS DISTRIBUTION m MODAL DIAMETER:

MASSIN

INTERVAL

2, B 4 .. O 5, B 8,7

l O, B 5,0 6,9 3,4 3,4 4 ,. O 4,5 2,6 4, l 2,. O 3 ,0 l, 4 O,3

15.61 j..un

Hole 89--9 l* 932S e d :i. G ra p h 510 O V3..O2

DIRECTORY/NUMBERS DATA7932

/1..1.SAMPLE TD s Hole: 89-9SUBilTTTERs f IRC l ne:,.OPERATOR s KMSAMPLE TYPEs ClayLIQUID TYPEs WaterANALYSIS TEMP s 34,, 3B ABEL l ME/FULL. SCALE;: 128/ 106 kilocoun is/see

F-AGE 2

UNIT NUMBER!: l START 15s 58s 06 03/23/92 REPRT 16 s .1.7 s 35 03/23/92 TOT RUN TIME Os07:34 SAM DENSs 2.6OOO q/cc LIQ DENS s 0.9943 g /c: c: LIQ VISG s O..732A cp RUN TYPE: High Speed


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DIRECTORY/NUMBER s DATA7 IDs Hole B9--9 tt 932

BUBMITTERs MRC Inc.,OPERATOR s KMSAMPLE TYPEs ClayLIQUID TYPE;: WaterANALYSIS TEMP:; 34., 3 d eg CBASEL 1NE/FULI... SCALE r

/li

128/ 106 kilo counts/sec:

PAGE 3

UNIT NUMBER;: l START ISsSBsOA 03/23/92 REPRT 16sl7s35 03/23/92 TOT RUN TIME O s 07K 34 SAM DENS s 2.6000 q/ c c: LIQ DENS s O. .99-13 g X c c LIQ VIBCs O,.7326 cp RUN TYPEs High Speed

MOSS POPULATION VS. DIAMETER * CUMULATIVE MASS PERCENT FINER VS. DIAMETER

i.

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Hole 89-9 W 933Bed i Graph 5:1.00 V3..02

BAlffeE DIRECTORY/NUMBER B DATA7BAMWE ID: Hole 87-9 4* 933BUBMJTTER:: MRC In c:.OPERATOR: KMSAMPLE TYPE:: ClayLIQUID TYPE a WaterANALYSTS TEMP B 34.2 cleg C

X12

BASELIME/FULL SCALE i 1287 91 k:i. l o counts/sec

STARTING DIAMETER:: 50.00 \.m ENDING DIAMETER: 0.40 urn

PAGE l

UNIT NUMBER: l START 11x28:43 03/24/92 REPRT 11:39:47 03/24/92 TOT RUN TIME 0:07:23 SAM DENS: 2.6000 g/cc L.IQ DENS: 0.9944 y/c c LIQ VISC: 0.7336 cp RUN TYPE: High Speed

REYNOLDS NUMBER: 0.20 FULL SCALE MASS "J: 100

MASS DISTRIBUTION MEDIAN DIAMETER: 1.82 pm MODAL DIAMETER: 1.92 urn

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JK.L.E DIRECTORY/NUMBER:: DATA7 /:i.2SAMPLE IDs Hole 89-9 tt 933BUBMITTER:: MRC I ne:.OPERATORS KMSAMPLE TYPE:: ClayLIQUID 'TYPE:: WaterANALYST 8 TEMP:; 34,2 d eg CBABEL., l HE/FULL SCALE:; 12B/ 91 k. i loc::oun ts/sec:

PAGE 2

UNIT NUMBERS :l. START 1.:!. s2Bs43 03/24/92 REPRT 11 s 39s 47 O3/24/92 TOT RUN TIME Os07s23 SAM DENS s 2.6000 ci/ce LIQ DENS s 0.9944 g X c: c: LIQ VI SG s O..7336 c: p RUN 'TYPE:: High Speed

+ CUMULATIVE MflSS PERCENT FINER VS. DIAMETER MftSS POPULATION VS. DIAMETER

a.' LJz

CO (E

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PABE 3

UNIT NUM&ERs l START :l. :l.:: 28 s 43 03/24/92 REPRT l :l.:: 39:: 47 03/24/92 TOT RUN TIME Os07K23 SAM DENS s 2..6000 q/cc LIQ DENSs O..9944 q/cc LIQ Vi: SG B O. .7336 c p RUN TYPE:: High Speed

MPSS POPULflTION VS. DIflMETER * CUMULATIVE MftSS PERCENT FINER VS. DIAMETER

L 4) -PC

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Hole 89-9 ttBed i Gr a ph 510O V3..02

LE DIRECTORY/NUMBER:; DATA7ID:: Hole 89-9 tt 934

SUBM1TTER;; MRC In c, OPERATOR R KM SAMPLE TYPEs Clay LIQUID TYPE:: Water ANALYSIS TEMP:: 34,3 deq C

X 1.3

BASELINE/FULL SCALE:

STARTING DIAMETER:: ENDING DIAMETER::

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1.28/ 92 k i locounts/sec

50,, 00 |.im O,. 40 j.im

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PAGE 1.

UNIT NUMBERS 1. START 1.2 s 03:: 48 03/24/92 REPRT 1.2:: 1.4s31. 03/24/92 TOT RUN TIME O s 07 s 01. SAM DENS:: 2..6000 q/cc LIQ DENS:: 0,9943 q/cc LIQ VI SC:; 0,7328 c p RUN TYPEs High Speed

REYNOLDS NUMBER E O.. 20 FULL SCALE MASS "vis 1.00

13 -80 \.m

MASSIN

INTERVAL

MODAL DIAMETER:: 5.82 |.im

50 ,00 40,. O O 30 ,00 25,00 20 ,00 l 5,, O O 10,00 Q,, 00 6,00 5 , 00 4, OO 3,, 00

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98 , 3 97 , 6 94 , 2 9O , 7 85,5 77,6 66 , l 59 ,, 8 51 , .1. 45,5

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Hole 89-9 tt 934B e di G r a p h 5:1. OO V3,. 02 PAGE

SAu.E DIRECTORY/NUMBER :; DATA'; SAMPLE ID:: Hole B9--9 M 934 BUBMITTER:: MR O Inc., OPERATOR!: KM SAMPLE TYPE:: ClayLIQUID T Y P! WaterANALYSIS Ti;:i1P:: 34,3 deg CBASELINE/EULL SCALES J.28/ 92 k i l o counts/sec:

UNIT NUMBER:: l START :l.2::O3::48 03/24/92 REPRT 12s 14:31 03/24/92 TOT RUN TIME OsO7s01 SAM DENS s 2.6000 ci /c: c: L I Q DENSs 0,9943 q/cc: L. I Q V:i:SC:: O. .7328 c p RUN TYPE:: High Speed


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SUBMIT! ER i: MRC Inc. OPERATOR s KM SAMPLE TYPEs Clay LIQUID TYPEs Water ANALYSIS TEMP:; 34,, 3 cleg C BASELINE/FULL SCALE;; 128/ 92 kilocounts/sec

PAGE 3

UN:I:T NUMBER:; iSTART 12s03 s48 03/24/92 REPRT 12 s i4 s 31 03/24/92 TOT RUN TIME OsO7s01 BAM DENS B 2.6000 g/ cc LIQ DENSs O..9943 g/c c LIQ VI 8C H O..7329 c: p RUN TYPEs High Speed


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E DIRECTORY/NUMBER:; DATA7 ./l 4 BAHFT.E IDs Hole 89-9 tt 935 SUBMlTTERi! MRC l ne:,, OPERATOR:: KM SAMPLE: TYPE!! Clay LIQUID TYPE;; Water ANALYSIS TEMP!! 34,,3 cleg C BABELINE/PUI.,1... SCALE:! 128/ 96 k:i. l o counts/sec

STARTING DIAMETER;; ENDING DIAMETER;;

50 ,, 00 |.im O,, 40 J.JKII

PAGE: :i.

UNIT NUMBERS :l. START 12;; 441! 33 03/24/92 REPRT 12 s 55 s :l. 5 O3/24/92 TOT RUN TIME O s 07 s01 SAM DENS s 2.6000 g/c c L l Q DENS s O..9943 g X t: c: LIQ VISC: 0.7328 cp RUN TYPEs High Speed

REYNOLDS NUMBERS 0.20 FULL SCALE MASS X s 100

MEDIAN DIAMETER:;

DIAMETER

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FINER

MASS DISTRIBUTION .39 |.im MODAL DIAMETER!

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DIRECTORY/NUMBERS DATA?-9 *4 935

8UBMITTER:: MRC I ne, OPERATOR :: KM SAMPLE TYPE:: Clay LIQUID TYPE:: Water ANALYSIS TEMP B 34 ..3 deq C BABELINE/FULL SCALE i: J.28/

/:i.4

96 k:i. l o counts/sec

PAGE: 2

LIMIT NUMBERS l START 12;:-44 s 33 03/24/92 REPRT 12s55:15 03/24/92 TOT RUN TIME O:: 07s O:!. BAM DENS s 2,6000 g/cc L. IQ DENS:: O..9943 ci X c c: LIQ VISCs O..7328 cp RUN TYPEs Hicjh Speed

CUMULATIVE MflSS PERCENT FINER VS, DIftMETER MOSS POPULftTION VS. DIAMETER

x

o;LJ

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/l 4

96 kilo counts/sec:

PAGE 3

UNIT NUMBERS l START 12s44 s33 03/24/92 REPRT 12sS5s 15 03/24/92 TOT RUN TIME Os07KO.l SAM DENSs 2.6000 g/c c LIQ DENS B O,.9943 q /c: c: LIQ VISCs O..7328 cp RUN TYPE;: High Speed


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|E DIRECTORY/NUMBER:; DATA7 715 SAMPLE ID li Hole B9--9 tt 936 BUBMITTERs MRC In c:,, OPERATOR' :i KM SAMI-'LE TYPEs Clay LIQUID 'TYPEs Water ANALYSIS TEMP ii 34,3 d eg C BASELINE/FULL SCALE;; 128/ 112 Ri l o counts/sec

STARTING DIAMETER:; 50 ,, 00 \.irn ENDING DIAMETER;: 0,4O \.m

PAGE

UNIT NUMBER;: lSTART :i.3REPRT 3.3TOT RUN TIMSAM DENS LIQ DENS I., I Q VISC RUN TYPE

OOK:U. 03/24/92:l.9s2B 03/24/92

O s 07 s 372. .6000 g /c c 0. 9943 g X c: c: O. .732 5 c: p High Speed

REYNOLDS!) NUMBER B O ., 20 FULL SCALE MASS "i:: l O O

MASS DISTRIBUTION MEDIAN DIAMETER:: 2,40 |.un MODAL DIAMETERS 0,54 |..un

DIAMETER

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FINER

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50,, 004 O,. O O30 ,0025,0020., 00l 5,, 0010,00B,. 006 ,005 , 004 ,, 003 ,, 002,, 00l ,, 50l ,, 00O , 80O,, 60O ,, 50O,. 40

100,, 5 98 ,, 4 95,4 92 , B 91,1 92,, 3 8.4 , 4 79 ,, O 72,9 69,, O 63,5 56,4 43, 5 34 ,, O 24 ,. 7 19,3 7,2

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-1,1 7,, B 5,4 6, l

9

12,, B9,59,35,4

12,111, 69,7

Hole 89-9 tt 936Sect i O i-a p h 5100 V3 ,, 02

|*4l..E DIRECTORY/NUMBER i! DATA/ SAMPLE IDs Hole 89-9 H 936 SUBMITTER s MR C I ne:., OPERATOR s KM SAMPLE TYPE:: Clay LIQUID TYPE:: Water ANALYSIS TEMP:: 34,3 deq C BASELINE/FULL SCALE s 12B/ 112 kilo counts/sec:

PAGE 2

UN l'T' NUMBER'S l START 13 s 08s 11 03/24/92 REPRT 13s 19s 28 03/24/92 TOT RUN TIME Os07 s37 SAM DENS s 2.AOOO g/c c LIQ DENS s 0.9943 g/cc LI CI VISCs 0,7325 c p RUN TYPEs High Speed

CUMULftTIVE MflSS PERCENT FINER VS. DIAMETER MftSS POPULflTION VS. DIAMETER

LU Z l—l Li.

enCOacE:

100 -

90 ~

60 -

70 -

60 -

50 -

40 -

30 -

E® -

10 -

0 -l I l l

100g t i

\

\

10 l

EQUIVflLENT SPHERICAL DIAMETER , ( pm )

Hole 89-9 tt 936Bed:i.Graph 13:1.OO V3..02

SAMPLE ID;: Hole 8 936.nc..SUBMJTTERi: MR C

OPERATOR;: KM SAMPI...E TYPE:; Clay L. l QUID TYPE;; Water ANALYSIS TEMP:: 34,. 3 deq C BASEL IME/EULL SCALE;; k:i. l o counts/sec

PAGE 3

UNIT NUMBER:: l START :l.3::08;::l.:l. 03/24/92 REPRT 3.3:::). 9 s 28 03/24/92 TOT RUN TIME O::07s37 SAM DENS:: 2 ..6000 g/ c c l... IQ DENS:: 0.9943 g/c: c: L l G) VI SC:: O..732 5 c p RUN TYPE;: High Speed


L V

C •t-t

C 't-t

x

(EE

iEQUIVALENT SPHERICAL DIAMETER , C pm )

8 eel :i. G ra p h 5:1.00 V3..02Hole 89-9 tt 937

E DIRECTORY/NUMBER:: DATA? /16 SAMPLE: ID:: Hole B9--9 tt 937 8UBM1TTER:: MRC Inc., OPERATOR s KM SAMPLE TYPE:: Clay LIQUID TYPEs Water ANALYSIS TEMP s 34,, 3 dag C BASEL INE/FUL.L SCALE:: :I.2B/ 1:1.0 k:i. locounts/sec

T ART ING DND1NG DI. A

lAMETERs1ETER::

50 , 000 , 40

j.ifll(..im

MASS D1STRMEDIAN D

D i AMI;;(Urn

50,40,30 ,*Y" *".

20 ,,:i. 5 ,,10,B,,6,5 ,4..3 ,•":,

1 ,1 ,0,,0 ,,o.0,,

TER'

00000000000000000000000000500080605040

I:AMETERS

CUMULAMAS

FINE( ".: )

969489847870605 549t\a,393427241.91.6i. 31.07

6,25

r i VESR

,,9,, 1,6,, 6,, 5, 6,,9,, Q,0,,6H /*

ti j(',.

:, 5

'"l

ji A..J "i

ii S...

,,6••"i

ii X..

,, 4, 3

|..un

MASSIN

MTERVAL(JO

3 ,,'••tf., n

4 ,,

4,6 ,7,.9,,5 ,,6,4,5 ,5,,6,3 ..5 ,,''.^ x.. ,,^.) ,,'". xi. ,.3 ,,

1B691971B40574064B1

PAGE l

UNIT NUMBERS .1. START 13a 32s02 03/24/92 REPRT 13s 43s22 03/24/92 TOT RUN TIME O s 07s 40 SAM DENS s 2..60OO g /c: c LIQ DENS s 0.9943 g/c:: c: LIQ VISCs O..7326 cp RUN TYPE:: High Speed

REYNOLDS NUMBER:: O..20 FULL SCALE MASS Js: 100

MODAL DIAMETER 1 5. .70 \.m

__ __^ ^, M———————-—i i MINERAL RKS.KARCH V

CANADA 1l i.'.i'-'J^Ti '..'V..!;.".'!). RR2

FAX (.705) 378-512.

DATE______

Hole? 89-9 H 937SediGraph IVJ.OO V3..O2

DIRECTORY/NUMBER:: DATA7 /:I.A SAMPLE ID;: Hole B9--9 S* 937 SUBMIT! ER:: MRC I ne:, OPERATOR:: KM SAMPLE TYPEs ClayLIQUID TYPES waterANALYSIS TEMP;: 34,, 3 cleg CBASELINE/FULL SCALE;: 12B/ 1..1.0 kilo counts/sec:

PAGE 2

UNIT NUMBERS l START 13s32s 02 03/24/92 REPRT 13:: 43:: 22 O3/24/92 TOT RUN TIME 0::07s4O SAM DENS s 2..6000 g/c c:: L IQ DENS:: O.. 9943 cj/cc LIQ VISGs O.732A cp RUN TYPEs High Speed

CUMULATIVE MOSS PERCENT FINER VS. DIflMETER MOSS POPULATION VS. DIAMETER

uLU

Crt CO (E

100 -

90 ~

80 -

70 -

60 -

5

40 -

30 -

f—* c.

10 ~

0

x.\\

l —

\—

\\\\^

x\X

^X NX

—

-x

100 10 l


Hole 89--9 tt 937Bed i G ra p h 51OO V3..02

80^BE DIRECTORY/NUMBER;; DATA? /16SAMPLE IDs Hole 89-9 ** 937SUBMITTER:; MRC Inc..OPERATORS KMSAMPLE TYPE:: ClayLIQUID TYPE:: WaterANALYSIS TEMP:: 34,, 3 d eg CBASELINE/FULL SCALE:; 12B/ 110 kilo counts/sec

PAGE 3

UNIT NUMBER:! l START 13x32x02 03/24/92 REPRT 13K43 s 22 03/24/92 TOT RUN TIME Q s O? si 40 SAM DENS s 2.6OOO g /c c:L:I:Q DENS K 0.9943 g/ccL10 VlSCs On 7326 cp RUN TYPEs High Speed


L t)

(Sien ac r:

10 -

9 -

P, -

7 -

e -

5 -

4 -

J^ ~"

2 -

1 -

I7i -

\——

\\j\

——\\\\

Xx.^xx x

—

x

100 10 l


Hole 89-9 tt 938BediGraph '5:1.0 O V3 ,, 02

E D l RECTORY/NUMBER:: DATA7E. :I:DS Hole 89-9 ** 938

BUBMITTERs MRC Inc.. OPERATOR:: KM SAMPLE TYPE:: Clay LIQUID "fYPE:: Water ANALYSIS TEMP;; 34,, 3 cleg C BASELINE/FULL SCALE s 1287 104 k.i l o coun ts/se c:

PAGE l

UNIT NUMBER a l START 13:: 51 s 32 03/24/92 REPRT 14 s 02 s49 03/24/92 TOT RUN TIME OK07s 37 SAM DENS s 2..6000 g/cc LI G! DENS s 0.9943 g/cc:L:I:Q vi se s 0.7328 c pRUN TYPEs High Speed

STARTING DIAMETER:: SO,.00 ].im ENDING DIAMETER:: O..40 |..un

REYNOLDS NUMBER:: 0.20 FULL SCALE MASS "is 100

MEDIAN DIAMETER::MASS DISTRIBUTION

2.01 |jm MODAL DIAMETER'S I.,38 |.im

DIAMETER ( |.Arn )

CUMULATIVE MASS

FINER ("O

MASS IN

INTERVAL (".O

50 ,, 004O.OO30, 002 5. .0020,00l 5.00l O.,OO8,, O O6,. 005 .. 004 ,. 003 , 002,, 00l ,, 50l,. 00O ,. 80O,, 60O , 50O , 40

97. 598.. O 96 ..2 94.. l 91,4 87,, 9 83,3 80,0 74., 5 70 ,6 65,, 2 58 ,, 6 49 ,. 9 43 , 3 33 , l 28 , 4 21 ..8 17 ,. 6 13,2

2,5 ••O,. 51. 82. l 2,7 3,5 4 ,7 3 , i:! 5,5 3,9 5 ,. 4 6,6 0. 7 6,5

1.0,2 4 ,7 6.6 4 ,, 2 4,4

CANADAt ih'DijSTRIAVflLVD. RR2PARKY SOUKD, OK~ARIO

CANADA P2A2W8

FAX (705) 378-5123 DATE—————-

t'S (705) 378-2416

Hole B9--9 tt 938Sec! i G ra p h '5:1.00 V3..O2 PAGE

^..i;;: DIRECTORY/NUMBER:: DATA/ /i7 SAMPLE IDS Hole 99-9 ** 930SUBMITTERs MRC Inc.,OPERATORS KMSAMPLE TYPE;; ClayLIQUID TYPE i; WaterANALYSIS TEMP s 34,3 cleg CBABEL I HE/FIJI...!... SCALE:: 128/ 104 kilocounts/sec:

UNIT NUMBER;: l START 13 s: 5:1.:: 32 03/24/92 REPRT 1 4 K 02 s 49 03/24/92 TOT RUN TIME O; 07 s 37 SAM DENS s 2.6000 g /c c L I Q DENS s O™ 9943 g/ c c: l... I Q VI SC s O. .7328 c p RUN TYPEs High Speed


CX.UJz

CO (S)ccz:

100 ~

90 -

60 -

70 -

60 -

50 -

40 -

30 -

20 -

10 -

0 -Mil

100

i-1 —~--^

K

—

^^\

\

——

1 !

\\\\\

i

x

I

"™*

\\

l 110 1


Hole 89-9 tt 938SediGraph 51OO V3 ,, 02

|E DIRECTORY/NUMBER:: DATA? G AMR.. E ID" Hole 89-9 t* 938 SUBMITTERs MRC l ne, OPERATOR s KM SAMPLE TYPES Clay LIQUID TYPE;; Water ANALYSIS TEMP;; 34,, 3BASELINE/FULL SCALE s 128/ 104 k:i locoun ts/sec

PAGE 3

UNIT NUMBER'S l START 13s 51 B32 03/24/92 REPRT 1.4 s 02 K 49 03/24/92 TOT RUN TIME Os07s37 SAM DENS:: 2-6000 q/cc LIQ DENS s 0.9943 g/c c: l... IQ VI SC s O..7328 c p RUN TYPE;; High Speed


-P c

enCO (E

10 l


SONIC DRILL HOLE RECORD

Drilling Started: February 6, 1989 Logged By: A. CasselmanDrilling Finished: February 7, 1989 Logged: March 13, 1989Drilling Co.:J. R. Drilling Core Size: 3.5"Dip: -900 Core Storage:Hole Length: 250.0' Mineral Research CanadaOverburden Depth: 95.0' R. R. # 2Claim No.: P 825810 Parry Sound, ONEasting: 5990 E P2A 2W8Northing: 212 S Elevation: 363.0'Property: Kipling Hole Number: 89-26

SUMMARY

From To Descript ion

0.0' 3.0' Peat

3.0' 95.0' Glacial Clay Till 4 sand units interbedded.Pleistocene - Overburden

95.0'

110.0'

133.0'

135.0'

137.0'

139.0'

152.0'

159.0'

167.0'

217.0'

231.0'

242.0'

244.5'

245.0'

110.0'

133.0'

135.0'

137.0'

139.0'

152.0'

159.0'

167.0'

217.0'

231.0'

242.0'

244.5'

245.0'

250.0'

KSS

Clay

Sandy Clay

Clay

Sandy Clay

Clay

Sandy Clay

Clay

Kss

Sandy Clay

Kss

Clay

Kss

Clay

Cretaceous

EOH - 250.0'

Detail Log 89-26

From To Sample No. Description

0.0' 3.0'

3.0' 95.0'

95.0' 100.0'

Peat

Glacial Clay Till S Sand interbedded.

2051 Kss - coarse grain from 95.0' - 97.0' frequent kaolin clots and rare sub rounded pebbles up to 2.0', many vari coloured silica clasts. Medium grain from 97.0' - 100.0' - banded concentrations of heavies and illite. 7.90* kaolin.

100.0' 105.0' 2052

105.0' 110.0' 2053

110.0' 112.0' 2054

112.0' 114.0' 2055

114.0' 118.0' 2056

118.0' 121.0' 2057

121.0' 125,0' 2058

125.0' 129.0' 2059

Kss - as above, rare quartz clasts up to 0.5". 9.29* kaolin.

Kss - as above, increasing in percentage illite, a very large amount of material for indicated footage. 11.2756 kaolin.

Clay - buff grading to yellow/orange and then to brown at 111.75' the clay is pliable with fine discontinuous laminations that are mottled in appearance, the lower contact is an intermixture to clay and silica grains, possibly as contamination. 66.66* kaolin.

Clay - medium brown, grading to dark brown, more pliable than the above unit, rare discontinuous laminations of darker material. 69.85* kaolin.

Clay - as above, continues to darken downwards. 70.25* kaolin.

Clay - as above, 29.13*.

Clay - black, fissile to pliable, highly competent, at 122.0' - fossilized wood, very fine laminations. 62.59* kaolin.

Clay - as above, black , fissile, slightly, greasy feel, rare lighter clots of brown clay with a wispy appearance, very competent, disc-like. 65.65* kaolin.

129.0' 133.0' 2060 Clay - as above, more pliable. 60.81* kaolin.

133.0' 134.0' 2061

134.0' 135.0' 2062

135.0' 137.0' 2063

137.0' 139.0' 2064

139.0' 140.0' 2065

140.0' 146.0' 2066

146.0' 152.0' 2067

152.0' 158.0' 2068

158.0' 159.5' 2069

159.5' 163.0' 2070

163.0' 164.0' 2071

164.0' 167.0' 2072

164.0' 169.0' 2073

Sandy Clay - dark red/brown, discontinuous alternating layers, dewatering structures. 38.635* kaolin.

Sandy Clay - very fine grain silica, white clay, with rare clasts of 0.25" at lower contact, yellow stain at upper contact, fine laminations of white clay. 36.58* kaolin.

Clay - white pliable, with very fine grain silica, minor illite, gradational upper contact of 8.0" into buff sandy clay. 59.95* kaolin.

Sandy Clay - fine laminations of darker brown material in buff coloured clay, the laminations are more continuous than previous, heavies concentrations producing a banded appearance, a layer of yellow staining, minor illite. 41.62* kaolin.

Clay - pliable, light brown, to grey, fine laminations, slight silica content. 56.91* kaolin.

Clay - buff, highly competent, disc-like. 73.01* kaolin.

Clay - as above, 6.0" of lighter brown material, some silica content. 60.66* kaolin.

Sandy Clay - dark brown, with minor illite, clay seams of 0.5", laminations of black organic material, some of the black material appears fibrous. 31.87* kaolin.

Sandy Clay - as above. 56.46* kaolin.

Clay - dark brown, highly competent, disc-like, greasy, grading to black. 76.23* kaolin.

Clay - dark brown, pliable. 69.32* kaolin.

Clay - dark brown, grading to black, fissile. 59.11* kaolin.

Kss - medium gain, minor illite and heavies, with white clay clots. 13.47*

169.0' 175.0' 2074

175.0' 181.0' 2075

181.0' 187.0' 2076

187.0' 193.0' 2077

193.0' 199.0' 2078

199.0' 205.0' 2079

205.0' 210.0' 2080

210.0' 214.0' 2081

214.0' 217.0' 2082

217.0' 219.0' 2083

219.0' 224.0' 2084

224.0' 229.0' 2085

229.0' 231.0' 2086

231.0' 235.0' 2087

kaolin.

Kss - as above. 6.89*

Kss - as above, medium grain material contacts sharply with coarse at 178.75' - 179.0', clay clots and seams, light grey to white, rare clasts up to 0.5" in coarse portion, minor illite and heavies. 13.14* kaolin.

Kss - as above, rare clasts up to 1.0". 7.47* kaolin.

Kss - as above, with 5.0" of small powdery clots of white clay in moist material. 8.51* kaolin.

Kss - as above, coarse grain, 6.0" band of brown, fine grain, sand at 196.25'. 8.84* kaolin.

Kss - coarse grain, clasts up to 0.25", white. 7.75* kaolin.

Kss - interbedded with brown fine grain sand seams, up to 0.25" clasts, purple/blue discontinuous laminations, coarse grain, erratically distributed blebs of purple material. 45.29* kaolin.

Kss - medium grain, rare clasts up to 0.25", white. 12.03* kaolin.

Kss - medium grain, with much brown contamination, rare clasts up to 4.0". 10.73* kaolin.

Sandy Clay - light brown to grey, rare clasts up to 0.25", clay clots (irregular lighter areas that are silica free). 20.83* kaolin.

Sandy Clay - as above. 11.37* kaolin.

Sandy Clay - as above, 15.29* kaolin.

Sandy Clay - as above, 9.72* kaolin.

Kss - extremely coarse grain, with clots of brown clay. 8.03* kaolin.

235.0' 240.0' 2088 Kss - as above. 8.13* kaolin.

240.0' 242.0' 2089

242.0' 244.5' 2090

244.5' 245.0' 2091

245.0' 249.0' 2092

249.0' 250.0' 2093

Kss - as above, except for black contamination (high organic content), fossilized wood at 242.0'. 10.0* kaolin.

Clay - dark brown, grading form pliable to fissile. 67.44* kaolin.

Kss - as at 240.0' - 242.0'. 24.66* kaolin.

Clay - medium brown, very competent, disc- like. 57.47* kaolin.

Clay - black, fissile, competent, with a silty upper contact. 61.44* kaolin.

EOH - 250.0'

SECTION 89-26

Hole Length: 250.0' Claim No.: P 825810 Overburden Depth: 95.0 Dip Collar: -900 Northing: 212 S Easting: 5990 E Scale: 1.0" = 50.0'

O 39-26

Till

Ku

Clay

Sin dy CityCI,,

"M* Clay Cl,y

Saorfy City

Clay

Santy Clay

Ku

Cla, Ku Clay

SSS-S-SSSSSSSKSSSSSSS-SS-SSSSSSSSSSSSSSSSSS

s2S2

*"*!

sr ssssr3~333~~~~3Tsssss5SS555s.55s.555

W**

— 0 **

w

~

f ^ M

J-l^**-*l*^*.J**V

t*-W

MJ-*0

^* .J**w

l*-h

*-J-*0

^0

0*M

*-h

*l*

)-*

OIll

Hill

IIM

M

IIH

II l

l Ill

lll l

H HI

l l

I03 sO l

MINERAL RESEARCH CANADATEL:(705) 378-P4l6 FAX:(705) 37B-5123


PEA 2W8

ANALYSIS REPORT

SAMPLE SCREEN x. MOISTURE V. pH (207. SOLIDS)

-*- A O + 100 +200 + 3S5-325

x. y

24 5'3L+ 100

+ 3E5 -325 r./

133

+ 1OO +200 + 32S -325

.4 /4.2 3,6? 3,*

.3

-t- 40 + 100 + 2OO + 32S-325

+ 1OO + 200 + 3P5 -325

ANADA'. INDUS'! RIAL BLVD. . RRE PARRY SOU.-JD, ON. CANADA

PEA 2W8

ANALYSIS REPORT

SAMPLE a SCREEN MOISTURE 7. pH (207 SOLIDS)

--t- •^ ., 1 S

S!

T l 00

-•eooA?0.51,3

A/."?

* i oo + EOO+ 3Z5

6.t,

3 .0 '•/2

f t. 8

i-lOO-POO \.(*

f 1 OO 2OO

A O 1 OO

rr CT pr A o r" us p /\ -\ i A r- /-\;_ v.j CI r-.' i \ ^ i t L-. r-'! i v ,—l LJ n

l I NDUSTrt l AL BLVD . , RRP. PARRY SOUND, DM. CANADA

P2A 2W3

ANALYSIS REPORT

53AMPLE: SCREEN

H .*H O

^ 100

+EOO-f 2) E.' 5-3c'5

MOISTURE

/a

p H (20V. SOLIDS)

-*-1 00 + 200 + 3E5-325

6-4

4- 40•i-1 CO + 2OO•+-32S•325

O. if

/i. l T-3.5"

^ 6

+ 10O + 200•325-325

! 00200

Pi:

LJ r~- /\?\| A PS Ai i ^ r—; l V f-i iJ r—i l INDUSTRIAL. BLVD.,RRE PARRY SOUND, ON. CANADA

P2A 2W8

ANALYSIS REPORi

SAMPLE tt

^"^

SCREEN

-•- .A O T iOO + 200

G,

,13. l?3 a. q

MOISTURE V. ph' (20X SOLIDS)

/3,0

-r

^- "40

-100-*-2OO + 3P5-325

O

. -7

- l CO-i 200-325

?-, 3 3.3

-i-IOO

+ 200-*-325-325

i l 00 1-2OO

rr o "\' r.- rr o r~ A c~ r" LJ P A h i A P A'.~ i \ r~. ;_ t \ i_ 3 -— f-i i \ i_. ; i L-. r~ : M r--; x y i -i

l INDUSTRIAL BLVL..RR2 PARRY SOUND, DM. CANADA

PEA 2W8

ANALYSIS REPORT

SAMPLE li SCREEN '/r- MOISTURE r. pH (EG'/ SOLIDS)

-f A O + 100 +200

C,/ O.?

1OO

+ 3P5 -325

" H- l CO + EOO + 3E5 -3P.5

52-f. 5"

4- AO + 1OO + E-00 +3P5 -325

+ IOO H-BOO-t ')p-~.

i- T. X' ; i 70D ) ARRY b^J!\!D, ON'. CANADA PEA 2W8

ANALYSIS REPORT

SfifiPLE Z SCREEN

/7^/ : ^-t-lOO

Sj/i^f +2OO *6CS t tt +32S

-325

* 4-*- 4O

fi A -5.'? + 100 C^sU V 7 +20O

+3E5-325

-t- 40

^, +100^? /'l -2- ^-'' j-pno /~J J \ 7 /\ +CUO

y. MOISTURE y,*.

0^3

j 0.6 c? H (5, S A 6

C.I^?w ^

i.'-J ^^

4*3

2r' tf'fl f s*0 ' f. r- . l i q l C" ' v

pH (SO4/, SOLIDS)

-225

+ 40 + IOO ".-L'OO-*-325-325

4- 4O + 100-t 20O-325

RESEARCH CANADAl INDUSTRIAL. BLVD.,RR2 PARRY SOUND, OK. CANADA

P2A 2W8

ANALYSIS REPORT

SAMPLE

&0S!

SCREEN V. MOISTURE '/,

* 4 Q.t*j f, 2

^* -T*-f- A o+ 1OO +200 +32S -325

pH

/•v/tf,7

X SOLIDS)

-MOO +2OO ^-325 ~ cjHo

o -

y./

Q -r? "

'4- AO + 1OO +200 + 32S -325

KM7.7

+ 40-noo+ 200 + 32S -325

i l OO -POO

--, r\ /\ '•:- -- t - W~- ; -- .':.-.~c.'±\ is

iX:(VC5) 378-51 Jj'j[KiViJSTRIAL D'.VD. -..KRY SOUND, GW. CANADA

PEA EW8

ANALYSIS REPORT

SAMPLE S SCREEN

+ 1OO +EOO

-325

MOISTURE '/,

ISo,.'

7-3

p K i BOY. SOLIDS)

^7^ 7

202 f

+ 4H- 4O+ 1CO +HOCn-325-325

4- 4

H- 40+ 100+2OO+ 3E5— 3S5

^^^;s/2V..5"

^*S(fi ^^^7,96*./6-2

A J1.1

J3-&

-noo•iEOO + 3E5— 3E5

•v 4O + 1OO

t-3E5 -32S

: ;* r:.~ c.'-;~ /"\ o t—- t .j r^ "\ r-1 /\ "Pi '^ i \ ;— --: L. '-i r\ i-, i i -— t-- i v; r-" jj 1-1

FAX ; ( 70S-'. -L

D1 f? 3I^L'LSTRIAL L;. VD.,RR2

PARRY SOUND, ON. CANADA PEA 2W8

ANALYSIS REPORT

SAMPLE tt SCREEN 7. MOISTURE y, p H (2O'X SOLIDS)

no q t+ 1OO +2OO-t-325-325

+ 100 + EOO +32S -325

oJ6.3AS.iT

+ 4-t- 4O

-HOO +200 + 32S-325

o./

.1

+ 4 + 40-i-lOO

+2OO + 32S-325

+ 4-i 4 O- 1CO + 200-t-325

- 325

970191

C-laviedJ. braon

S A M i- LL L'.L KC..L'; L'R i /NUhibER i UA i H3BAMF'Lt -IDs rio L e 33-33 w 50biSUbMl 1 'l EH : l: 3'-.'OF ERA f OR : KMSAMPLE ! V'Ph i 3 L ayLIQUID TYPE: WaterANAL i b l i:'- 7 L:'ir i 34

STARlING b!AiME !'ER END i N6 b i A Mil VE R :

dec: 3 f

'D0 .00 Mm

YPfc.: High Speed

LHAhL i"ER!, M (l l.'

j DiHME 'i'ER l l

CUnULi-i f l VE

h I WE R

HASS DISTRIBUTION

PAGE l

UN D NUMBER: :! START 11 :31s S 3 11/06/30 REPRT ll:3b:c!5 03/23/3.1. TOT RUN TIME 0:0b:43 SAM DENS: c?.6000 g/cc LIQ DENS; 0.^942 g/cc L1Q VISC: 0.7S6S cp

REYNOLDS NUMBER: d) .ellFULL SCALE MASS "J, : Iw0

! Mm

MASS

INTERVAL'. /i /'

MODAL DIAMETER: 0.40

c.. '.i";' i . b0

0 . i- ; 0

0 . t'i'i

0 , t'0

0 .4 'i'*

'•--'t' . j.

33.4

J t- '.'i.'-i

4 7 . i44 . 'y

40 . V

? . l

i .E c^. C1 4 . l 4.1'i .5

'.•~- . i

C H O

3 .44 . 'I'-J' * '-'

3.4 ';i. 3 L . 7 4.ci

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C L avi'ecl iti'rauh i i 00 PAGE

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SA'MPLE I'iRL'C ! GR'i .'NUM^Eiv t DAT A3 SAMPcE j.D: note 39-E'b # BUbf'il i'TE:\ J *t 3'r OPERATOR: KM SAMPLE i'YPE: L lav LIQUID l Y'PE: water-

Bib iLhP : J4 .'' ueg C

L L ay

/c 96

K'JN TYPE: High bpeed

i IMG DI AM t.'i E K JLiIAMETEh. s

LiIAl-iE"!LRi:

i:v . 3to ^m

FAGL l

UNIT NUMBER: lSTART 0KEPRT 1TOT RON TIME 0:lS:c!6BAM DENS i ci,t.00(i. g/ccLIQ DENS: ^.9942 q/ccL1Q ViSC: 0,7Ebi) cp

REYNOLDS NUMBER J (it. c l FULL SCALE MASS y,:

DIAMETER

CUMULATIVEMA j a

F I i'-IER5. A)

MASS DISTRIBUTIONMODAL DIAMETER:

MASSIK

IN l UK VAL(Vi J

3 .y

0.41 Mm

ei 'i- . t* O11::. .f *:'j. y ,'i't)

b .t') 'y

•4. O ii"

'i'/ .t.

J3. ! ^ J M .09 y . i

0 . I ti1 . t i .7i .2

i. E

. 3 y

C' . w tt . i :.c: , 4 4" .H b y .'i 32. cin .a

v.b

b. 5

7.1 i to . 'r113.7


l IWOUSTWAL BLVD. RR2PARKY SOUND. ONTARIO

CANADA FM2V/K )FAX(705)37S-S123

DATE________578-2416

C lavj.iiraon b J. 00 Ve:.03 PAGE

sLK : DA T ASAMPLE i D: Ho L e d^-Eb -H- 2058 BLJBl-ii'i'i'EK: fi J 1 -* OPERA TDK: KM SAMPLe. TV F-' t. s Liav LlQUiD t'VPEs Water ANAL Veil b 'i'tLfiPi Lv'i . /' O ea C V'VPL. : H i ah Speed

UNIT NUMBER: i START ©9:34:08 11 REPRT 1S:ES:35 03/E9/91 TOT RUN TIME 0:lSsH6 SAM DENS: S.6000 g/cc LIQ DENS: 0.994E g/cc L1Q VISC: 0.7S63 cp

CUMULPiTI'-.'E MftSS PERCENT FINER VS. DIAMETER S POPULATION VS. DIAMETER

acz*-H

U.

COto a:

50 -i

10 -i

\\

IN,

l i

li i

X

iSPHERICAL DIPMETER , ( pm )

-n!

BediHraph '.•ji'i'W Ve!, 03C Lav

PAGE

bHi1i; L.L LuK^C i CJKY /MLJhb SAMPLE iD: Hole BS-,-6 SUBMIT i'tri i tt c;-* OPERA i'QR : KM SATiPLL i f Pt : L' i. av L i QUID i'YF'Ls Water

V;jj.b T L h h-' i 34 . "i u

DA iir^fc.

vPE. s Hiqh Speed

UNITSTARREPRTOTSAML1QLiQ

NUMBER: l T 09:34:08 11/12/30

RUN TIME 0:i2:Ht. DENS; a. 6000 g/cc DENS: 0.994S g/cc VI SG: 0.7B63 cp

rvl ftSS POPULATION VS. DIAMETER * uUMULftTIVE MASS PERCENT FINER VS. DIAMETER

01 i

1 5 -i

q -i

P J

~T

10 I

EQUIVALENT SPHERICAL DIAMETER , ( jjm )

C lay PAGE JSea iiii1 api i 've:

bAMi-LL D J. KEL l Or; V x Nu-hbi SAHPLE ID J Hole 39-eb BUbM j. "i TEK : tt; S 9 OPERATOR: K fi SAMF L.E TYPE; L, iav LIQUID iYPE: ^ater ANALYSIS TEnr : ^^ *

ST ART'ING DIAMETER-

DA 39 f

a eg C

-iv) . cH:)

UNIT NUMBER: lSTART y9:t'35 ;-'y li' iEv -"- 1

TOT RUN TIME 0:12:47 SAM DENS: E.b000 g/cs. LI Q DENS: 0.9942 g/'cc

KUM TYPEi: High Speed LIQ VI SG: 0 .72ibb cp

REYNOLDS NUMBER: 0.E1 lj FULL SCALE MASS 'A'. I 1^'

r1E.i.i.i. A i-l i.'.l M fi L i L h i

DISTRIBUTIONMODAL DIAHE1EK: Mm

LUi'-iULA i I V'LMASS

DIAMETER r i NEKvM(i,J '.''•^

,.j,;.) ^ (.-,(.,) i y y . 4ij.(/. i.'!l'-.' 1 'i' 1-'' . b

•-•i"i !.-)c) -;.'9 . 9^^ " "

H y .00 99 .9' t." {.-.i-', - ;i' ; i , '-;i

10.00 '33.9

iii.00 ;i'r'.3

b. 00 95.^6 .00 9 i .34. y y 3 b . 9

MASSIN

INTERVAL(A)

-0.4"" l -' - 3

0 . 70 .E

-•0.a-•0 .0

1 . 1•i 1 •i. . J.*'~: t .C . C.1

J .Ci

'5 . 0

.00

. 00

0 . u; y0 . b'i'

0 .40 O . i^;ic'i

be*. -." 43-5 'l .0

'•J .6it-


l INQUSTSIAL BLVD. RR2?MSV SO!jr4D, (VsTARIO

CAJMUA P2A2WS

FAX (705) 373-5123 BUS( t-2416

Clayo e ci i ui' a p h PAUSE c

BAhrLE i'lRLCruKV/'iM SAHF'LL i L1 i h o i e i •.-• SUfcMi i'TER: tt o 'J OPEKA'i OK s K!'I SAMPLE TYPE: C 'i. ci y LIQUID i' Yf-'L i water ANALYSIS: i'EMf' ; LV-*.

jMBEK: DATA3 •L'w ft ^05 y

cieq C R U N "i Y F' E s High Speed

UNIT NUMBER: l START 0^:58:50 ll/iE/W REPRT 12:36:40 0S/E9/91 I'D T RUN TIME 0ilH:4/ SAM DENS: E.6000 g/cc LIQ DENS: 0.9y4E Q/cc LIQ VI3LJ: 0.7266 cp

* CUMULATIVE MOSS PERCENT FINER VS. DIAMETER ivlRSS POPULATION VS. DIAMETER

acILJz:

COto cc

|7i|7i -t-

fl -*

x.

\

-L—1 ...— UT?—..__i__ f .^J—t i lil

i illTT~t i~i i r

X

k r \\

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A

EQUIVALENT SPHERICAL DIAMETER , ( urn )

C Lav

L. L'h^L '; UK v /Nu!"''ijbi^.h s Di-i'i,j SAMPLE i D: Hole b '3 --t: 6 # E^Jj':) SUM'ii l Tiirt : W l-''.-' GPEKATUR: KM S tt rt i'- L L 'i Y PL i C i civ LIQUID i V F E; Wat ei"

YGI;:: TiLHr. OH. 7 a e o L KUN TYPE: High Speed

PAGE 3

UNIT NUMBER: l START 09:58:50 11/12/90 REPRT 12:36:40 03XE9XS i TO'l RUN TIME 0:1E:47 SAM DENS: E. 6000 g X c c. LIQ DENS: 0.994E g/cc LlQ VISC: 0,7Ebb cp

POPULATION VS. DIAMETER * CUMULATIVE MflSS PERCENT FINER VS. DIAMETER

"'r— 1

La/

4-'r

C•rH

X

^

OD

GC*I

5 -""l

i 1

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5

^

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-lli -iij

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1-i

1—3

—l ii

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EQUIVALENT SPHERICAL DIAMETER , ( p m )

Clav5 e d 1 1; r a a n D 10 0 V c . y a

SAriPi-E IJ .i rulL'f Li R'i /).nJrii'i.:.K i DA i H:.' SAMPLE i b: Hole b S-"-e: b # a (i* t-'i* SUBhl'i'iEK: ^ i-' ORE rt A i'OR ~: Klvl 3AHPLL "i v'PE : L Las LIQUID i YPE : Water

PAGE l

UNIT NUHtfEk: lSTART 10:33:43 U71EX'n0

TOT RUN TIME 0:12:33S Art DENS: E.b000 g/c c:L l Q DENS: 0.'*y4E g/cc

ANAL V'S I i 34*i osu L KUN TYPE; High Speed HQ VISC: 0.7267 cp

S "i ART ING m An E 7 E R :; END l Nui D i A!"-'iE i ER i w m

REYNOLDS NUMBER: 0-ci FULL SCALE MASS Y. i 100

MASS DISTRIBUTION NEDiAN DlHHETErv; E. 31 Mm MODAL DIAMETER:

CUMULA i i VEri H S 5

DiAnE'IER r- i NEKl.^i! r' vVi.'

-Wl ,,-H/, ^ . .J

t+0 . *"i'; ' i 'i' 1 -'1 . l-'

J^i m i,);/) 1 l/) li) . j.

(J5.00 i 00. li'

t ''iv'' . i-jn :j y . i'

i 5. y 'i' '-.t'o . i10. 0 0 J -—' " '-^

o.'ii*;' B'Vi.yb . f 0 t' 1 " 4'j . ti'ii' 7 S . LI4.00 b b. 3;' .W t;.. i 3 . i

E. 00 3 b. 4i ,b0 30 . '7i .ii.0 ci 4 .3lil .30 L-C- " '-~

0 . t' 0 1 O . -'

0 . S y l--i u 7li' . 40 A C- v i

lil . 3 'i) 'f . : -J

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INTERVALv' /*)

0 . 1

-0 . i

-0 . 1

0 .1

0 . 51 .44 .8H .3

7 . oD . --•'

O . i

i 3 . 7lo.Sb . 7s;-.ld. 43.7c . 33. b4. S

3.15 Pin


INDUSTRIAL Bl.Vfl.RR2I'ASKV SOUND, ONTARIO

CANADA F2A 2WS

FAX (705) 37&5123 DATfi ^—-—^

BU: 178-2416

C lavBedibraoh 'j i y y) Vi. 1 ;) b PAGE S

SAMhLE i.'IR L'L i'uR'vYNUM^iLk : DA i'Ac! /c'9 Bb A h P L L iij: hole ci 9-c.'6 ft ci 060SUtH-ii f'TLR : 3 i 9OPERATOR : K'MSAMPuL "i" Y PL; CiavLIQUID l Yr'E : (A/a terANALY31b TLMP : bn.'.-' d&o C RUN TYPE: H i a h Soeed

UNIT NUMBER: l START 10:38:48 11/ lei/ 90 REPRT lE:44:04 08/^9/91 TOT RUN TIME 0:12:33 SAM DENS: E. 6000 g X c c, L i Q DENia : 0.9942 q/c c LIQ V13C: 0.7H6Y cp

IVE MASS PERCENT FINER VS. DIAMETER ".HbS POPULATION VS. DIftMETER

aclilZ

en w o:E

D.iTl -J

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id H

10 -t

L —4—

\\

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L L aybfc-d i Li r au h 'j it't1 v

BAf'i.-'uL biREL VC'i-,''!/NUhbuK ; b A'i A'i /iil'irttiiSAMPLE ID: Ho L K b'-:'-'I:--' ft c! y 00SUBiv!ir:tR; S li':)OPERATOR s l-:.lvib rt MF L t TVr'tL E L i. e-.vLIQUID i'f'FE s WaterH N A L. V'S i .i/ "i t-hiH i l-..--4 . V ciea C FdJN i" Y Ft: High Speed

PAGE 3

UNIT NUMBER: l START l#:33 s48 11/la/'*;) REFRI IE:44:W4 0axc9Xyi TOT RUN TIME tfslEsBi SAM DENS: E-6000 Q/cc. LIQ DENS: 0.'^94S g/cc Lib! VI SG: 0.7cl67 cp

MPSS POPULATION VS. DIAMETER* CUiMUL-HTIVE MASS PERCENT FINER VS. DIAMETER

yL

C

r i-i

';-i

(Jl 03cr

l

EQUIVALENT SPHERICAL DIftMETER , i um )

bed i braoh 5100 VE'.03

SAMPLE b i REu'i UK Y ,-' MOi-itfc..:-; brthi L.E j.Li: hoi.* 30-Eb tt SUBrii") f EH ; L ./j OPERATOR : r:.h SAMPLE T YPL s L Lav- Li QUID 'i'Vi-'E: Water

ST ft K i J.N6 ENLlNu b

h t. LI i HN b.LHriZ'i'bt-;

C l ay

PAGE i.

DJ.AMEIERO* m f

-UflULA i'i VE h Abb

r INER

x -:t::i - UNIT NUMBER: iSTART 15:28:25 il RtPRT larSirES 08/Ey/sj TOT RUN TIME 0:04:53 SAM DENS: c!.60(i)*i) a/cc LIQ DENS: 0.yy4E q/cc

l YPh: High Speed LIQ ViSC: 0.7^b, cp

REYNOLDS NUMBER: 0.S1 FULL SCALE MASS "A i Hov

MASS DISTRIBUTION Vm MODAL DIAMETER:

MASS IN

Mm

EL' .00 E0 .00ib.0.-10.00

b i 'i' 0

b . ';J 0

5 .00

4 .00 b . 00E . 00

i ^ 'b 1':':

i .00

0 .b— 0 .3•- 0 .0

0 .E 0.4 E .0 i .3 3 .0 '•i .a 10.5" ' , j C..^ B v.j

4E .1


l IND1.SSTHJAI-BIVP. R82 PARRY SOUND. OMTAR1O

ti.\ SV/8

FAX (705) 378-5123 DATE-——-----

BUS05jra?8-24l6

Clayo e ci i b r a p h 'b i t) t1 V L.,. O 3

GAM P L t! L' 3AHPL.E i LI: Hcifc -~, :? bUBMI i' i tin. : 3 3'-." OPERA Vuh: K.n 3AMPLL T Y PL j Clay LIQUID f'v" PL : Walev ANALfblb 'i tin r i 3^.

DAT A3

deo C KUM TYPb : High Speed

PAGE. E

UNIT NUMBER: i STAB:! 15:28:25 i i/IE/90 REPRT 12:51:23 03/29/91 TOT RUN TIME. 0:04:58 SAM DEIMB: 2.6000 g/cc LlQ DENS: 0.9942 g/cc LIQ V1SC: 0.7267 cp

CUMULATIVE MASS PERCENT FINER VS, DIAMETER T'iHbS POPULflTION V'S. DIftMETER

LU

CO

EQUIVALENT SPHERICAL DlflMETER , ( pm

C lav.'it-1 y PAGE

b A I'll L L j IKE C i UK'Y/NUMtiLh: : UA'i AiSAMPLE i D K Ho t e o'^-clb 4i- ci#6lBUBr'il i l'L-h s ^ J 1 :-'OF-'EhA'l'Oh: i KMSAMPLE 1'YVL: i. LavLIQUID i vF-'t:: waterAHAL Vbi;:; I'LIV i d^.'/ ato L, KLJN T Vr'tL : High ijpsed

UNIT NUMBER: iSTART 15:E3:E5REPRf 1H:51:H3TOT RUN TIME 0:04:58SAM DENS s E.&iixiKj? Q/'ccLI Q DENS: 0.994ci g/ccLlO V13L5 0.7E67 cp

MOSS POPULATION VS. DIAMETER CUMULftTrvE MASS PERCENT FINER VS. DIAMETER

L 01

to wa:

EOUr/'PLENT SPHERICflL DIAMETER , pm

C i av PAGE ii t? a j. b r aph '- i '-"- 1 vc' - v ~

SAMPLE DIREC i O!-: ^ f N'uiltCR s DHSAMPLE ID: Ho L e O'.-'-Eo tt d fedSUBMIT'iER; 'H i-'-'OPERATOR: KrtSAMPLE 'TYPE; CiavLIQUID TYPE: WaterANAL V'S l b TEMf : o'* - 'r

b'l'AK'l INb DiAMLTEKs No Di AM E T Ei-;:

X 301- UNIT NUMBER: iSTART 09:18:38 i i/13/90

TOT RUN TIME 0:11 :43 SAM DENS: S.6000 g /c c LW. DENS: 0.994H g/cc

TYPE: High Speed LIQ VISC: 0.7269 cp

REYNOLDS NUMBER: 0.E1 FULL SCALE MASS X,: 10f

PIED i AN Di Al'iE i EK i •:, r .:,

DIAMETER(Mm/

c 5 .00C. 0 . 0 0

15 .e":: 1 j. y .00

CUhULAl'lVEi"IHbb

i- ilMER

~t . M'

-^c; . 4 B'/ . "/'

MASS DISTRIBUTION im MODAL DIAMETER:

MASSJ. N

iiMi'EKVAL

0 . 'r*

-i/) . S•-0 .3 0.4 i .74. y'l . 'i

a. 7? .b1

o Mm

.li 1 0

.00

l .00

0 .60

0 .40

li M . i

C^ERAL RESFARCH CANADA

l INDUSl'{UAL BLVD. SR2 PARRY SOUND, ONTARIO

CANADA P2A2W3 vFAX (709)378-5123

Claybed i tor aah bi t."-:* Vci PAGE

SAMPLE b i RL'C 'i OR i,' NUslBER : DAT A3 x 305SAMPLE ID: Huifc) o 9-"b'.:, w dbc^SUBMIT T t. R i tt J jOHEhH'T UK s K P!b AMPLE i'YPL: ClayLIQiJib TVFii.: i'JdierANALYBib fEMP s 34. ,- cieq c RUM TYPE.: High Speed

UNIT NUMBER: lSTART 09:lSs3G ii/13/^'ii REPRT lS::riS:43 08/2^/^1 TOT RUN TIME 0:11 j43 SAM DENS: E.6000 g/cc L l Q DENS: 0,9948 g/cc. LiQ V1SC: 0.7S69 cp

CUMULATIVE MASS PERCENT FINER VS., DIAMETER POPULATION VS. DIAMETER

a: LUz

1 1?l i7i —l

66 -l

D w -t

i.0 H

10 H i ji l ...J iH—1-

i

n

-rrrr

\l

\ i

L, laySedibraoh 'bi^t 1 VE.0o

3 Ai'1l: L t. L' i h: L L '- UK i .' NuMbi.H i UH i SAMPLE i'D: Ho L e d'ri-dt H- d6c. SUbhl'F ! LF\: W 3^ OPERATOR s KM SAMr'LL l' ^T•'t_ i L iav LlQUlLJ i vF-ii: Waner ANALVSi'S i'Li-ir : '-^ . Y deq C RUN 'i YPE s High Speed

PA6E 3

UNIT NUMBER: i START #9:18:38 ii/13/w REPRT 12:58:43 03/89/^1 TOT RUtM TIME 0:11 :43 SAM DENS: E.6000 g/cc LI Q DENB: 0. 1394S g X c: c LIQ VISG: 0.7Eb9 cp

(V]-ASS POPULATION VS. DIAMETER * CUMULATIVE MASS PERCENT FINER VS. DIAMETER

m >i.

(fi o: cc z:

HZ" l

EQUIVALENT SPHERICAL DIAMETER , f pm )

SediGraon C'i ay

PAGESAMPL.L DlfrtCsuKWNUhbLR! L-AiHl; /30b

iu: Ho i e 3''j--it. 4 P w h, xSUbrtlTTER OPERATOR! K ("i SAMPLE 's' r i"'L ; C i. c?,v

ANAL Y S i. 3 TEMP: 34

B'i AR I'iNG L'iAHE'iEP •lui b i Aht i E i-i. ;

a ea C

:30 . 00

0.40

UNIT NUMBER: i START 11:0e:4t, 11/13/30 REF'RT 13:06:10 08/29/41 TOT RUN TIME 0:07 s 11 SAM DENS: E.6000 aXcc

^ LI Q DENS: 0.9*42 q/cc l /t-t: H lgh bpeed LIQ VISCs 0.7c69 CD

REYNOLDS NUMBER: 0.2l PULL SCALE MASS y. s

MASS DiSTRiBUTION Mlft MODAL DIAMETER:

DiAllETERO1 in)

S0.*MJ40 .00

30 .00

Si . 0020 .00

I '"-' . Vi "J

10 .00

O . VJ t)

t' . 0 0

O . 0i'.'

4 .0V)'-1 ^ 0 I.!

2 .00j. . ::.''LJ

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i 00 . Ci'

100 . j.- . i^ - -L-- '— ' " ^~-

-\, i ,..-- V' . '--t

34 . i;to";-- ,, r'

3c! . 'r*/'.' .3

i 4 . .i:.Vi .0

'-.t. .cjb 'i1 . ,'5n . 3^'••-' * -;J

4 4 . f JH 1 . J

3b . d

MASSIN

INTERVALO*.-

li' . Ci)

-0 . 1

I . S1 .SE .34 .3

b .33 .44 . 33 . b

4 ,8t . i".:.

6.44' . 1b . 73 .44 . 'irf

4.41 Mm


l INS'JSTU'-.M, BJ-VU. RR2

FAX (70S) 378-5 3 23 BUS (7 DATE _ ty

1.2416

C l avSeditraph b j. 00 VS. 03 PAGE

SAMPLE L' I KLC'i Li R V 7 NUMB E P, : DA 'i A3 /306SAMPLE ID: rio L e ti'-j--t2t- -it c1 '-i't-3Ei Ufa Ml V TEK : V' 3'v?OPERATDK: KMS AM Pu E "i "Y PC : L L a yLIQUID 'l v'P'E s WatBVANALYSIS f EnP : 34.7 cleg C KUM TYPE: High Speed

UNIT NUMBER; l START ll:0E:4b 11/13/^0 REPRT 13:0t:10 tfS/iiy/Si TOT RUN TIME 0:07:11 3AM DENS J E.6000 q/cc LIQ DENS: 0.9942 g/cc LIQ V1SC: 0.7E69 cp

:UMULQT:ME MOSS PERCENT FINER vs. DIPMETERMttSS POPULATION VS. DIAMETER

!1 i7ii?i —L —— — .''" " ' i "'"'K...

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biL f t. ri!-'t b'4 . ; dta L HUT'! "f'Yi'L: High Speed

PAGE 3

UNIT NUHBEKt l START 11:0Ss4b I1/13/W REPRT 13:06:10 08/89/^1 TOT RUN TIME 0:07: i i. SAM DENB: S.6000 g/cc Li Q DEIMS: 0.V94E g/cc LIQ VISC: 0.7S6r) cp

POPULATION MS, DIAMETER CUlMuLHTiVE i'iftSS PERCENT FINER VS. DIAMETER

OT

U7i


L L avBed i Gr aol i 5 i 00 VS . 03

b A h i-L c. DlRt-L i'ui *YYhiUn.bEK s DH i r-,3 /30V SAMPLE ID: Ho i e a 9--c: t- w c!0b4

OPERA i UR : KM B A!'ir1 L E i -i't L i L' L 8. y LIQUID i YPE : Wa'.er ANALYbi 3 'i LM!- i :.;4.",- ci t g L

S T A K' f IN H Li I H 111. "i Ei i \ : "j w . 0 0 ;J m ENDING D i Hi'-'iETclK i i;*. 40 j^o.

UNIT NUMBER: l START 14:01:53 11/13/90 REPRT 13:13:36 08/29/91 1QT RUN TIME 0:07: i5 SAM DENS: E.6000 g/cc. L l Q DENS: 0.9942 g/cc

RUN TYPE: High Speed LIQ V1SC: 0.7cit-9 cp

REYNOLDS NUMBER: 0.c!l FULL SCALE MASS 'A: 100

MEDiAM DiAhLTEKMASS DISTRIBUTION

.2".-* P™ MODAL DIAMETER 4.95 Mm

DIAMEfEh t. Mm ?

CUMULATIVEri Ab 3

r'I MLR

MASSl r-i

INTERVAL

5 y j 0y

i 0 . 00

3 . (ii'0t .00

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PAGE 13

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UNIT NUMBER: i START #9:45:39 11/15X90 REPRT 14:05:58 08/29/91 TOT HUN TIME 0:0b:4i SAM DENS: 8.6000 gXcc LIQ DENB: 0.9948 g/cc L1Q V13C: 0.7H69 cp

CUMULATIVE MflSS PERCENT FINER VS. DIAMETER MASS POPULATION VS. DIAMETER

acUJz

en d

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SAMPLE DlKLC'i Oro/NUr'ibtlh : DA "j Ad /316SAMPLE it.': rio L t3 d 9--E b tt c! 070SUbrii Vi En t jl i'rOPERA i Uh: s kr-tSAMPLE i YPt- : L i. ayLIQUID I'YPE: Water

SIS 7E'n:; - t 34,^ ci ea C KUM "I'YPLi high Speed

UNIT NUMBER: l START 09:45:3'-) 11/15/90 REPRT 14:05:58 03/E9/91 101 RUN TIME 0:06:41 3Ah DENS: S.6000 g X ex: LIQ DENS: 0.994H g/cc LIQ VI5C: 0.7269 cp

MASS POPULATION MS, DIftMETER ^ CUMULATIVE MASS PERCENT FINER VS. DIflMETER

L ul

q -l

o -iKl

eni —i l

l li il ii l

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5i66 V2.63

B H ri t- ' c. L. i.i I h L. L l L' i *. Y . ' N Li i -l b lil. r-; : U H ; H 6 S A l"! r L. t. j. D r i .'L' l e b r* -i -- # 2fv 7 i SUBMI i' l Eh s # 33

Clay

SAMPLE i YPE : L. tay LIQUID rvr'h; water ANALYSia rtMP: 34.7 j ea U RUN i' YPE.: High Speed

S T AH i l No L i AM L i'Lh : ENDING DIAMETER:

. 'J6 f-1 m

. 4 6 --m

PAGE l

UNI l NUMBER: l STAR! 69:16:47 11/16/96 REPRT 14:14:34 08/29/91 TOT RUN TIME 0:66:45 SAM DENS: 2.6000 g/cc LIQ DENS: 6.9942 g/cc L1Q VISC: 6.7270 cp

REYNOLDS NUMBER: 6.21 FULL SCALE MASS X: 166

MASS DISTRIBUTION MEDIAN L'lAl-iEJEh: ^.^' Mm MODAL DIAMETER: 24.51

ZlUh.JLAi 1VLMASS

l' I NEK (Vi)

IN

56 . 6 y4 y .6636. '625 . 6626*6615 . 6y16.66S. 66b .6w5.664 .663.66E .6':

1.361 .666.S66.666 .566.46

16 6. L'98.294.639 . 7S4.3VS. 269 . 9bo. it, i .^58.6U4.436 .6•st'. ;42.433.535 . 9SL.329. Vc! L-. ci

-6.52.34. c4.25 .46.16.33. S5 . 13.63.64.3A .43.2a. 92.63.62.53.5

S e ci i G r a p n Li j. i;".;; VClay

PAUL

SAMPLE i.) i rvEC i UI-VY x NUHbEK ; DA f H j ,- 31BSAMPLE I L": Hole ci'd-db -l:i: d0?.iSUBMIT 1L.H: tf 3':/OPERA i UK: KnSAMPLE 'iYPt: C LavLiQUIb I'YPLs watevANALVSib i't.:rii : ; 34.7 cleg C RUN TYPE: High Soeed

UNIT NUMBER: l START (d'rf:10s47 11/16/90 REPRT 14 s 14:34 08/29/^1 TOT RUN TIME 0:06:4B SAM DENS: E.6000 q/cc LIQ DENS: 0.994E g/cc LIQ VI SG: 0.7E70 cp

CUMULflTIVE MfiSS PERCENT FINER VS. DIPMETER MHS3 POPULATION VS. DIAMETER

(K UJz:

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PAGE

Ln L1 i K L. L "l U'-o /' r-iUnbilLr. : BAMPLh ID: Hole d '.^-11 6 ftSUBrii i ii::.K S -H Ly

OPERATGH: : r-. hSAhl- LE i Y! b. : L, L ivLIQUID TVPE: Water

RUN TYPE s High Spjeed

UNIT NUhBER: l STAR'!' 0y : i 0 : 47 i i X11-/ -ty KEPRT i 4 s i 4 :34 0S/2'*/ y i TOT RUN TIME 0:06:48 SAM DENS: E.600W g/cc LIQ DENS: tf.yS4E g/cc LIQ VI BC: 0.7E70 cp

MASS POPULATION MS, DIPMETERCUI'iULHTIVE MASS PERCENT FINER VS. DIAMETER

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SAhHLu iJ i KECTOR V/'NUML'ER. DATA3 3nrl! LL .L L L i suit L; .' " SuBril "l l ER: # j':-O F'E h A i l J h. i K h SAMPLE 'l Yf'E : C i ay LIQUID i'Y i-'E r Waiter

UNIT NUMBER: l a'! ART 09:32:53 11/16/^0 REPRT I4:EE:54 OS/c^/Sl TOT HUN TIME 0:0b:47 SAM DENS s S.6000 g/cc LIQ DENS s 0.934E g/ c c.

ANAL V'S A S I'EMPi 34 ./' cleci C RUN TYPE: High Speed L i Q VISC: 0.7269 cp

STAR'1 I No Di AriETEK END i NO D i AME'i En : '.;* . 40 u m

REYNOLDS NUMBER: FULL SCALE MASS X :

MEDIAN DIAMETEri A 33 DISTRIBUTION

i.bE ,"m MODAL DIAMETER: 0.40 Mm

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C lav

TYPE: High Speed

UNIT NUMBER: l START 143:32:53 REPRT 14:2E!:54 TOT RUN T I ME Q : 06 : H 7SAM DENS:LIQ DENS: LIQ VISC:

ci. 6000 g/ccg/cc: cp

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h' D i RfclC i Oh:V /' NUr!jBc.K L DM i ml-: X 3 i 9 SAMPLE ID: ho L e d9~-E6 rt E y /d Silttil T [EK: tt -r' OPERATOR: ( ; .M oHHrLE i 'i'!"' i:... i L Lil v L. j. tilt) l L' i VPL:, t waxev

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UNITSTART 09:32:53 11/16/90 KERR l 14:Eci:5^ 08/E9/91 TOT RUN TIME 0:06:47 SAM DENS: c.6000 g/cc LiQ DENS: 0.9945 g/cc LIQ VISC: 0, /E69 cp

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L. t- D J. RE L i U) -. i" '' NUKibEK : DM i h; SAMPLE ID: Hole b O--c. t. H- d0 73 SUbMiVl'Ef':: 4 c.''.-' OPERA l OR: KMSAMF L.E rvpt-i L Lav- Li yu i D TY'PE: Water ANALYSIS TLrir t 34 . J 1 deg L, f

3YAR11NG DIAME'iER: 50.00 Mm END l No L'iAME'l EF'. : 0.40 Mm

UNiT NUMBER: l START 03:41:45 11/13/90 REPRT 14:30:20 03/29/91 TOT RUN TIME 0:06:59 SAM DENS: S. 6000 g/c c. Li Q DENS: 0.994E g/cc

lYF'E: High Speed LiQ Vi SG: 0.7ci7i cp

REYNOLDS NUMBER: 0.2l FULL SCALE MASS "A: 100

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UNIl NUMBER: l 3 i'ART 09 10i :50 11 REPRT 14:37:46 03/29/91 TOT RUN TIME 0:07:07 BAM DENS: 'd. 6000 g /c L. LIQ DENS: 0.994E g/cc Lit! VISC: 0.7E6B cp

REYNOLDS NUMBER: 0.E1 FULL SCALE MASS y. t

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MASS i hi

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5 .47 .

50 .00

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S'l ART l NU D1AMEYEU 2 ENDiMb D j. AME'i Ei-; t

PAGE I

UNIT NUMBER: i START 13:15:59 ll/19/^tf REPR f 14:45 s l E tfS/E'y/y i TOT RUN TIME w: 07:0l SAM DENS: 2.6000 g/cc LiQ DENS: 0.9342 g/cc

..UN TYPE: High Speed Lie V13C: 0 . 7SS8 cp

REYNOLDS NUMBER: 0.cl FULL SCALE MASS 7t s 100

MASS DISTRIBUTIONMEDi Ai'-i D j. AME TEh i ^i,, u m

CUMULATIVE MASSI'lASS l'-1

DIAMETER i-'lNER INTERVALi" LI i* i i \ ft, ,' i /* ''

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MINERAL .RESEARCH CANADA

l LMDaS7SlV!,Hl,Va RR2PARRY SOCKU OWtVSlO

CAN-MJA P2A2W3

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PAGE

UNIT NUMBER: l START 13:15:59 REPRT 14:45:12 TOT RUN TIME

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UNIT NUMBER: i START 13 s 15:59 li/19/yO REPRT 14:4b:lS OS/29/91 TOT RUN TIME (d:07stfl SAM DENS: E.6000 g/cc LlQ DENS: 0 .S'-;*4ci g/cc ,L1Q VISC: 0.7E68 cp

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/3B3 UNIT NUMBER: ISTART 13:43:04 11/19/90 HEPRT 14:52:39 08/29/91 TOT RUN TIME 0:07:05 SAM DENS j E. 6000 g X c c LlQ DENS: 0.9942 g/cc

QBO L KL'!'.| TV Pt s High Speed LlQ V18C: 0.7s26fc cp

SI AR'i ING D l Ant. TER . END I No b i AhET Eh :

,u m REYNOLDS NUMBER: 0.S1 FULL SCALE MASS Y, s 100

MASS DISTRIBUTION MEDIAN DiAhEiER: l .'/t- Mm MODAL DIAMETER: 0.54

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PAGE j.

UNIT NUMBER: iSTART O- j; 07: 45REPRT 15:2TOT RUN TIMEb'AM DENS! E. 6000 g/ccLI Q DEiMSs 0.3942 a/cc:LIQ V1SC: (&.7S67 cp

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4.54

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UNIT NUMBERS l START 09:07:45 11/27/90 REPRT 15:89:58 08/E9/91 TOT RUN TIME 0:07:06 bAM DENb : c. 6000 g x c: c: LI Q DENS." 0.994E g/cc L I Q VI BC: 0.7E67 cp

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PAGE 3

UNIT NUMBER s i STAR! 09:07:45 ii/ET/y^ REPRT i5:2y:5S dS/S^/yl TOT RUN TIME 0:07:06 SAM DENS s a.6000 g/cc. L1Q DENS: 0.yS4S g/cc LiQ ViSC: 0,7ct.7 CD

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UNIT NUMBER: i START 13:2*511 117E'3Xy0 REPRT 15:44:56 OS/cJS/^l TOT RUN TIME 0s 07: 06 5AM DENS: E. 6000 g X c c L1Q DENS: 0.y94S g /c c

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UNIT NUMBER: lSTAR! 11:53:15 11/30/^0 REPRT 16:37:04 08/EWyl TOT RUN TlhE 0:06:48 3AM DENS: E'.6000 g/cc: L. l Q DENB: 0.^42 g/cc

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STARTING DIAMETER: 50.00 Mm ENDING DIAMETER: 0.40 Mm

PAGE l

UNIT NUMBER; i START 13:37:19 11 X30X 90 REPRT 16:40:47 08X29X91 TOT RUN TIME 0:07:14 SAM DENS: E.6000 gxcc L1Q DENS: 0.994E' g/cc LIQ VISC: 0.7S6S cp

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MINER AX, RESEARCHCANADA

i INDUSTRIAL BLVO. HMPARRY SOUND. ONIARIO

CANADA ?2AIV.'S

FAX (705) 378-5123 DATE__________

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Ministry ofNorthern Developmentand Mines

Report of Work Conducted After Recording Claim

Mining ActOntario 'Personal Worton collected on this form Is obtained under the authority of the Mlnirtg Act. Tlto InfonMtlon wM be used for eorrespMa collection should be directed to the Provincial Manager, Mining Lands, Ministry of Northern Development and Mines, Fourth FtoorXM Qtdar Street.Sudbury, Ontario, P3E 6A5, telephone (705) 670-7264. - - ** * * ^

Instructions: - Please type or print and submit In duplicate.- Refer to the Mining Act and Regulations for requir

Recorder.- A separate copy of this form must be completed ft- Technical reports and maps must accompany this- A sketch, showing the claims the work Is assigned 2. 14881 KIPLING 900

Work Performed (Check One Work Group Only)

Physical Work, including Drilling

Assignment from Reserve

Total Assessment Work Claimed on the Attached Statement of CostsNote: The Minister may reject for assessment work credit all or part of the assessment work submitted H the recorded

holder cannot verify expenditures claimed in the statement of costs within 30 days of a request for verification.

Persons and Survey Company Who Performed the Work (Give Name and Address of Author of Report)

^Address

//y?^C /^*rxvK

(attach a schedule if necessary)

Certification of Beneficial Interest ' See Note No. 1 on reverse sidel certify that at the time the work was performed, the claims covered In this work report were recorded hi the current holder's name or held under a beneficial Interest by the current recorded holder.————————-^-—-————-^

Date

Certification of Work Reportt certify that l have a personal knowledge of the facts set forth In this Work report, having performed the work or witnessed same during and/or after to completion and annexed report Is true.___________________________________ ^^^^^^^

Name and

For Office Use Only

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atta

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app

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Value

Assigned

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this

Claim Nil

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{^}

one

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o fo

llowi

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i C

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ara

to b

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with

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claim

liste

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t,wo

rkin

g ba

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rds.

2. G

Cre

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are

to b

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t bac

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ually

ove

r all

claim

s co

ntain

ed in

this

repo

rt of

work

. 3

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redi

ts a

re to

be

cut b

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as p

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e at

tach

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dix.

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e ev

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that

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cified

you

r cho

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f prio

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imple

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of b

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, opt

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agre

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, etc

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ith re

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the

min

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clai

ms.

Note

2:

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ork

has

been

per

form

ed o

n pa

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r lea

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land

,

1 cer

tify

that

tho

reco

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hold

er h

ad a

ben

efici

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t In

the

pate

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nd a

t thr

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ork w

as p

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plea

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ompl

ete

the

follo

wing

:

Sign

ature

Date

Ontario

Northern Development and Mine*

Unlatere du^Jevetoppement du Nord

l dei mine*

statement OT uosis for Assessment Credit6tat des coOts aux fins du cr6dlt devaluationMining Act/Lol sur let mines

Transaction NoJN* de transaction

4RC 1Personal information collected on this form la obtained under the authority of the Mining Act. This Information win be used lo maintain a record and ongoing status of the mining clalm(s). Questions about this collection should b* directed to the Provincial Manager, Minings lands, Ministry of Northern Development and Mines, 4th Floor, 169 Cedar Street, Sudbury, Ontario P3E 6A5. telephone (705) 670-7264,

le* renselgnemont* personnels contenu* dan* la prosome formuto son- recuelHIs en vertu de la Lot surles mines et eervlront a tenlr t Jour un reglstn des concession* mlnlere*. AdresMr tout* question sur la eoNoce de cairenMlgnements au chef provincial des terrains mlntori, mlntotere di Devetoppement du Nord et de* Mines, 159, rue Cedar, 4* etage, Sudbury (Ontario) P3E 6A5, telephone (705) 670-7264.

1. Direct Costs/CoQts direct*

Type

Wages SaleJrea

Contrector'eend Consultant'sFeeeDrottadeI'entrepreneuret de I'expert-coneen

Type

SuppHee UsedFoumttureeutlHaeee

Equipment Rente! Location de materiel

Description

Labour Maln-d'oeuvreReid Supervision Supervision 'tur le terrain

lift tlo S*

Type

Type

NOV 1 8 1

Amount Montan!

81t\

92Total Direct

Totals Total global

2. Indirect Costs/CoOts Indlrects* ' Note: When claiming Rehabilitation work Indirect costs are not

allowable a* assessment work. Pour le remboursement de* travaux de rihablNtatlon, to* coOt* Indlrects ne sont pas admlsslbtos en tant qua travaux d'evaluaUon.

Type

Transportation Transport

Food andLodging NourrttureetMbergementMoMttutton and

MobHlsatlon et dimobDtMtlon

DescriptionType

Amount Montant

Sub Total of Indirect Costa Total partlel des coots Indirect*

Amount AHowsbto (not greater than MH of Direct Costs) Montant admtoalMe (n'exeMant DM 20 H des coot* direct*)Total Vski* of AsMSsment Credit Vstour total* du credit (Total el Mracl and AttowaMe d'4v*histlon Indirect cost*) (Total rim coOte emeu

Totals Total global

' '

?V,. : . -f -yvi','''\' , v .

itto

Note: The recorded holder will be required to verify expenditures claimed in IN* statement of costs within 30 days of a request for verification. If verification is not made, the Minister may reject for assessment work all or part of the aMessment work submitted.

Note : L* titutalre enregistr* sera term de vMftor to* depenses demandeesdans l* present etat des coOts dans le* 30 jour* aulvant un* demand* a cet effet. SI la verification n'ett pa* effectuee, le mlnistre peut rejeter tout ou une partle de* travaux devaluation presentes.

Filing Discounts

1. Work filed within two years of completion Is claimed at 1CKW of the above Total Value of Assessment Credit.

Remises pour depot

1. Le* travaux de1 poses dans les deux ens sulvant tour ichevement sont rembounes k 100 H de la valeur totato susmentkxtnse du credit d'evaiuatkxi.

2. Work filed three, four or five years after completion is claimed at 50*4 of the above Total Value of Assessment Credit. See calculations below.

Total Value of AsMMment Credit Total AMMtment Claimedx 0.50

2. Les travaux deposed trols, quatre ou dnq ane apres leur achevement sont rembourses a 50 H de la valeur totals du cr*dlt devaluation susmentlonrte*. Voir les calcul* ci-dessous.

Valeur totato du credit d'tvsluaUon Evaluation totato demand**x 0,50 -

Certification Verifying Statement of Costs

l hereby certify:that the amounts shown are as accurate as possible and these costs were incurred while conducting assessment work on the lands shown on the accompanying Report of Work form.

Attestetion de l'etat des coQts

J'atteste par la presents:que les montants indiques sont le plus exact possible et que ces deponses ont ete engagers poUr effectuer les travaux devaluation sur les terrains Indiques dans la for mule de rapport de travail ci-joint.

thBtMfl ^T'A'XalCNar^^, am author!(Recorded

to make this certif

Mil (04*1)

Holder, Agent, Petition In Company)

wHeir^rTr-:"'-" 1- 1 -, - .-. -- '-\

F-'"'"''' : : -'i//OCT*UW2 ^^

r

7*rl Et qu'A tltra da is suls autoris6(Utultlr* enregbtrt, nprewntent. pott* occup* d*n* le oompagni*)

a falre cette attestation.

Signature . ^"J^"^" ' ' S DM*

*Vr- /c/; -tan* cette' formuto, torsqu'U d4slgne de* personnel, to maseulln eel utHlt* au MO* ntutre.

OntarioMinistry of Ministers duNorthern Development Developpement du Nord Minin? Lands Branch**A M-.rwie a* H** Mi^a,* Geoscience Approvals Section and Mines et des Mines 933 Ramsey ^e Road

6th Floor Sudbury, Ontario P3E 6B5

Telephone: Fax:

(705) 670-5853 (70S) 670-5863

Our File: 2.14801 Transaction #W9260.143

December 15, 1992

Mining RecorderMinistry of Northern Developmentand Mines60 Wilson AvenueTimmins, OntarioP4N 2S7

Dear Sir /Madam:

subject: APPROVAL OF ASSESSMENT WORK CREDITS ON MINING CLAIMSP825810 AND 970177 IN KIPLING TOWNSHIP

The assessment work credits for Other Authorized Work (Testing) filed under Section 18(9) of the Mining Act Regulations have been approved as originally filed.

The approval date is December 10, 1992.

YOUBS sincerely,

Ro)•SeniorHTniagcg, -^Mining Lands BranchMines and Minerals Division

Enclosures :

cc: Resident Geologist Timmins, Ontario

Assessment Files Library Toronto, Ontario

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