Fromm Applied Technology ^ 0 0 0 0 0 2 813129 N. GREENBAY ROADMEQUON, WISCONSIN 53092(414)242-4280

Report on theElectromagnetic and Magnetic Surveys

Conducted atthe

Fadrowski Drum Disposal SiteFranklin, Wisconsin

for

Warzyn Engineering, Inc.Madison, Wisconsin

by

Fromm Applied TechnologyMequon, Wisconsin

October 13, 1988

EPA Region 5 Records Ctr.

208089

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Fromm Applied Technology13129 N. G R E E N B A Y ROADMEQUON, WISCONSIN 53092( 4 1 4 ) 2 4 2 - 4 2 8 0

Abstract

In August of 1988, electromagnetic and magnetic surveys hadbeen conducted over the Fadrowski Drum Disposal Site,Franklin, Wisconsin. The following was interpreted from theresults:

1. Approximately one third of the site could beconsidered to be fill area containing a noticeable amountferrous material.

2. In addition, about one fifth of the site show signs ofhighly conductive soil in the eastern most portion, whichis untypical of the whole site.

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Fromm Applied Technology13129 N, G R E E N B A Y ROADMEQUON, WISCONSIN 53092( 4 1 4 ) 2 4 2 - 4 2 8 0

Table of Contents

Title Page i

Abstract ii

Table of Contents iii

List of Figures iv

Introduction 1

Overview of Geophysical Theory 1

Methodology 2

Conclusions 2

Quality Assurance 3

STANDARD DISCLAIMER 4

Appendix A - Fadrowski Site Electromagnetic Data

Appendix 8 ~ Fadrowski Site Magnetic Data

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Fromm Applied Technology13129 N. GREENBAY ROADMEQUON, WISCONSIN 53092(414)242-4280 List of Figures

1. Figure 1: Fadrowski Site High Em Values(50 to 100 mmhos/m)

2. Figure 2: Fadrowski Site Medium Em Values(30 to 50 mmhos/m)

3. Figure 3: Fadrowski Site Low Em Values(0 to 20 mmhos/m)

4. Figure 4: Fadrowski Site Base Map

5. Figure 5: Fadrowski Site Electromagnetic Station Locations

6. Figure 6: Fadrowski Site Low Magnetic Changes(-1000 to -100Gammas)

7. Figure 7: Fadrowski Site Medium Magnetic Changes(-100 to100 Gammas)

8. Figure 8: Fadrowski Site High Magnetic Changes(100 to 2000Gammas)

9. Figure 9: Fadrowski Site Magnetic Station Locations

10. Figure 10: Fadrowski Site Repeated ElectromagneticStations

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Fromm Applied Technology

Introduction

13129 N. GREENBAY ROADMEQUON, WISCONSIN 53092(414) 242-4280

From August 15th through August 19, 1988, an electromagnetic andmagnetic survey was conducted over approximately 20 acres of theFadrowski Drum Disposal Site, Franklin, Wisconsin (Warzyn projectnumber 13452). The objective of the surveys were to delineatepossible fill areas and to locate possible buried iron richobjects(e.g. drums). A complete site description and history canbe obtained from Warzyn Engineering, Inc., Madison, Wisconsin.

Overview of Geophysical Theory

A brief tutorial in geophysical methods and theory is providedhere for those who are unfamiliar with Electromagnetic andMagnetic Surveys.

In electromagnetic surveys, a transmitter produces anelectromagnetic field which induces a current into the ground.This induced current generates its own electromagnetic fieldwhich is a reflection of the soils' bulk conductance. Thissynthesized field is detected by a receiver that translates theamplitude and phase of the electromagnetic field into a numericalvalue of conductance. Electrical conductors, generally iron, lessthan ten feet deep will result in field distortion and yield"zero" or negative values of conductance. Hence, shallow metallicobjects are easily identified by their negative or "zero" valueof conductance. If the metallic object(s) is/are too deep forfield distortion then the Em may lead to an abnormally high valueof conductance.

Magnetic surveys use a magnetometer to measure the earth'smagnetic field. In this study, a proton magnetometer was used tomeasure the intensity of the earth's total field. Othermagnetometers may measure a horizontal or vertical component ofthe earth's magnetic field or the gradient of any component. Theearth's local magnetic field is easily distorted by the presence° fgrr.oug materials, thus creating mappable variations oranomaliesthat locate onljf the presence of buried ferrousobjects. However, cultural noise, such as a power-line, may leadto measurement errors.

Magnetic and electromagnetic methods can not absolutely determinethe depth of burial or the type of metallic object that isburied. This means that these surveys generally can notdistinguish between a couple of barrels or a small engine block.The source of the anomalies must be independently determined.Furthermore, these methods cannot define the actual form of themetallic objects but they can provide an excellent approximationof the horizontal extent of the metallic object(s), whatever theform.

Penetration of the electromagnetic (Em) gear can range from thesurface (near surface metallic objects can inhibit deeperpenetrations) to fifteen feet depending on the size, the shape,and the metallic object's depth of burial. In contrast, themagnetic's depth of investigation can theoretically be as deep as

sixty feet for a 1°°° pounds of iron. For a buried metallicobject, Em surveys produce spatially smaller anomalies on acontour map, thus, more accurately delineating the actual size ofthe object.

Methodology

The area covered at the Fadrowski site was chosen by WarzynOversite Personnel and then gridded on twenty foot centers. Over3000 readings were taken. The distance between stations wastwenty-five feet. See Figure 5: Fadrowski Site ElectromagneticStation Locations and Figure 9: Fadrowski Site Magnetic StationLocations for the locations of the stations occupied. The (0,0)station was located 150 feet north and 4 feet west of a city firehydrant located on the street and at the midpoint of the site.

A Geonics Em 31D Electromagnetic Terrain Conductivity Meter wasused to take conductivity measurements. All electromagnetic datawas recorded on a TRS Model 100 portable computer, and later uploaded into a mainframe system.

An EG&G Geometries G856AX Portable Proton Precession Magnetometerwith built-in digital memory was used to take total fieldmagnetic readings on each of the three grids. All readings weretaken at an approximate height of five feet from ground level.Field data was stored in the built-in digital memory of themagnetometer and then later up loaded into a mainframe system.The plotted data is the difference between the field station andthe time dependent base station.

Conclusions

Interpretation of the data has been broken down into three parts:class one anomalies(delineation of the landfill), class twoanomalies and class three anomalies.

Class one through class three anomalies are based on size, theirrelative intensity, and correlation between other contour maps.Class one anomalies(fill area) are some of the largest, producethe greatest change in values, and are detected both magneticallyand electromagnetically. Class one anomalies are seen in two ofthe data sets. Class two anomalies are electromagnetically and/ormagnetically intense and are most likely due to buried metallicobject(s) at depth. Class three anomalies are mainlyelectroraagnetically significant and are caused by buried metalquit deep(possible shallow but then small in size), or highlyconductive clays, which could be contaminated. In this report,class one anomalies are colored coded in red, class two anomaliesin green, and class three anomalies in blue. A quantitativedefinition of the three classes are provided in Table 1.

Table _1

Anomaly Class Color Definition Meaning

Class one Red Em < 30mmhos/m and FillMag > 100 gammas Area

Class two Green Em < 10 mmhos/m or Buried MetalMag. > 100 gammas

Class three Blue Em > 50 mmhos/m Deep MetalHighly Cond.Clays(PossibleContain. )

The Fadrowski Site shows evidence of one large fill area, severalisolated anomalies indicating buried metal, and one large andhighly conductive anomaly. The fill area is best described by theclass one anomalies labeled anomaly #1 in Figure 2: FadrowskiSite Medium Em Values(30 to 50 mmhos/m) and anomaly #2 in Figure8: Fadrowski Site High Magnetic Changes(100 to 2000 Gammas).Within the assumed fill boundaries, three class two anomalies(anomalies #3, #4, and #5) can be found in Figure 3: FadrowskiSite Low Em Values(0 to 20 mmhos/m). Indications of anomalies #4and #5 are also seen in Figure 8. Figure 8 reflects many classtwo anomalies. In fact, any magnetic variance greater than 100Gammas may be due to buried ferrous objects. Anomaly f6 in Figure8 could potentially be caused by a large bill board sign.

The site contains only one class three anomaly, anomaly 17. Thisanomaly may be due to buried metal at a great depth causing highvalues of conductance, however there is not any magnetic anomalyassociated with it. This anomaly could imply the presence ofabnormally high ion concentrations in the soil unrelated toferrous objects at depth. Because clays have such a large rangeof conductivities associated with them, it is not possible todetermine whether the elevated conductivities are due tocontaminated ground water or naturally occurring saturated clays.Anomaly #7 may require further investigation to determine itsorigin.

Quality Assurance

The repeatability of the electromagnetics and magnetics wasestablished in the field for quality assurance and qualitycontrol(QA/QC). To exhibit QA/QC, several transects wererepeated. Figure 10: Repeated Electromagnetic Stationsgraphically shows the excellent repeatability of theelectromagnetic gear. Magnetic transects were not recordedbecause of memory limitations but yielded results equivalent tothe electromagnetics.

Fromm Applied Technology13129 N. G R E E N B A Y ROADMEQUON, WISCONSIN 53092(414)242-4280

STANDARD DISCLAIMER

The objective of any geophysical survey is to define theexistence and configuration of features at depth. However, thesefeatures may bear a highly complex relationship to thegeophysical measurements recorded. Therefore, conclusions drawn,no matter how logically deduced, should not be misconstrued asfact. We shall not and will not, except in the case of gross orwillful negligence on our part, be liable or responsible for anylosses, costs, damages or expenses incurred or sustained byanyone resulting from any interpretation made by any of ourofficers, employees and agents or by anyone else not related toFromm Applied Technology who might base interpretations andopinions on our geophysical surveys.

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Fromm Applied Technology13129 N. G R E E N B A Y ROADMEQUON, WISCONSIN 53092(414)242-4280

Appendix A - Fadrowski Site Electromagnetic Data

X Y mmhos/m Comments0 0 36PARL. TO POWER LINE & ROAD0 1 39 SAME0 2 4 2 SAME0 3 43 SAME0 4 41 SAME0 5 41 SAME0 6 41 SAME0 7 4 3 SAME0 8 4 2 SAME0 9 45 SAME0 10 48 SAME0 11 54PARL. TO POWER LINE &. ROAD1 0 291 1 331 2 341 3 341 4 3 51 5 331 6 341 7 321 8 311 9 351 10 341 11 392 0 3 02 1 292 2 2 92 3 3 22 4 3 12 5 2 92 6 2 92 7 3 02 8 3 12 9 2 92 10 292 11 343 0 2 93 1 253 2 2 63 3 2 93 4 3 03 5 2 53 6 273 7 2 83 8 2 93 9 3 03 10 293 11 354 0 2 8

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mmhos/m Comments4542353954 DITCH WATER4440423941 DITCH42484746475563676153484440414342403752 D4138383445 D384551494853575855524945404038

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mmhos/m Comments31 8/18/88 313232D=DITCH36455657535149515149444138373432313333 D39435864575149464340343435373534333334 D4349586158524946

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Comments

afrtSla Page 21

X66666666666666666666666666666666666767676767676767676767676767676767676768686868686868686868686868

Y2345678910111213141516171801234567891011121314151617180123456789101112

mmhos/m505551484239394040383128292934444351494850514741383531323231282930334346514844434731 MANHOLE35292727273231

Comments

afrt51a Page 22

M A N A R D E M . C S V

X6868686868686969696969696969696969696969696969696970707070707070707070707070707070707070

battery

Y13141516171801234567891011121314151617180123456789101112131415161718

check

mmhos/m29313237414552 W50403638373126282933353433353739434545433833313331273135373735353839434746

Comments

Aug-17 1988BATTERY CHECK

afrtSla Page 23

Fromm Applied Technology13129 N. G R E E N B A Y ROADMEQUON, WISCONSIN 53092(414) 242-4230

Appendix B - Fadrowski Site Magnetic Data

ALLMAG.XLS

X00000000000011111111111

Y Delta Gamma012345678910110123456rjf

8910

-62.238737.83871

-113.436.84677131.8081145.5984-9.71129-118.55

49.196773.758065-181.495-9.28871-65.1113-15.33065.608065-0.12581-2.674190.264516122.087111.03871-4.76613-45.3016-140.692

OH -1L. 598.8~4o2:2222222222

"2'~ '33333333333344

12345678910

--11---0J.

23456789101101

-143.805-10.912916.0322623.2806526.82903-82.277420.414524.133871-22.8177-89.8129

~7TT99l£-89.22265.858C6525.1677433.6354834.0177439.32742-14.791938.3741932.440327.706452-27.57262.570968-101.01510.77692

A

afrtSla Page 1

ALLMAG.XLS

X444444444455555555555566666666666677777

C-Z-—777777888

Y234567891011012345678910110123456789101101234 _5

67891011012

Delta Gamma33.8692340.0538571.5538544.08462-3.7076948.7846256.8692336.2153817.29231-114.754-129.28828.6029939.7846236.9615474.7384617.29231161.469284.0538587.1153855.1307739.20769-80.9385-57.957220.7552232.6582110.9547361.54478141.3413-69.675168.1278650.940359.3786146.72985-24.706-174.673-22.08

30.67333-14.94

7.853333436 113£112.406717.22667

17.285.3

35.353334.286667-203.113-48.7667

-4.14

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ALLMAG.XLS

X88s^

88888899999999999910101010101010101010101011111111111111111111111112121212

Y345678910110123456789101101234567891011012345678910110123

Delta Gamma-2.76667-16.12470.02

112.50~6*779.62

61.8533395.8933358.52667-0.16667-225.1276.609091-53.321248.13636-57.1818125.3606-139.109140.621294.8151583.6454553.78788-8.95455-64.812141.1303-56.7394108.554562.0333326.16364203.9667325.8576 '131.848587.9787973.74545146.0636-9.030342.4151532.2727355.4787921.53636-14.3061

334.9105.6939166.4545217.960688.1939443.09091-69.3818-170.742194.387965.50606

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X12121212121212121313131313131313131313131414141414141414141414141515151515151515151515151616161616

Y4567891011012345678910110123456789101101234

56789101101234

Delta Gamma128.9091-47.7333251.7848-3.68485224.0212168.0121140.6303-12.7273361.8759 -141.672193.2624121.90283.943262160.1809-91.0816-14.7411241.9993323.234205.8546144.7752220.9589-13.8617101.19522.44326

188.2101.253910.2964526.93617165.5787278.5326 ,354.0865 «44.64043213.58940.529787110.2929118.7504192.496596.35106-97.005792.94894214.6922200.6468170.5816143.2305-133.75268.2872374.92128-7.32766-15.4879

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X161616161616161616161616161717171717171717171717171717171717171718181818181818181818181818181818

Y567891011121314151718012345678910111213141516171801234567891011121314

~T5"~" "

Delta Gamma19.4489430.4801457.7227225.7738-186.77212.4702212.232635.1071415.55816-69.833725.91905-79.9065-726.25-220.31519.03121126.5915108.154641.4177333.780851.141135-112.899160.758983.31915280.0681-24.1716

-283.180272-78.2541-452.833-157.643-570.971-429.754-118.522138.440456.58865114.622770.1680992.9248224.0645497.82128270.9723167.6262236.568853.23972

13.35-69.7942-375.073554.787O

A L L M A G . X L b

18 16 143.5367

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ALLMAG.XLS

X181819191919191919191919

C?9191919"191919191920202020202020202020202020202020202020212121212121212121

Y171801234567891011121314 "151617180123456789101112131415161718012345678

Delta Gamma-293.037435.6203 V102.1414366.0984 y

118.475819.4328334.289848.05699137.132335.8994635.30538168.5419

_ 626.3661""}253.208628.05714-26.5738836.0068""-,864.5092-V46.01463-98.3089142.089491.15215126.7054-23.0516207.6812107.8038224.9468152.489888.74301118.2065190.9108199.9763-28.4683-64.15

338.7483 •-360.31568.7619204.4942-151.172-0.13171129.4495191.1167-96.3161182.189875.44677172.6731-27.3108388.8258 v

103.3726

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ALLMAG.XLS

X21212121212121212121222222222222222222222222222222222222222323232323232323232323232323232323232324

Y9101112131415161718012345678910111213141516171801234567891011121314151617180

Delta Gamma71.52957275.5763101.0145-31.257170.16701-15.934145.9857-202.928141.1545291.0439-23.6376136.476921.37312162.257

104.535.1634472.09624165.7392108.233337.4274284.6521543.14624

29.2528.39082-303.353113.4129128.75

-200.815173.0179169.255454.132893.1489230.20591182.162974.66882170.7054103.0726155.1559184.161882.3881790.27366-65.964310.81122-282.771-199.86518.02959-26.0902-136.62192.86022

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ALLMAG.XLS

X24242424242424242424242424242424242424242424242424242424242425252525252525252525252525252525252525

Y011223344556677889910101111121314151617180123456789101112131415161718

Delta Gamma64.90046156.9032104.9921108.736

87.61898257.258677.9134363.3118393.2240715.5569978.2347270.25108-34.2926139.014533.6342660.79839223.2287182.67277.75556131.8048131.666275.9397861.82546133.2286-112.9728.2081615.853742.60408219.33577-25.845563.78333118.3727-14.870447.25417214.594970.03056226.306579.4472240.0041797.0611164.16944217.9102145.4143-146.1591.2877653.5741519.98367104.4585263.8333

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ALLMAG.XLi

X26262626262626262626262626262626262626272727272727272727272727272727272727272727282828282828282828

Y012345678910111213141516171801234567891011121314151617181920012345678

Delta Gamma-81.7128.52824161.9495487.30602274.632931.1268553.9699129.5939879.22083154.028790.4717680.76065-549.493414.8724158.960562.99286-30.93847.2829273.110569-96.983338.9763951.43333134.0903398.7528'26.6638953.0560299.68056126.8727118.129679.88657196.01395.49285753.49286-149.762-125.89-0.16054113.1122-212.914-641.554-1223.34-437.77351.9157488.65602139.5745352.8662299.893173.8523190.9601959.15185

afrtSla Page 9

ALLMAG.XLS

X28282828282828282828282829292929(£929292929292929292929292929292929303030

rf~(ao__303030303030303030

Y91011121314151617181920012340

6789101112131415161718192001oL.

3•— ~»_ z{

0

678910111213

Delta Gamma21.39491124.7542168.8648-13.9214-83.785-87.4854-35.4697-193.181-131.068-199.435

-1257749.126-2.1416786.31806108.7454127.2699

~~ 5D9?5944102.419-50.407969.8194436.3763951.6009357.22546193.2662130.678654.53878-130.607-112.446-163.3

-198.944-469.361-908.563-406.198172.448784.709890.32451116.4778500.8078>249.269149.9529156.244828.75163-336.66463.14281201.4039-189.536-83.4408

'W __J.4 993.272P30 15 169.4813

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ALLMAG.XLS

X3030303030313131313131313131(3131313131313131313131313232323232323232323232323232323232323232323333

Y1617181920012345678"9~10111213141516171819200123456789101112131415161718192001

Delta Gamma-74.7252-246.226-594.082-922.033-238.021-29.797159.3728881.96569109.7353225.0049321.9363v/-162.75691.88333-75.08531141. 12 J18.32451150.0719-119.621-143.019-76.9534-107.58842.25102131.0951-495.203-470.303-722.54493.6601358.1212498.06699107.5974262.6739311.181337.6114 */4.04183-57.25110.2483799.5310562.17647-206.021-508.895-278.874-84.066271.6289-113.682-396.426-581.971-105.1751.6993592.85359

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X3333333333333333333313

f 33 _.(tt~

• 3333 — —333333333434343434343434343434343434

|—34

4343434353535353535353535

Y2345678910111213_14

_ - — - — ~~~

151617181920012345678910111213L*l151617181920012345678

Al

Delta Gamma107.7539116.8467250.6163310.7706 296.4402468.0791 -54.2895-0.2735393.62059110.2905

2Hi68 0oD862U939 \796.568 )-91.9332-37.561-167.347-321.615-576.396-93.465788.89542114.5258117.7408190.5405316.5092 i/"298.3703251.0007-44.069-3.3771293.9679780.66732-360.886-1341.7

162.8952-48.9153411.6602-J-121.667315.7268 """-946.95419.381792.01307115.8827133.5216318.4912 S169.8301265.299760.15425-70.4069

ALLMAG.XLS

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ALLMAG.XLS

X353535353535CHH_

63636363636363636363636363636363737373737373737373737373737

Y91011151617180123456789101115161718012345678910111516

Delta Gamma28.9320389.43497114.6278346.3442 /-80.2629-141.717960. 5106~3-48.750766.1085112.0389117.0154395.215339.0147 v/97.53725104.4523-137.81715.35098427.6882 •/"'189.1337-982.71477.5963-458.296-110.51274.03939-3.030321.78485-126.579275.6727115.8061434.8576498.9152.X125.672794.8060648.05758-101.985-374.179-355.328

(rrr is. n*n79j^x.3738383838

•38-3838383838

180123J0

6789

798.8634 102

111.984840.21212-131.845690.9152">287.9667360.7121 i/"288.7606

120.9-13.8515

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X3838

<1B38/38V3835393939393939393939<39 3940404040404040404040404041414141414141414141414142424242424242

Y10

__— iL— — —1516 ~

— — n18o ^1234567891Q____^1101234567891011012345o78'910110123456

ALL.MAG.)

Delta Gamma-154.088-7_ M3922?37T8399.94524

•~~~ 2891.75TA. 14.l7.437y

188.321242.94242

95.5-106.742-35.3909401.1636 -470.5788 308.7364117.8818-123.67ir79j68j?181.0394355.3697 \/144.8545104.4606-17.487913.43333213.8848 /491.4303 232.6758127.418258.05758-109.191-5.26364261.5818149.4061126.206140.75455-127.021293.9242273.7788276.3424117.6061100.9636-59.4121-73.3455245.3182180.5758127.9515101.397

-59.7242178.530378.87273

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ALLMAG.XLS

X42424242424343434343434343434343435050505050515151515152525252525252525252525252525252525252525252

Y789101101234567891011-5-4-3-2-1-5-4_2

-2-1-5-4-3-2-1012345678910111213141516

Delta Gamma500.2182144.7667118.003

58.65152-153.067195.0152155.0424158.5364131.881859.32121-30.7636295.1576438.3212161.1697125.718282.67576-335.573-74.85

56.7960511.1210555.1491274.15877-69.619363.9434217.7539565.3162362.59386-74.888640.3929826.3846581.18772-53.2689205.784599.7323978.5802895.31127102.459297.349388.8014193.666287.1971891.6704288.9183180.7478934.2807729.33718-48.9154143.35

-23.5667

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ALLMAG.XLS

X52525353535353535353535353535353535353535353535353535454545454545454545454545454545454545454545454

Y1718-5-4-3-2-10123456789101112131415161718-5-4-3-2-101234567891011121314151617

Delta Gamma-24.8833

61.4-76.857965.8469319.6153565.4526366.37061165.947998.8591591.0197294.4887389.9408592.9014196.5619768.0563484.0760683.2028277.5464838.716979.5397476.7923173.7166769.1512842.8038551.0205143.77308-7.3228164.80307-42.256169.6043967.0013282.9788769.616993.8140890.0450787.5352180.9253567.2070480.2887372.8704276.8605674.3591567.6985979.4397477.0692370.5435981.7551371.2205171.70385

afrtSla Page 16

ALLMAG.XLS

X54555555555555555555555555555555555555555555555556565656565656565656565656565656565656565656565656

Y18-5-4-3-2-101234567891011121314151617-5-4-3-2-1012345678910111213141516171818

Delta Gamma49.37821127.805764.95263-7.6276366.3758862.8276324.2323980.9676184.5197275.7549384.8154966.3253541.5690186.3563480.0859277.6802874.99155174.743781.8705181.5769279.6564130.5179566.6884674.7230842.336466.39342-28.196963.1407967.1583371.92676-1.4760654.9760683.6140882.9042388.3943769.2676114.3662

81.8887383.4450779.8760662.849380.6384682.1320585.4884693.9910382.2743688.385945.67821-71.5833

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ALLMAG.XLS

X57575757575757575757575757575757575757575757575758585858585858585858585858585858585858585858585859

Y-5-4-3-2-10123456789101112131415161718-5-4-3-2-10i23456789101112131415161718-5

Delta Gamma-16.732966.41447-238.66867.5035157.68465111.609963.9126885.0309981.166278.5352180.87887-38.484572.9676183.1028273.3211379.68169132.476185.8974488.9320587.0756489.4012883.8269284.4615468.9141-52.967167.66623130.860166.5706160.41535-27.259233.9281778.7014177.0408578.5802871.2450753.4352168.516967.1647967.3549360.5450759.3084581.7974490.8269294.7012895.8397494.6423193.11667

175.373.15351

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ALLMAG.XLS

X59595959595959595959595959595959595959595959595959595959595959595959596060606060606060606060606060

Y-4-3-2-1001122334455667788991010111112131415161718-5-4-3-2-1012345678

Delta Gamma65.7136171.386461.5421163.6482590.733885.8131165.2704268.0535579.52254-39.115373.6746530.0595677.8183128.1907173.870428.93278777.650764.4639369.66901-55.27765.8957727.3087476.1309937.1508269.466219.992936.6098623.2240496.8012893.1448789.7512894.3769280.264186.8692393.8846274.786425.15877116.3193131.3917129.625196.197878.87923-75.3414.11694-5.41421-10.1454-51.6093-3.74044-28.2716

afrtSla Page 19

X60606060606060606060616161616161616161616161616161616161616262626262626262626262626262626262626263

Y9101112131415161718012345678910111213141516171801234567891011121314151617180

Delta Gamma24.886342.544262-36.682139.134657.88205-7.93462-35.7513-20.5679-12.1756-38.1833-11.710930.9076552.9715864.60273-1.5551926.886894.15847-0.39508-10.498427.332797.663934-21.69460.3642959.6952452.9309554.3619

60.854.4357156.37381-41.655767.1366153.286898.34480924.10273-16.5612-9.5027333.145918.20383-35.4601-37.2022-60.733369.4952462.6547663.4190567.1761962.7309562.1904856.6881202.6372

ALLMAG.XLS

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ALLMAG.XLS

X63636363636363636363636363636363636364646464646464646464646464646464646464656565656565656565656565

Y123456789101112131415161718012345678910111213141516171801234567891011

Delta Gamma59.9885255.430663.2617543.8147531.2786921.8644851.3956360.037747.3797850.3109340.6530169.8690568.9214367.2642954.8142957.7690560.91429119.4524104.767846.292940.9289627.3868940.2262321.38579-92.9781-37.620213.637737.9956330.44262-7.29945129.7786-79.469-70.3

190.4738156.740561.36905-125.07914.359025.301093-0.57104-21.23998.902186-17.8667-91.402716.8595623.2016421.86557-14.1923-78.6503

afrtSla Page 21

ALLMAG.XLS

X65656565656565666666666666666666666666666666666666666767676767676767676767676767676767676768686868

Y12131415161718012345678910111213141516171801234567891011121314151617180123

Delta Gamma63.4047660.1428655.2785755.7261958.2642956.5214360.87619-45.367231.3016435.870490.0677627.1475422.51639-22.214832.654117.601096.55901624.495081.49836165.5190563.1809561.5357168.0976265.5595264.82143-53.2857

5.610.23115-28.1377-15.40669.6245940.1666723.2196744.4836145.8147546.445957.0879857.4519160.6309566.2785768.5214346.1761953.6142952.2523813.5095242.9555672.3436871.8049857.35479

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ALLMAG.XLS

X68686868686868686868686868686869696969696969696969696969696969696969707070707070707070707070707070

Y456789101112131415161718012345678910111213141516171801234567891011121314

Delta Gamma60.227597.29272190.854

76.1344830.7724167.6528766.70651-19.66768.5166767.3523866.3047673.0404867.3857169.4357193.27143121.729972.3302778.1842974.5306575.3770167.02337-1.9264476.204665.431857.9666733.41686151.267

67.5190560.56429930.904858.3642965.4047659.99048-53.583311.9674357.6287459.697779.9275975.6118870.46169152.938356.2996275.6609268.5145682.38352

27.141112.971445.70238-94.6381

afrtSla Page 23

ALLMAG.XLS

X Y Delta Gamma70 15 -88.271470 16 51.7952470 17 -7.1404870 18 167.8262

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WARZYN

MADISONMILWAUKEEMINNEAPOLISCHICAGODETROIT