olah ves baru

8/19/2019 Olah VES Baru

1/59

DATA PENGUKURAN TAHANAN JENIS

LINTASAN :

LOKASI :

KOORDINAT :

TANGGAL :

AB/2MN/2

V (mV) I (mA) Rho app

0.5 5 10 25

1.5 6.3

2 11.8

2.5 18.8

3 27.5

4 49.5

5 77.8

6 112.3 3.5

8 200.3 12.3

10 313.4 23.6

10 313.4 23.6

12 451.6 37.4 6.9

15 706.1 62.8 19.6

20 1255.9 117.8 47.1

25 1962.7 188.5 82.5

30 2826.6 274.9 125.7 17.3

40 5025.8 494.8 235.6 61.3

50 7853.2 777.5 377.0 117.8

50 7853.2 777.5 377.0 117.8

60 11308.9 1123.1 549.8 186.9

75 17670.7 1759.3 867.9 314.2

100 31415.1 3133.7 1555.1 589.0

100 31415.1 3133.7 1555.1 589.0

125 49086.6 4900.9 2438.7 942.5

150 70685.0 7060.7 3518.6 1374.4

200 125662.9 12558.5 6267.5 2474.0

250 196348.8 19627.1 9801.8 3887.7

300 282742.6 28266.5 14121.5 5615.6


2/59

KETAB/2

MN/2 k V I

1.5 0.5 6.283185 30.4 12

2 0.5 11.78097 18.8 18

2.5 0.5 18.84956 9.5 17

3 0.5 27.48894 5.1 15

4 0.5 49.48008 5.3 31

5 0.5 77.75442 3.8 35

6 0.5 112.3119 1.7 23

8 0.5 200.2765 1.3 28

10 0.5 313.3739 0.8 25

10 5 23.56194 11.7 29

12 5 37.38495 10.6 26

15 5 62.83185 3.6 19

20 5 117.8097 2.6 18

25 5 188.4956 2.2 20

30 5 274.8894 2.5 38

40 5 494.8008 3.3 40

50 5 777.5442 2.6 85

50 10 376.9911 3.8 36

60 10 549.7787 6.3 58

75 10 867.865 3.9 94

100 10 1555.088 2.1 67

100 25 589.0486 0.1 73

125 25 942.4778 0.1 167


3/59

Rho app o! Rho A"/2 o! Rho

15.9174 1.201872 1.5 1.201872

12.30457 1.090066 2 1.090066

10.53358 1.022576 2.5 1.022576

9.346238 0.970637 3 0.970637

8.459498 0.927345 4 0.927345

8.441908 0.926441 5 0.926441

8.301317 0.919147 6 0.919147

9.298553 0.968415 8 0.968415

10.02796 1.001213 0.023214 10 1.001213

9.506026 0.977999 1.001213 12 1.206243

15.24156 1.183029 1.206243 15 1.098943

11.90498 1.075729 1.098943 20 1.254096

17.01696 1.230882 1.254096 25 1.339908

20.73451 1.316694 1.339908 30 1.280528

18.08483 1.257314 1.280528 40 1.634098

40.82107 1.610884 1.634098 50 1.399493

23.7837 1.376279 1.399493 #0.223533 60 1.575782

39.79351 1.599812 1.623026 1.399493 75 1.35607

59.71734 1.7761 1.799314 1.575782 100 1.487581

36.00716 1.556389 1.579603 1.35607 125 1.332307

48.74158 1.6879 1.711113 1.487581 1.781071

0.806916 #0.093172 #0.069958 #0.293491 1.487581

0.564358 #0.248445 #0.225232 #0.448764 1.332307


4/59

$ho App A"/2 $ho App

15.9174 1.5 15.9174

12.30457 2 12.30457

10.53358 2.5 10.53358

9.346238 3 9.346238

8.459498 4 8.459498

8.441908 5 8.441908

8.301317 6 8.301317

9.298553 8 9.298553

10.02796 10 10.02796

16.07841 15 12.55864

12.55864 20 17.95129

17.95129 25 21.87296

21.87296 50 25.08957

19.07779 75 22.7023

43.06239 125 21.49349

25.08957

37.65143

22.7023

30.73128

21.49349

1 10

1

10

100

rh


5/59

100 1000

App

$ho App


6/59

AB/2 MN/2

V (mV) I (mA) RhoApp0.5 5 10 25

1.5 6.3 30.4 12 15.9174

2 11.8 18.8 18 12.30457

2.5 18.8 9.5 17 10.53358

3 27.5 5.1 15 9.346238

4 49.5 5.3 31 8.459498

5 77.8 3.8 35 8.441908

6 112.3 3.5 1.7 23 8.301317

8 200.3 12.3 1.3 28 9.298553

10 313.4 23.6 0.8 25 10.02796

10 313.4 23.6 11.7 29 9.506026

12 451.6 37.4 6.9 10.6 26 15.24156

15 706.1 62.8 19.6 3.6 19 11.90498

20 1255.9 117.8 47.1 2.6 18 17.01696

25 1962.7 188.5 82.5 2.2 20 20.73451

30 2826.6 274.9 125.7 17.3 2.5 38 18.08483

40 5025.8 494.8 235.6 61.3 3.3 40 40.82107

50 7853.2 777.5 377.0 117.8 2.6 85 23.7837

50 7853.2 777.5 377.0 117.8 3.8 36 39.79351

60 11308.9 1123.1 549.8 186.9 6.3 58 59.71734

75 17670.7 1759.3 867.9 314.2 3.9 94 36.00716

100 31415.1 3133.7 1555.1 589.0 2.1 67 48.74158

100 31415.1 3133.7 1555.1 589.0 0.1 73 0.806916

125 49086.6 4900.9 2438.7 942.5 0.1 167 0.564358


7/59

o! Rho AB/2

1.201872 1.5 1.201872 15.9174 1

1.090066 2 1.090066 12.30457 2

1.022576 2.5 1.022576 10.53358 3

0.970637 3 0.970637 9.346238 4

0.927345 4 0.927345 8.459498 5

0.926441 5 0.926441 8.441908 6

0.919147 6 0.919147 8.301317 7

0.968415 8 0.968415 9.298553 8

1.001213 0.023214 10 1.001213 10.02796 9

0.977999 1.001213 12 1.206243 16.07841 10

1.183029 1.206243 15 1.098943 12.55864 11

1.075729 1.098943 20 1.254096 17.95129 12

1.230882 1.254096 25 1.339908 21.87296 13

1.316694 1.339908 30 1.280528 19.07779 14

1.257314 1.280528 40 1.634098 43.06239 15

1.610884 1.634098 50 1.399493 25.08957 16

1.376279 1.399493 #0.223533 60 1.575782 37.65143 17

1.599812 1.623026 1.399493 75 1.35607 22.7023 18

1.7761 1.799314 1.575782 100 1.487581 30.73128 19

1.556389 1.579603 1.35607 125 1.332307 21.49349 20

1.6879 1.711113 1.487581 1.781071

#0.093172 #0.069958 #0.293491 1.487581

#0.248445 #0.225232 #0.448764 1.332307

o! Rho%h&'*

RhoApp%h&'*


8/59

1.5 15.9174

2 12.30457

2.5 10.53358

3 9.346238

4 8.459498

5 8.441908

6 8.301317

8 9.298553

10 10.02796

12 16.07841

15 12.55864

20 17.95129

25 21.87296

30 19.07779

40 43.06239

50 25.08957

60 37.65143

75 22.7023

100 30.73128

125 21.49349

1 10 1001

10

100

fdhg

AB/2

Rho App


9/59

1000


10/59

AB/2 MN/2

V (mV) I (mA) RhoApp0.5 5 10 25

1.5 6.3 67.8 29 14.68965

2 11.8 41.3 44 11.05805

2.5 18.8 19.6 33 11.19549

3 27.5 6.8 19 9.838145

4 49.5 10.2 23 21.94334

5 77.8 2.2 15 11.40398

6 112.3 3.5 2.4 20 13.47743

8 200.3 12.3 1.3 11 23.66904

10 313.4 23.6 1.4 21 20.89159

10 313.4 23.6 18.4 23 18.84956

12 451.6 37.4 6.9 10.3 16 24.06656

15 706.1 62.8 19.6 9.2 36 16.05703

20 1255.9 117.8 47.1 3.7 21 20.75695

25 1962.7 188.5 82.5 2.5 15 31.41593

30 2826.6 274.9 125.7 17.3 0.7 11 17.49296

30 2826.6 274.9 125.7 17.3 2.6 11 29.70233

40 5025.8 494.8 235.6 61.3 1.3 12 25.52544

50 7853.2 777.5 377.0 117.8 2.7 52 19.57454

60 11308.9 1123.1 549.8 186.9 2.6 57 25.07763

75 17670.7 1759.3 867.9 314.2 2.1 63 28.92883

100 31415.1 3133.7 1555.1 589.0 0.3 28 16.66166

125 49086.6 4900.9 2438.7 942.5 0.1 19 12.83506

125 49086.6 4900.9 2438.7 942.5 +,IV/0-


11/59

o! Rho AB/2

1.167012 1.5 1.167012 14.68965

1.043679 2 1.043679 11.05805

1.049043 2.5 1.049043 11.19549

0.992913 3 0.992913 9.838145

1.341303 4 1.341303 21.94334

1.057056 5 1.057056 11.40398

1.129607 6 1.129607 13.47743

1.374181 8 1.374181 23.66904

1.319972 0.04467 10 1.319972 20.89159

1.275301 1.319972 12 1.426084 26.67377

1.381414 1.426084 15 1.250336 17.79654

1.205665 1.250336 20 1.361834 23.00562

1.317164 1.361834 25 1.54182 34.81932

1.49715 1.54182 30 1.287534 19.38803

1.242863 1.287534 #0.229927 40 1.221716 16.66159

1.472791 1.517461 1.287534 50 1.106435 12.77717

1.406973 1.451644 1.221716 60 1.21403 16.36928

1.291692 1.336362 1.106435 75 1.276074 18.88313

1.399286 1.443957 1.21403 100 1.036461 10.87581

1.461331 1.506001 1.276074 125 0.923141 8.378013

1.221718 1.266389 1.036461

1.108398 1.153068 0.923141

+,IV/0- +,IV/0- +,IV/0-

o! Rho%h&'*

RhoApp%h&'*

1 10 11

10

100

ha$ T&

A& T&

A& T&


12/59

0 1000


13/59

AB/2 MN/2


0.5 5 10 25

1.5 6.3 30.4 12 15.9174

2 11.8 18.8 18 12.30457

2.5 18.8 9.5 17 10.53358

3 27.5 5.1 15 9.346238

4 49.5 5.3 31 8.4594985 77.8 3.8 35 8.441908

6 112.3 3.5 1.7 23 8.301317

8 200.3 12.3 1.3 28 9.298553

10 313.4 23.6 0.8 25 10.02796

10 313.4 23.6 11.7 29 9.506026

12 451.6 37.4 6.9 10.6 26

15 706.1 62.8 19.6 3.6 19

20 1255.9 117.8 47.1 2.6 18

25 1962.7 188.5 82.5 2.2 20

30 2826.6 274.9 125.7 17.3 2.5 3840 5025.8 494.8 235.6 61.3 3.3 40

50 7853.2 777.5 377.0 117.8 2.6 85

50 7853.2 777.5 377.0 117.8 3.8 36

60 11308.9 1123.1 549.8 186.9 6.3 58

75 17670.7 1759.3 867.9 314.2 3.9 94

100 31415.1 3133.7 1555.1 589.0 2.1 67

100 31415.1 3133.7 1555.1 589.0 0.1 73

125 49086.6 4900.9 2438.7 942.5 0.1 167


14/59

o! RhoAB/2

MN/2 k V I

1.5 0.5 6.283185 30.4 12

2 0.5 11.78097 18.8 18

2.5 0.5 18.84956 9.5 17

3 0.5 27.48894 5.1 15

4 0.5 49.48008 5.3 315 0.5 77.75442 3.8 35

6 0.5 112.3119 1.7 23

8 0.5 200.2765 1.3 28

10 0.5 313.3739 0.8 25

10 5 23.56194 11.7 29

12 5 37.38495 10.6 26

15 5 62.83185 3.6 19

20 5 117.8097 2.6 18

25 5 188.4956 2.2 20

30 5 274.8894 2.5 3840 5 494.8008 3.3 40

50 5 777.5442 2.6 85

50 10 376.9911 3.8 36

60 10 549.7787 6.3 58

75 10 867.865 3.9 94

100 10 1555.088 2.1 67

100 25 589.0486 0.1 73

125 25 942.4778 0.1 167

ko$*&a 02 455

10 242

# 111

# 8


15/59


15.9174 1.201872 1.5 1.201872

12.30457 1.090066 2 1.090066

10.53358 1.022576 2.5 1.022576

9.346238 0.970637 3 0.970637

8.459498 0.927345 4 0.9273458.441908 0.926441 5 0.926441

8.301317 0.919147 6 0.919147

9.298553 0.968415 8 0.968415

10.02796 1.001213 0.023214 10 1.001213

9.506026 0.977999 1.001213 12 1.206243

15.24156 1.183029 1.206243 15 1.098943

11.90498 1.075729 1.098943 20 1.254096

17.01696 1.230882 1.254096 25 1.339908

20.73451 1.316694 1.339908 30 1.280528

18.08483 1.257314 1.280528 40 1.63409840.82107 1.610884 1.634098 50 1.399493

23.7837 1.376279 1.399493 #0.223533 60 1.575782

39.79351 1.599812 1.623026 1.399493 75 1.35607

59.71734 1.7761 1.799314 1.575782 100 1.487581

36.00716 1.556389 1.579603 1.35607 125 1.332307

48.74158 1.6879 1.711113 1.487581 1.781071

0.806916 #0.093172 #0.069958 #0.293491 1.487581

0.564358 #0.248445 #0.225232 #0.448764 1.332307

1 101

10

100 r


16/59

$ho App A"/2 $ho App AB AB/2 MN K

3 1.5 1 6.2832

15.9174 1.5 15.9174 4 2 1 11.781

12.30457 2 12.30457 5 2.5 1 18.85

10.53358 2.5 10.53358 6 3 1 27.489

9.346238 3 9.346238 8 4 1 49.48

8.459498 4 8.459498 10 5 1 77.7548.441908 5 8.441908 12 6 1 112.31

8.301317 6 8.301317 16 8 1 200.28

9.298553 8 9.298553 20 10 1 313.37

10.02796 10 10.02796 20 10 10 23.562

16.07841 15 12.55864 24 12 10 37.385

12.55864 20 17.95129 30 15 10 62.832

17.95129 25 21.87296 40 20 10 117.81

21.87296 50 25.08957 50 25 10 188.5

19.07779 75 22.7023 60 30 10 274.89

43.06239 125 21.49349 80 40 10 494.825.08957 100 50 10 777.54

37.65143 100 50 20 376.99

22.7023 120 60 20 549.78

30.73128 150 75 20 867.86

21.49349 200 100 20 1555

200 100 50 589.05

250 125 50 942.48

100 1000

o App

$ho App


17/59

V (V! I (A! R Rho (oh"! K

30.4 12 2.5333333333 15.91744 6.28

18.8 18 1.0444444444 12.3046 11.775

9.5 17 0.5588235294 10.5338235294 18.84

5.1 15 0.34 9.34626 27.475

5.3 31 0.1709677419 8.459483871 49.455

3.8 35 0.1085714286 8.4418628571 77.7151.7 23 0.0739130435 8.301173913 112.255

1.3 28 0.0464285714 9.2987142857 200.175

0.8 25 0.032 10.02784 313.215

11.7 29 0.4034482759 9.5060482759 23.55

10.6 26 0.4076923077 15.2415769231 37.366

3.6 19 0.1894736842 11.9050105263 62.8

2.6 18 0.1444444444 17.017 117.75

2.2 20 0.11 20.735 188.4

2.5 38 0.0657894737 18.0848684211 274.75

3.3 40 0.0825 40.821 494.552.6 85 0.0305882353 23.7835764706 777.15

3.8 36 0.1055555556 39.7933888889 376.8

6.3 58 0.1086206897 59.7174827586 549.5

3.9 94 0.0414893617 36.0069574468 867.425

2.1 67 0.0313432836 48.7388059701 1554.3

0.1 73 0.001369863 0.8069178082

0.1 167 0.0005988024 0.5643592814

40


18/59

AB/2 MN Rho (ohm.m)

1.5 1 15.91744

2 1 12.3046

2.5 1 10.53382

3 1 9.34626

4 1 8.459484

5 1 8.4418636 1 8.301174

8 1 9.298714

10 1 10.02784

10 10 9.506048

12 10 15.24158

15 10 11.90501

20 10 17.017

25 10 20.735

30 10 18.08487

40 10 40.82150 10 23.78358

50 20 39.79339

60 20 59.71748

75 20 36.00696

100 20 48.73881


19/59

AB/2 MN/2


0.5 5 10 25

1.5 6.3 67.8 29 14.68965

2 11.8 41.3 44 11.05805

2.5 18.8 19.6 33 11.19549

3 27.5 6.8 19 9.838145

4 49.5 10.2 23 21.94334

5 77.8 2.2 15 11.40398

6 112.3 3.5 2.4 20 13.47743

8 200.3 12.3 1.3 11 23.66904

10 313.4 23.6 1.4 21 20.89159

10 313.4 23.6 18.4 23 18.84956

12 451.6 37.4 6.9 10.3 16 24.06656

15 706.1 62.8 19.6 9.2 36 16.05703

20 1255.9 117.8 47.1 3.7 21 20.75695

25 1962.7 188.5 82.5 2.5 15 31.41593

30 2826.6 274.9 125.7 17.3 0.7 11 17.49296

30 2826.6 274.9 125.7 17.3 2.6 11 29.70233

40 5025.8 494.8 235.6 61.3 1.3 12 25.52544

50 7853.2 777.5 377.0 117.8 2.7 52 19.57454

60 11308.9 1123.1 549.8 186.9 2.6 57 25.07763

75 17670.7 1759.3 867.9 314.2 2.1 63 28.92883

100 31415.1 3133.7 1555.1 589.0 0.3 28 16.66166

125 49086.6 4900.9 2438.7 942.5 0.1 19 12.83506

125 49086.6 4900.9 2438.7 942.5 +,IV/0-


20/59

o! RhoAB/2

MN/2 k V I

1.167012 1.5 0.5 6.283185 67.8 29

1.043679 2 0.5 11.78097 41.3 44

1.049043 2.5 0.5 18.84956 19.6 33

0.992913 3 0.5 27.48894 6.8 19

1.341303 4 0.5 49.48008 10.2 23

1.057056 5 0.5 77.75442 2.2 15

1.129607 6 0.5 112.3119 2.4 20

1.374181 8 0.5 200.2765 1.3 11

1.319972 10 0.5 313.3739 1.4 21

1.275301 10 5.0 23.56194 18.4 23

1.381414 12 5.0 37.38495 10.3 16

1.205665 15 5.0 62.83185 9.2 36

1.317164 20 5.0 117.8097 3.7 21

1.49715 25 5.0 188.4956 2.5 15

1.242863 30 5.0 274.8894 0.7 11

1.472791 30 10.0 125.6637 2.6 11

1.406973 40 10.0 235.6194 1.3 12

1.291692 50 10.0 376.9911 2.7 52

1.399286 60 10.0 549.7787 2.6 57

1.461331 75 10.0 867.865 2.1 63

1.221718 100 10.0 1555.088 0.3 28

1.108398 125 10.0 2438.661 0.1 19

+,IV/0-

ko$*&a 02 447

10 255

# 111

# 8


21/59


14.68965 1.167012 1.5 1.167012

11.05805 1.043679 2 1.043679

11.19549 1.049043 2.5 1.049043

9.838145 0.992913 3 0.992913

21.94334 1.341303 4 1.341303

11.40398 1.057056 5 1.057056

13.47743 1.129607 6 1.129607

23.66904 1.374181 8 1.374181

20.89159 1.319972 0.04467 10 1.319972

18.84956 1.275301 1.319972 12 1.426084

24.06656 1.381414 1.426084 15 1.250336

16.05703 1.205665 1.250336 20 1.361834

20.75695 1.317164 1.361834 25 1.54182

31.41593 1.49715 1.54182 30 1.287534

17.49296 1.242863 1.287534 #0.229927 40 1.221716

29.70233 1.472791 1.517461 1.287534 50 1.106435

25.52544 1.406973 1.451644 1.221716 60 1.21403

19.57454 1.291692 1.336362 1.106435 75 1.276074

25.07763 1.399286 1.443957 1.21403 100 1.036461

28.92883 1.461331 1.506001 1.276074 125 0.923141

16.66166 1.221718 1.266389 1.036461

12.83506 1.108398 1.153068 0.923141

1 10 100 1

1

10

100


22/59

$ho App A"/2 $ho App AB/2 MN K

3 1.5 1 6.28

14.68965 1.5 14.68965 4 2 1 11.775

11.05805 2 11.05805 5 2.5 1 18.84

11.19549 2.5 11.19549 6 3 1 27.475

9.838145 3 9.838145 8 4 1 49.455

21.94334 5 11.40398 10 5 1 77.715

11.40398 6 13.47743 12 6 1 112.255

13.47743 10 20.89159 16 8 1 200.175

23.66904 12 26.67377 20 10 1 313.215

20.89159 20 23.00562 20 10 10 23.55

26.67377 30 19.38803 24 12 10 37.366

17.79654 40 16.66159 30 15 10 62.8

23.00562 50 12.77717 40 20 10 117.75

34.81932 60 16.36928 50 25 10 188.4

19.38803 100 10.87581 60 30 10 274.75

16.66159 125 8.378013 60 30 20 125.6

12.77717 80 40 20 235.5

16.36928 100 50 20 376.8

18.88313 120 60 20 549.5

10.87581 150 75 20 867.425

8.378013 200 100 20 1554.3

250 125 20 2437.425

00

om AB


23/59

V (V! I (A! R Rho (oh"! AB/2

67.8 29 2.3379310345 14.6822068966 1.5

41.3 44 0.9386363636 11.0524431818 2

19.6 33 0.5939393939 11.1898181818 2.5

6.8 19 0.3578947368 9.8331578947 3

10.2 23 0.4434782609 21.9322173913 4

2.2 15 0.1466666667 11.3982 5

2.4 20 0.12 13.4706 6

1.3 11 0.1181818182 23.6570454545 8

1.4 21 0.0666666667 20.881 10

18.4 23 0.8 18.84 10

10.3 16 0.64375 24.0543625 12

9.2 36 0.2555555556 16.0488888889 15

3.7 21 0.1761904762 20.7464285714 20

2.5 15 0.1666666667 31.4 25

0.7 11 0.0636363636 17.4840909091 30

2.6 11 0.2363636364 29.6872727273 30

1.3 12 0.1083333333 25.5125 40

2.7 52 0.0519230769 19.5646153846 50

2.6 57 0.0456140351 25.0649122807 60

2.1 63 0.0333333333 28.9141666667 75

0.3 28 0.0107142857 16.6532142857 100

0.1 19 0.0052631579 12.8285526316 125

50


24/59

MN Rho (ohm.m)

1 14.6822068966

1 11.0524431818

1 11.1898181818

1 9.8331578947

1 21.9322173913

1 11.3982

1 13.4706

1 23.6570454545

1 20.881

10 18.84

10 24.0543625

10 16.0488888889

10 20.7464285714

10 31.4

10 17.4840909091

20 29.6872727273

20 25.5125

20 19.5646153846

20 25.0649122807

20 28.9141666667

20 16.6532142857

20 12.8285526316


25/59

AB/2 MN/2


0.5 5 10 25

1.5 6.3 30.4 12 15.9174

2 11.8 18.8 18 12.30457

2.5 18.8 9.5 17 10.53358

3 27.5 5.1 15 9.346238

4 49.5 5.3 31 8.4594985 77.8 3.8 35 8.441908

6 112.3 3.5 1.7 23 8.301317

8 200.3 12.3 1.3 28 9.298553

10 313.4 23.6 0.8 25 10.02796

10 313.4 23.6 11.7 29 9.506026

12 451.6 37.4 6.9 10.6 26

15 706.1 62.8 19.6 3.6 19

20 1255.9 117.8 47.1 2.6 18

25 1962.7 188.5 82.5 2.2 20

30 2826.6 274.9 125.7 17.3 2.5 3840 5025.8 494.8 235.6 61.3 3.3 40

50 7853.2 777.5 377.0 117.8 2.6 85

50 7853.2 777.5 377.0 117.8 3.8 36

60 11308.9 1123.1 549.8 186.9 6.3 58

75 17670.7 1759.3 867.9 314.2 3.9 94

100 31415.1 3133.7 1555.1 589.0 2.1 67

100 31415.1 3133.7 1555.1 589.0 0.1 73

125 49086.6 4900.9 2438.7 942.5 0.1 167


26/59

o! RhoAB/2

MN/2 k V I

1.5 0.5 6.283185 75.4 15

2 0.5 11.78097 24.5 16

2.5 0.5 18.84956 14.8 19

3 0.5 27.48894 12.7 22

4 0.5 49.48008 12.7 355 0.5 77.75442 4.8 25

6 0.5 112.3119 2.7 26

8 0.5 200.2765 1.5 16

10 0.5 313.3739 0.9 26

10 5 23.56194 12.2 26

12 5 37.38495 8.4 26

15 5 62.83185 1.3 6

20 5 117.8097 1.7 13

25 5 188.4956 1.4 16

30 5 274.8894 1.4 2140 5 494.8008 1.4 42

50 5 777.5442 1.4 45

50 10 376.9911 2.4 45

60 10 549.7787 2.6 51

75 10 867.865 1.8 93

100 10 1555.088 2.7 237

100 25 589.0486 11.3 325

125 25 942.4778 6.2 326

150 25 1374.447 2.8 168

200 25 2474.004 3 241

250 25 3887.721 2.9 216

300 25 5615.597

ko$*&a 02 463

10 249

# 111

# 8


27/59


31.58348 1.49946 1.5 1.49946

18.03961 1.256227 2 1.256227

14.68281 1.166809 2.5 1.166809

15.86861 1.200539 3 1.200539

17.9542 1.254166 4 1.25416614.92885 1.174026 5 1.174026

11.66316 1.066816 6 1.066816

18.77592 1.273601 8 1.273601

10.84756 1.035332 #0.008266 10 1.035332

11.05599 1.043598 1.035332 12 1.073737

12.07822 1.082003 1.073737 15 1.125706

13.61357 1.133972 1.125706 20 1.179421

15.40589 1.187687 1.179421 25 1.209043

16.49336 1.217309 1.209043 30 1.254801

18.32596 1.263067 1.254801 40 1.20904316.49336 1.217309 1.209043 50 1.375375

24.19026 1.383641 1.375375 0.080311 60 1.519636

20.10619 1.30333 1.295064 1.375375 75 1.297287

28.02793 1.447591 1.439325 1.519636 100 1.320416

16.79739 1.225242 1.216976 1.297287 125 1.262515

17.7162 1.24837 1.240105 1.320416 #0.062976 150 1.369046

20.48077 1.311346 1.303081 1.383391 1.320416 200 1.497574

17.92442 1.253445 1.24518 1.32549 1.262515 250 1.726709

22.90745 1.359977 1.351711 1.432022 1.369046 300

30.79673 1.488505 1.480239 1.56055 1.497574

52.19625 1.717639 1.709374 1.789684 1.726709

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

1 10

1

10

100

rho


28/59


31.58348 1.5 31.58348

18.03961 2 18.03961 MN/2 AB/2 MN

14.68281 2.5 14.68281 0.5 1.5 1

15.86861 3 15.86861 2.85 0.5 2 1

17.9542 4 17.9542 16 0.5 2.5 114.92885 5 14.92885 0.178125 0.5 3 1

11.66316 6 11.66316 35.67488 0.5 4 1

18.77592 0.5 0.5 5 1

10.84756 10 10.84756 26 0.5 6 1

11.85051 12 11.85051 0.019231 0.5 8 1

13.35692 15 13.35692 6.026346 0.5 10 1

15.11545 20 15.11545 5 10 10

16.18242 25 16.18242 2.2 5 12 10

17.98047 30 17.98047 64.5 5 15 10

16.18242 40 16.18242 0.034109 5 20 1023.73422 50 23.73422 29.60143 5 25 10

33.08538 60 33.08538 5 30 10

19.82836 5 40 10

20.91296 100 20.91296 6 5 50 10

18.30267 125 18.30267 215 10 50 20

23.39085 150 23.39085 0.027907 10 60 20

31.44662 200 31.44662 43.39535 10 75 20

53.29772 250 53.29772 10 100 20

25 100 50

25 125 50

25 150 50

25 200 50

25 250 50

25 300 50

100 1000

pp

$ho App


29/59

K V (V! I (A! R Rho (oh"!

6.2832 75.4 15 5.0266666667 31.583552

11.781 24.5 16 1.53125 18.03965625

18.85 14.8 19 0.7789473684 14.683157894727.489 12.7 22 0.5772727273 15.86865

49.48 12.7 35 0.3628571429 17.9541714286

77.754 5.43 22.67 0.2395235995 18.6239179532

112.31 4.3 26 0.1653846154 18.5743461538

200.28 1.5 16 0.09375 18.77625

313.37 0.9 26 0.0346153846 10.8474230769

23.562 12.2 26 0.4692307692 11.0560153846

37.385 8.4 26 0.3230769231 12.0782307692

62.832 1.3 6 0.2166666667 13.6136

117.81 1.7 13 0.1307692308 15.4059230769188.5 1.4 16 0.0875 16.49375

274.89 1.4 21 0.0666666667 18.326

494.8 1.4 42 0.0333333333 16.4933333333

777.54 1.4 45 0.0311111111 24.1901333333

376.99 2.4 45 0.0533333333 20.1061333333

549.78 2.6 51 0.0509803922 28.028

867.86 1.8 93 0.0193548387 16.7972903226

1555 2.7 237 0.0113924051 17.7151898734

589.05 11.3 325 0.0347692308 20.4808153846

942.48 6.2 326 0.0190184049 17.9244662577

1374 2.8 168 0.0166666667 22.9

2474 3.2 241 0.0132780083 32.8497925311

3888 2.9 216 0.0134259259 52.2

5616


30/59

AB/2 MN Rho (ohm.m)

1.5 1 31.58355

2 1 18.03966

2.5 1 14.683163 1 15.86865

4 1 17.95417

5 1 18.62392

6 1 18.57435

8 1 18.77625

10 1 10.84742

10 10 11.05602

12 10 12.07823

15 10 13.6136

20 10 15.4059225 10 16.49375

30 10 18.326

40 10 16.49333

50 10 24.19013

50 20 20.10613

60 20 28.028

75 20 16.79729

100 20 17.71519

100 50 20.48082

125 50 17.92447

150 50 22.9

200 50 32.84979

250 50 52.2

100


31/59

AB/2 MN/2


0.5 5 10 25

1.5 6.3 30.4 12 15.9174

2 11.8 18.8 18 12.30457

2.5 18.8 9.5 17 10.53358

3 27.5 5.1 15 9.346238

4 49.5 5.3 31 8.4594985 77.8 3.8 35 8.441908

6 112.3 3.5 1.7 23 8.301317

8 200.3 12.3 1.3 28 9.298553

10 313.4 23.6 0.8 25 10.02796

10 313.4 23.6 11.7 29 9.506026

12 451.6 37.4 6.9 10.6 26

15 706.1 62.8 19.6 3.6 19

20 1255.9 117.8 47.1 2.6 18

25 1962.7 188.5 82.5 2.2 20

30 2826.6 274.9 125.7 17.3 2.5 3840 5025.8 494.8 235.6 61.3 3.3 40

50 7853.2 777.5 377.0 117.8 2.6 85

50 7853.2 777.5 377.0 117.8 3.8 36

60 11308.9 1123.1 549.8 186.9 6.3 58

75 17670.7 1759.3 867.9 314.2 3.9 94

100 31415.1 3133.7 1555.1 589.0 2.1 67

100 31415.1 3133.7 1555.1 589.0 0.1 73

125 49086.6 4900.9 2438.7 942.5 0.1 167


32/59


33/59

o! RhoAB/2

MN/2 k V I

1.5 0.5 6.283185 67.5 32

2 0.5 11.78097 41.7 45

2.5 0.5 18.84956 11.1 26

3 0.5 27.48894 13.9 36

4 0.5 49.48008 9.4 455 0.5 77.75442 7.2 66

6 0.5 112.3119 4.1 35

8 0.5 200.2765 2.5 32

10 0.5 313.3739 1 38

10 5 23.56194 38.5 66

12 5 37.38495 4.3 15

15 5 62.83185 14.2 63

20 5 117.8097 7.8 50

25 5 188.4956 7.8 66

30 5 274.8894 5.5 5340 5 494.8008 2.5 68

50 5 777.5442 1.8 48

50 10 376.9911 12.2 92

60 10 549.7787

75 10 867.865

100 10 1555.088

100 25 589.0486

125 25 942.4778

150 25 1374.447

200 25 2474.004

250 25 3887.721

300 25 5615.597

ko$*&a 02 499

10 269

# 111

# 8

1

1

10

100


34/59


35/59


13.25359 1.122334 1.5 1.122334

10.91703 1.038105 2 1.038105

8.04731 0.905651 2.5 0.905651

10.61378 1.02587 3 1.02587

10.33584 1.014346 4 1.0143468.4823 0.928514 5 0.928514

13.15654 1.119142 6 1.119142

15.6466 1.19442 8 1.19442

8.246681 0.916279 #0.221849 10 0.916279

13.74447 1.138128 0.916279 12 0.808225

10.71702 1.030074 0.808225 15 0.929279

14.1621 1.151128 0.929279 20 1.042457

18.37832 1.264306 1.042457 25 1.126003

22.27675 1.347852 1.126003 30 1.233396

28.52625 1.455245 1.233396 40 1.03801318.19121 1.259862 1.038013 50 1.242908

29.15791 1.464756 1.242908 #0.234147

49.9923 1.698903 1.477054 1.242908

+,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

10 100

rho App

$ho App


36/59


37/59


13.25359 1.5 13.25359

10.91703 2 10.91703 AB/2 MN

8.04731 2.5 8.04731 1.5 1

10.61378 3 10.61378 2 1

10.33584 4 10.33584 2.5 18.4823 5 8.4823 3 1

13.15654 6 13.15654 4 1

15.6466 8 15.6466 5 1

8.246681 10 8.246681 6 1

6.430212 12 6.430212 8 1

8.49726 15 8.49726 10 1

11.02699 20 11.02699 10 10

13.36605 25 13.36605 12 10

17.11575 30 17.11575 15 10

10.91472 40 10.91472 20 1017.49474 50 17.49474 25 10

30 10

3.35 40 10

67 50 10

0.05 50 20

24.74


38/59


39/59

K V (V! I (A! R Rho (oh"!

6.2832 67.5 32 2.109375 13.253625

11.781 41.7 45 0.9266666667 10.91706

18.85 11.1 26 0.4269230769 8.047527.489 13.9 36 0.3861111111 10.6138083333

49.48 9.4 45 0.2088888889 10.3358222222

77.754 7.2 66 0.1090909091 8.4822545455

112.31 4.1 35 0.1171428571 13.1563142857

200.28 2.5 32 0.078125 15.646875

313.37 1.7 37 0.0459459459 14.3980810811

23.562 38.5 66 0.5833333333 13.7445

37.385 4.3 15 0.2866666667 10.7170333333

62.832 14.2 63 0.2253968254 14.1621333333

117.81 7.8 50 0.156 18.37836188.5 7.8 66 0.1181818182 22.2772727273

274.89 5.5 53 0.1037735849 28.5263207547

494.8 3.4 67 0.0507462687 25.1092537313

777.54 1.8 48 0.0375 29.15775

376.99 12.2 92 0.1326086957 49.9921521739


40/59


41/59

AB/2 MN Rho (ohm.m)

1.5 1 13.25363

2 1 10.91706

2.5 1 8.04753 1 10.61381

4 1 10.33582

5 1 8.482255

6 1 13.15631

8 1 15.64688

10 1 14.39808

10 10 13.7445

12 10 10.71703

15 10 14.16213

20 10 18.3783625 10 22.27727

30 10 28.52632

40 10 25.10925

50 10 29.15775

50 20 49.99215


42/59


43/59

AB/2 MN/2


0.5 5 10 25

1.5 6.3 30.4 12 15.9174

2 11.8 18.8 18 12.30457

2.5 18.8 9.5 17 10.53358

3 27.5 5.1 15 9.346238

4 49.5 5.3 31 8.4594985 77.8 3.8 35 8.441908

6 112.3 3.5 1.7 23 8.301317

8 200.3 12.3 1.3 28 9.298553

10 313.4 23.6 0.8 25 10.02796

10 313.4 23.6 11.7 29 9.506026

12 451.6 37.4 6.9 10.6 26

15 706.1 62.8 19.6 3.6 19

20 1255.9 117.8 47.1 2.6 18

25 1962.7 188.5 82.5 2.2 20

30 2826.6 274.9 125.7 17.3 2.5 3840 5025.8 494.8 235.6 61.3 3.3 40

50 7853.2 777.5 377.0 117.8 2.6 85

50 7853.2 777.5 377.0 117.8 3.8 36

60 11308.9 1123.1 549.8 186.9 6.3 58

75 17670.7 1759.3 867.9 314.2 3.9 94

100 31415.1 3133.7 1555.1 589.0 2.1 67

100 31415.1 3133.7 1555.1 589.0 0.1 73

125 49086.6 4900.9 2438.7 942.5 0.1 167


44/59

o! RhoAB/2

MN/2 k V I

1.5 0.5 6.283185 122.8 20

2 0.5 11.78097 87.8 28

2.5 0.5 18.84956 48.4 26

3 0.5 27.48894 27.4 28

4 0.5 49.48008 9.1 205 0.5 77.75442 4 16

6 0.5 112.3119 4.8 29

8 0.5 200.2765 2.4 35

10 0.5 313.3739 1.9 46

10 5 23.56194 12.1 23

12 5 37.38495 13.9 38

15 5 62.83185 10.5 38

20 5 117.8097 3.6 30

25 5 188.4956 5.6 72

30 5 274.8894 2 4740 5 494.8008 5.7 237

50 5 777.5442 6.2 77

50 10 376.9911 2.6 77

60 10 549.7787 1.9 85

75 10 867.865 2.1 162

100 10 1555.088 1.5 87

100 25 589.0486 1.7 88

125 25 942.4778 1.4 156

150 25 1374.447 1.2 242

200 25 2474.004 0.3 334

250 25 3887.721 1.5 442

300 25 5615.597

ko$*&a 02 501

10 271

# 111

# 8


45/59


38.57876 1.586348 1.5 1.586348

36.94176 1.567518 2 1.567518

35.08917 1.545173 2.5 1.545173

26.89989 1.42975 3 1.42975

22.51344 1.352442 4 1.35244219.4386 1.288665 5 1.288665

18.58956 1.269269 6 1.269269

13.73325 1.137773 8 1.137773

12.9437 1.112059 0.01879 10 1.112059

12.39563 1.093269 1.112059 12 1.154718

13.67502 1.135928 1.154718 15 1.258375

17.36143 1.239586 1.258375 20 1.169152

14.13717 1.150362 1.169152 25 1.184947

14.66077 1.166157 1.184947 30 1.08688

11.69742 1.06809 1.08688 40 1.09434711.90027 1.075557 1.094347 50 1.815416

62.60745 1.796626 1.815416 0.691812 60 1.800125

12.72957 1.104814 1.123604 1.815416 75 1.761759

12.28917 1.089523 1.108312 1.800125 100 2.138929

11.2501 1.051156 1.069946 1.761759 125 2.010086

26.81187 1.428327 1.447117 2.138929 0.37221 150 1.916306

11.37935 1.056117 1.074907 1.76672 2.138929 200 1.429587

8.458134 0.927275 0.946064 1.637877 2.010086 250 2.203176

6.815439 0.833494 0.852284 1.544096 1.916306 300

2.222159 0.346775 0.365565 1.057377 1.429587

13.19362 1.120364 1.139154 1.830966 2.203176

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

1 10 100

1

10

100

1000

rho App


46/59


38.57876 1.5 38.57876

36.94176 2 36.94176 AB/2 MN K

35.08917 2.5 35.08917 1.5 1 6.2832

26.89989 3 26.89989 2 1 11.781

22.51344 4 22.51344 2.5 1 18.8519.4386 5 19.4386 3 1 27.489

18.58956 6 18.58956 4 1 49.48

13.73325 8 13.73325 5 1 77.754

12.9437 10 12.9437 6 1 112.31

14.27966 12 14.27966 8 1 200.28

18.12907 15 18.12907 10 1 313.37

14.76224 20 14.76224 10 10 23.562

15.30899 25 15.30899 12 10 37.385

12.21462 30 12.21462 15 10 62.832

12.42644 40 12.42644 20 10 117.8165.37563 50 65.37563 25 10 188.5

63.11386 60 63.11386 30 10 274.89

57.77748 75 57.77748 40 10 494.8

137.6985 100 137.6985 50 10 777.54

102.3497 125 102.3497 50 20 376.99

82.47184 150 82.47184 60 20 549.78

26.88977 200 26.88977 75 20 867.86

159.6526 250 159.6526 100 20 1555

100 50 589.05

125 50 942.48

150 50 1374

200 50 2474

250 50 3888

1000

$ho App


47/59

V (V! I (A! R Rho (oh"! AB/2 MN

122.8 20 6.14 38.578848 1.5 1

87.8 28 3.1357142857 36.94185 2 1

48.4 26 1.8615384615 35.09 2.5 127.4 28 0.9785714286 26.89995 3 1

9.1 20 0.455 22.5134 4 1

4 16 0.25 19.4385 5 1

4.8 29 0.1655172414 18.5892413793 6 1

2.4 35 0.0685714286 13.7334857143 8 1

1.9 46 0.0413043478 12.9435434783 10 1

12.1 23 0.5260869565 12.3956608696 10 10

13.9 38 0.3657894737 13.6750394737 12 10

10.5 38 0.2763157895 17.3614736842 15 10

3.6 30 0.12 14.1372 20 105.6 72 0.0777777778 14.6611111111 25 10

2 47 0.0425531915 11.6974468085 30 10

5.7 237 0.0240506329 11.9002531646 40 10

6.2 77 0.0805194805 62.6071168831 50 10

2.6 77 0.0337662338 12.7295324675 50 20

1.9 85 0.0223529412 12.2892 60 20

2.1 162 0.012962963 11.250037037 75 20

1.5 87 0.0172413793 26.8103448276 100 20

1.7 88 0.0193181818 11.379375 100 50

1.4 156 0.008974359 8.4581538462 125 50

1.2 242 0.0049586777 6.8132231405 150 50

0.3 334 0.0008982036 2.2221556886 200 50

1.5 442 0.0033936652 13.1945701357 250 50


48/59

Rho (ohm.m)

38.578848

36.94185

35.0926.89995

22.5134

19.4385

18.589241379

13.733485714

12.943543478

12.39566087

13.675039474

17.361473684

14.137214.661111111

11.697446809

11.900253165

62.607116883

12.729532468

12.2892

11.250037037

26.810344828

11.379375

8.4581538462

6.8132231405

2.2221556886

13.194570136


49/59

AB/2 MN/2


0.5 5 10 25

1.5 6.3 30.4 12 15.9174

2 11.8 18.8 18 12.30457

2.5 18.8 9.5 17 10.53358

3 27.5 5.1 15 9.346238

4 49.5 5.3 31 8.4594985 77.8 3.8 35 8.441908

6 112.3 3.5 1.7 23 8.301317

8 200.3 12.3 1.3 28 9.298553

10 313.4 23.6 0.8 25 10.02796

10 313.4 23.6 11.7 29 9.506026

12 451.6 37.4 6.9 10.6 26

15 706.1 62.8 19.6 3.6 19

20 1255.9 117.8 47.1 2.6 18

25 1962.7 188.5 82.5 2.2 20

30 2826.6 274.9 125.7 17.3 2.5 3840 5025.8 494.8 235.6 61.3 3.3 40

50 7853.2 777.5 377.0 117.8 2.6 85

50 7853.2 777.5 377.0 117.8 3.8 36

60 11308.9 1123.1 549.8 186.9 6.3 58

75 17670.7 1759.3 867.9 314.2 3.9 94

100 31415.1 3133.7 1555.1 589.0 2.1 67

100 31415.1 3133.7 1555.1 589.0 0.1 73

125 49086.6 4900.9 2438.7 942.5 0.1 167


50/59

o! RhoAB/2

MN/2 k V I

1.5 0.5 6.283185 183.6 12

2 0.5 11.78097 47.3 8

2.5 0.5 18.84956 22.5 7

3 0.5 27.48894 18.5 17

4 0.5 49.48008 2.7 55 0.5 77.75442 3.9 12

6 0.5 112.3119 1.3 12

8 0.5 200.2765 1.5 26

10 0.5 313.3739 2.4 72

10 5 23.56194 8.9 13

12 5 37.38495 3.5 13

15 5 62.83185 1.9 15

20 5 117.8097 1.8 26

25 5 188.4956 1 29

30 5 274.8894 2.1 6740 5 494.8008 2 140

50 5 777.5442 1.1 132

50 10 376.9911 1.1 23

60 10 549.7787 3.2 22

75 10 867.865 2.1 25

100 10 1555.088 5.2 7

100 25 589.0486 1.3 7

125 25 942.4778 4.3 16

150 25 1374.447 1.1 20

200 25 2474.004

250 25 3887.721

300 25 5615.597

ko$*&a 02 3411

10 1058

# 111

# 8


51/59


96.13274 1.982871 1.5 1.982871

69.655 1.842952 2 1.842952

60.58786 1.782386 2.5 1.782386

29.91443 1.475881 3 1.475881

26.71925 1.426824 4 1.42682425.27019 1.402608 5 1.402608

12.16713 1.085188 6 1.085188

11.55442 1.062748 8 1.062748

10.4458 1.018942 #0.188716 10 1.018942

16.13087 1.207658 1.018942 12 0.814105

10.06518 1.002822 0.814105 15 0.712126

7.958701 0.900842 0.712126 20 0.722764

8.156058 0.91148 0.722764 25 0.624187

6.499847 0.812903 0.624187 30 0.746586

8.615935 0.935302 0.746586 40 0.6606167.068583 0.849332 0.660616 50 0.622828

6.479535 0.811544 0.622828 #0.444452 60 1.269747

18.03001 1.255996 1.06728 0.622828 75 1.229563

79.96781 1.902915 1.714199 1.269747 100 2.429492

72.90066 1.862731 1.674015 1.229563 125 2.794115

1155.208 3.06266 2.873944 2.429492 1.023664 150 2.268986

109.3947 2.038996 1.85028 1.405828 2.429492 200

253.2909 2.40362 2.214903 1.770451 2.794115 250

75.59457 1.878491 1.689774 1.245322 2.268986 300

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

+,IV/0- +,IV/0- +,IV/0- +,IV/0- +,IV/0-

1 10

1

10

100

1000

r


52/59


96.13274 1.5 96.13274

69.655 2 69.655 AB/2 MN K

60.58786 2.5 60.58786 1.5 1 6.2832

29.91443 3 29.91443 2 1 11.781

26.71925 4 26.71925 2.5 1 18.8525.27019 5 25.27019 3 1 27.489

12.16713 6 12.16713 4 1 49.48

11.55442 8 11.55442 5 1 77.754

10.4458 10 10.4458 6 1 112.31

6.517863 12 6.517863 8 1 200.28

5.153781 15 5.153781 10 1 313.37

5.281582 20 5.281582 10 10 23.562

4.209077 25 4.209077 12 10 37.385

5.579383 30 5.579383 15 10 62.832

4.577371 40 4.577371 20 10 117.814.195924 50 4.195924 25 10 188.5

18.61002 60 18.61002 30 10 274.89

16.96536 75 16.96536 40 10 494.8

268.8388 100 268.8388 50 10 777.54

622.4653 125 622.4653 50 20 376.99

185.7745 150 185.7745 60 20 549.78

75 20 867.86

100 20 1555

5.2 1.4 100 50 589.05

106 10 125 50 942.48

0.049057 0.14 150 50 1374

67.40377 52.7786

100 1000

o App

$ho App


53/59

V (V! I (A! R Rho (oh"! AB/2 MN

183.6 12 15.3 96.13296 1.5 1

47.3 8 5.9125 69.6551625 2 1

22.5 7 3.2142857143 60.5892857143 2.5 118.5 17 1.0882352941 29.9145 3 1

2.7 5 0.54 26.7192 4 1

3.9 12 0.325 25.27005 5 1

1.3 12 0.1083333333 12.1669166667 6 1

1.5 26 0.0576923077 11.5546153846 8 1

2.4 72 0.0333333333 10.4456666667 10 1

8.9 13 0.6846153846 16.1309076923 10 10

3.5 13 0.2692307692 10.0651923077 12 10

1.9 15 0.1266666667 7.95872 15 10

1.8 26 0.0692307692 8.1560769231 20 101 29 0.0344827586 6.5 25 10

2.1 67 0.0313432836 8.6159552239 30 10

2 140 0.0142857143 7.0685714286 40 10

1.1 132 0.0083333333 6.4795 50 10

1.1 23 0.047826087 18.0299565217 50 20

3.2 22 0.1454545455 79.968 60 20

2.1 25 0.084 72.90024 75 20

5.2 7 0.7428571429 1155.142857143 100 20

1.3 7 0.1857142857 109.395 100 50

1.2 7 0.1714285714 161.568 125 50

1.1 20 0.055 75.57 150 50

60


54/59

Rho (ohm.m)

96.13296

69.6551625

60.58928571429.9145

26.7192

25.27005

12.166916667

11.554615385

10.445666667

16.130907692

10.065192308

7.95872

8.15607692316.5

8.6159552239

7.0685714286

6.4795

18.029956522

79.968

72.90024

1155.1428571

109.395

161.568

75.57


55/59

1 10 100 1000

1

10

100

rho App

$ho App

1 10 100 1000

1

10

100

om AB

1 10 100 1000

1

10

100

rho App

$ho App


56/59

3 6

2 5

1 4

1 10 100 100

1

10

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1000

rho App

1 10 100 100

1

10

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1000

rho App

1 10 100

1

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rho App


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$ho App

$ho App

$ho App


58/59

,$ M , ,$ M , LONG LAT

#8 10 24.2 111 2 45.6 #7.826611 111.046

#8 10 25.5 111 2 44.7 #7.82625 111.0458

#8 10 24.9 111 2 46.3 #7.826417 111.0462

#8 10 26.9 111 2 49.9 #7.825861 111.0472

#8 10 27.1 111 2 50.1 #7.825806 111.0473

#8 10 10.58 111 2 34.11 #7.830394 111.0428


59/59

X Y

505071.1 9134925

505044.2 9134965

505092.9 9134947

505203.2 9135008

505209 9135014

504719.4 9134507

olah ves baru

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