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1.

1.1.

36 10 235

36 12 3-698( 2-4-5 )

42

43

44 16

46 997

46

52 16

55

586

11

15

17

1.2.

1.3.

1.4.

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1.5. ( 20 4 1 )

14 11

1.6. ( 20 4 1 )

( ) ( ) ( )

1

( ) ( ) ( ) ( ) ( ) ( ) ( ) (1 )

1

1.7. ( 20 4 1 )

( )

( )

( )

:

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1.8.

20. 4. 1 18

21.3.31 16

21. 4. 1 17

1.9.

20.12.24

20.11. 4

21. 3.24

2.

2.1.

( )

( ) 3,515.19 m

2,918.16 m

2,898.72 m

19.44 m

2.2.

( ) 20.00 m 7.29 m

20.00 m 7.29 m

20.00 m 7.29 m

( ) 13.62 m 6.48 m

( ) 20.00 m 6.48 m

93.62 m 34.83 m

2.3.

416.56m 39 5.17m 6

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2.4. ( 20 )

( )1 4856-4

2 28,29,68 271 270 273

3 624-2

4 649-4

( ) 1 477

2 93-1

3 1940-2

4 1805-1

5

6 1592

7 144-1

8 1863

( ) 1 2192-52 586

3 1251-1

4 1093-1

5 110-1

6 164-1

7 1296

8 561-1

9 128 1

10 951

11 4866-2

12 496-2

13 6232

14 3406-1

( ) 1 28562 279-1

3 1687-3

4 997

5 1179-1

6 2-7

( ) 1 ( ) 1245( )

2 ( ) 1237( )

3 ( ) ( )

4 ( ) 165

5 ( ) ( 14 )

6 ( ) 110-54

7 ( ) 110-51

8 ( ) 1-1-54( )

9 ( ) ( )

10 ( ) 4859( )

11 ( ) 1200-62( )

12 ( ) 1869( )

13 ( ) 1133

14 ( ) 895-1

15 ( ) 2060

16 ( ) 699( )

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2.4. ( 20 )

( ) 1 1245( )2 244-1( )

3 496-2

4 734( )

5 895-1( )

6 2489-2( )

7 1507( )

8 102( )

( ) 1 (A) 1251( 67 )

2 (B)

3 (C)

( ) 1

2 1296

3 21-1

( ) 1 2-24-2

2 2-9-19

3 2-3-1

4 6-3-1

5 2-7-1

6 1251

7 586

8 ( 542

9 ( 2-9-1

10 ( 1580

11 ( 39-7

12 ( 1250-1

13 ( 1926

3. 20

3.1. ( 20 )( )

3,855,767

42,707

( ) 3,813,060

28,078,680

28,000,000

78,650

30

31,934,447

( )

( ) ( )

33,240

80,380

4,070

14,000

730

17

34

2

36

4

565,080

2,732,920

8,140

504,000

2,920

3,813,060

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3.2. ( 20 )

( )

( ) 437,965

21,182

1,663,377

( ) 983,110

3,684,278

328,795

38,000

21,041,466

1,029,000

8,576,193

16,390,663

28,000,000

11,084,779

18,449,989

3,622,082

206,565

965,000

166,950

250,000

350,000

117,289,394

4.

4.1. ( 20 )

( 4) 191

( 9) 92

(26) 107

(1) 4

(1) 8

(14) 2 34

(71) 6 1 239 43

(19) 35 1

(41) 65 2

(1) 1

(47) 2 11 144 41

(3) 7 1

(2) 2

(2) 6

(26) 84

(2) 5

(1) 626

(268 ) 8 14 1650 88

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4.2. ( 20 )

TET-ADM10 15. 4. 1 22. 3.31

MAGNIA LiTE31S/W 15.10. 1 22. 3.31

r-C3100N 16. 4. 1 21. 3.31

LVP-XL5900 100 16. 4. 1 21. 3.31

GPS Leica SR530 16. 4. 1 21. 3.31

ICS2000 17. 4. 1 22. 3.31

GPS Leica GX1220 17. 4. 1 22. 3.31

GSYUASA BM5000-10FND 17. 4. 1 22. 3.31

H-1400pF 17. 4. 1 22. 3.31

Lets note Light CF-W4GW9AXR 17. 6. 1 22. 3.31

V-322 17. 6. 1 22. 3.31

IP67 17. 6. 1 22. 3.31

SC72 17. 6. 1 22. 3.31

CT-1307 17. 6. 1 22. 3.31

iV-200 17. 6. 1 22. 3.31

Mount Sopris MGX 17. 8. 1 24. 3.31

HG-320J-23 17.10. 1 22. 3.31

ICS1500 17.10. 1 22. 3.31

SV-355T 17.10. 1 22. 3.31

IMAGIO NEO135 17.10. 1 22. 3.31

GLK-44 17.10. 1 22. 3.31

HS-DSS1 17.10. 1 22. 3.31

IMAGIO NEO135 17.10. 1 22. 3.31

IIYAMA PLE430S-B3S 17.10. 1 22. 3.31

18. 4. 1 23. 3.31

JXA-8900 18. 4. 1 23. 3.31

GPS Leica GX1220 18. 4. 1 23. 3.31

DAT4 18. 4. 1 23. 3.31

MarkProduct L22-3D 18. 4. 1 23. 3.31

GC-8APT C-R8A CRG-8 LCO2 18. 4. 1 23. 3.31

SA-2100E-UV 18. 4. 1 23. 3.31

Z-2000 18. 4. 1 23. 3.31

XP205DR 18. 4. 1 23. 3.31

RS-P42 18. 4. 1 23. 3.31

18. 4. 1 23. 3.31

20. 4. 1 27. 3.31

TOPCON CR-4 20. 4. 1 27. 3.31

TOPCON NET-13 20. 4. 1 27. 3.31

Vostro Desktop 2000ST 20. 4. 1 25. 3.31

MilliQ advantage 20. 4. 1 25. 3.31

FM-500E 20. 4. 1 25. 3.31

U20 20. 7. 1 25. 3.31

TOPCON FC-200 20. 7. 1 25. 3.31

CA-1112 20. 7. 1 25. 3.31

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4.3. ( 20 )

3272 317

260 809

4.4. ( 20 )

Bulletin of Seismological Society of America 1970(v60)

Geochemical Journal 1972(v6)

Geophysical Research Letters v34 2007(v34)

Geothermics v36 1984(v13) (v29-33 )

Journal of Geophysical Research v112 1967(v72)

Journal of Volcanology and Geothermal Research v160 1984(v22)

1960(v30)

1971(v15)

1973(v6)

1972(v78)

1958(n52)

1948(v1)

1958(n1)

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5.

5.1.

5.1.1.

20 14 ( ) 18 ( ) 15

4 14 18 9 00 16:00

4 14 18 13 30 16:00

5.1.2.

20 6 4 13 15 16:30

101

2007( 19)

2007 10 1 M4.9

2006

2007

5 12

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5.1.3.

20 8 6 ( ) 14 00 16 00

62

20 40 42 124

25 78

23 62 31 7 24

4 5

2/3

2 3

5.1.4. ( 20 )

( )20. 7. 4

( )20. 8.29

( )GPS

20. 9. 9

( )20.10.9

( )20.12.10

( )21. 2.21

( )Bernese

21. 3. 6

( )

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5.1.5. ( ) ( 20 )

20. 4.16 20

20. 5.14 2006

20. 6.18

20. 7.23

20. 8.13 2008

20. 9.17 CSAMT

20.10.15 DAT

20.11. 5

20.12. 3

20.12.17

2008 9

21. 1.14

21. 1.21

21. 2. 4

21. 3.25

5.1.6. ( 20 )

20. 8.10

20.11. 3

4

2008

21. 3.10

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5.2.

5.2.1. ( 20 )( )

20. 4. 9

20. 5.20 ( )

20. 5.27

20. 6. 6 6 4

20. 6.10 2008 5 12

20. 6.18

20. 6.20 TBS

20. 6.23

20. 8. 1

20. 8. 7

20.12.22

21. 1. 8 J COM

21. 1.15

21. 1.30

5.2.2. ( 20 )

20. 5. 3 17

20. 5.16

20. 5.22

20. 5.22 4

20. 5.22

20. 5.24

20. 5.25

6

20. 6. 5 07

20. 6.12 2

20. 6.15 849

20. 6.21

20. 8.19 400

20. 8.29

20. 8.30

20.11.23 105

20.12. 5

20.12.10

20.12.14

20.12.17

21. 1. 4

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5.2.2. ( 20 )

21. 1.12 100

21. 1.25 301

21. 1.25

21. 2. 3 270

21. 3.24 ( 20 )

5.2.3. ( 20 )

20. 5. 1 ( )

20. 7. 1 ( )

20. 7. 1 (OH!MY )

20. 9. 1 ( ) 1

20.12. 1 ( )12 1

21. 3. 1 ( )3 1

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5.4.

5.4.1. ( 20 )

20. 4. 4 PDF

20. 4. 4 4 4

20. 4. 9

20. 4.23 39 PDF

20. 4.25

20. 5.13 58 PDF

20. 5.28 2008 4

20. 6.10 20

20. 6.18 2008 5

20. 6.23

20. 7.10 2008 6

20. 7.28

20. 8.4

20. 8.11 2008 7

20. 8.27 2008

20. 9. 8 2008 8

20. 9.10 9 9

20. 9.13 9 12

20.10.28 2008 9

20.11.17 2008 10

20.12. 4 e-

20.12. 9 2008

20.12. 9 20 2008

20.12.10 2008 11

21. 1.13 2008 12

21. 1.21

21. 2. 8 2 8

21. 2.12 2009 1

21. 2.17

21. 3.10

21. 3.16 2009 2

21. 3.26

5.4.2. ( 20 )

http://www.onken.odawara.kanagawa.jp/modules/x_library/

( ) ( ) ( )

49 220(715) 30 407(1110) H15 798(1471)

50 247(682) 31 452(1112) H16 733(1400)

51 425(825) 32 ----*(1258) H17 876(2399)

52 493(949) 33 419(1148) H18 1634(2298)

53 463(975) 34 418(1190) H19 1209(1209)

54 451(1008) 35 510(1308)

55 492(1328) 36 824(1828)

56 481(775) 37 825(2413)

57 647(1422) 38 967(2038)

58 884(884) 39 1564(1564)

*

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5.5. ( 20 )

20. 3.31 20

21. 3.23 20

5.6. ( 20 )

20. 4.11 12

20. 5.16 53

20. 5.19 51

20. 6.24 33

20. 6.26 18

20. 7. 2 ( ) 30 (

)

20. 7. 4 5

20. 7.10 6 ( )

20. 7.11 16

20. 7.25 42

20. 7.31 ( ) 20

20. 8. 1 10

20. 8.26 45

20. 9. 4 8

20. 9.26 19

20.10.17 17

20.10.17 20

20.10.21 9

20.10.23 60

20.10.23 12

20.10.24 10

20.10.24 4 ( )

20.10.24 30 15

20.11.14 27

20.11.20 16

20.11.21 30

20.11.28 25

20.12. 5 25

21. 1.22 20

21. 1.30 26

21. 2.10 33

21. 2.12 21

21. 2.17 30

21. 2.20 27

21. 2.23 25

21. 3. 3 27

21. 3. 9 25

21. 3.12 11

21. 3.18 14

21. 3.27 67

964

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5.7. ( 20 )

20. 4.15

( )

50

20. 4.23

( )

30

20. 5.17

( )

150

20. 5.20

( )

40

20. 6. 5

( )

50

20. 6. 5

(

)

60

20. 6.10

(

)

40

20. 6.18

( )

120

20. 6.26

( )

70

20. 7.10

( )

50

20. 7.12

( )

200

20. 7.17

( )

110

20. 7.19

( )

71

20. 7.28

( )

50

20. 7.31

( )

15

20. 8.29

8.30

(

)

10

20. 9. 5

( )

20

20. 9.25 d-labo

( )

40

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5.7. ( 20 )

20. 9.30

(

)

40

20.10. 4

( )

60

20.10. 9

( )

40

MM21

20.10.18

( )

50

20.10.25

( )

60

20.11.14

30

( )

35

20.11.16

( )

35

20.11.17

(

)

20

20.11.19

( )

212

20.11.20

(

)

28

20.11.25

(

)

50

20.12.11

( )

180

20.12.13

(

)

150

20.12.16

(

)

300

20.12.16

(

)

200

21. 1.15

(

)

70

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5.7. ( 20 )

21. 1.17

(

)

20

21. 1.21 (

)

500

21. 1.24

( )

40

21 2 1

(

)

400

21 2.14

( )

20 GPS

21 2.14

2.16

(

)

2 1968

21. 2.17

(

)

50

21. 2.20

( )

60

21. 2.20

(

)

50

21. 2.20

( )

10

21. 2.24

( )

27

21. 2.25

(

)

60

21. 3. 6

( )

100

21. 3. 6

(

)

30

21. 3.18

( )

30

21. 3.24

(

)

30

4135

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5.8. ( 20 )

20. 4.14 151

20. 4.21

20. 5. 8 19

20. 5. 9

20. 5. 9 GPS

20. 5.12 1

20. 5.13 152

20. 5.19 177

20. 5.22

20. 5.23

20. 5.27

20. 5.29

20 6. 6

20 6.10

20 6.10

20. 6.10 153

20. 6.19 20

20. 6.25

20. 7. 2

20. 7. 3

1

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5.8. ( 20 )

20. 7. 3 20

20. 7. 7 20

20. 7.14 154

20. 7.18

20. 7.22

20. 7.29 20 1 40

20 7.30 2

20. 7.31

20. 8. 4

20. 8. 5

20. 8. 7

20. 8. 8

20. 8.11

20. 8.12 155

20. 8.14

20. 8.18 178

20. 8.18

20. 8.19

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5.8. ( 20 )

20. 8.20

20. 8.25 40

20. 8.27

20. 9. 1

20. 9. 2 20 20

20. 9. 4

20. 9. 8

20. 9.10

20. 9.12

20. 9.16 156

20. 9.16

20. 9.17

20. 9.19

20. 9.25 21 21

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5.8. ( 20 )

20. 9.26

20.10. 2 20 10

20.10. 8 20 10

20.10.10

20.10.15 (

)

20.10.19

20.10.23

20.10.23

20.10.27

20.10.29

20.11. 3

4

20.11. 5

20.11.11 158 10

20.11.14

20

20.11.17 179

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5.8. ( 20 )

20.11.19

20.11.20

20.11.21

20.11.25

20.11.26 20

20.11.26

20.12. 3

20.12. 9 159 11

20.12.11

20.12.11 20 12

20.12.11

20.12.17

20.12.18

20.12.19

20.12.25 WG

20.12.26 WG

20.12.26

21. 1. 7 20 2 41

21. 1. 7

9

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5.8. ( 20 )

21. 1. 9

21. 1. 9

21. 1.13 160 12

21. 1.14

21. 1.15

21. 1.16

21. 1.16

21. 1.19

21. 1.20

21. 1.20

21. 1.21 20

(

)

21. 1.28 WG

21. 1.29

21. 1.30

( )

21. 2. 1

21. 2. 3 ( ) (

)

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5.8. ( 20 )

21. 2. 3

21. 2. 3

21. 2. 5

21. 2. 9

21. 2.09

21. 2.10 161

21. 2.13 41

21. 2.16 180

21. 2.16

21. 2.17 20 20

21. 2.23

21. 2.24

21. 2.25 19

3

21. 2.26 e-

21. 2.27 21

21. 3. 2 10

( )

21. 3. 2

20

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5.8. ( 20 )

21. 3. 4 21

21. 3. 6

NN

21. 3. 9

21. 3. 9

( ) 20

21

21. 3.10 162

21. 3.13 21

21. 3.24 20

21. 3.25

21. 3.26

21. 3.26

21. 3.27

21. 3.30

21. 3.31

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5.9. ( 20 )

20. 5.25

2008

20. 5.26*1

*2

*2

2008

20. 5.26

3 2008

20. 5.283

4

2008

20. 5.29

2007 2008

20. 5.30

2007 2008

20. 8.18 Mannen, K.,

Yamashita, H.5 , and

Kasama, T. 5

Hakone caldera as a complex of

funnel shaped calderas

2008

20. 9.22

115

20. 9.21

20.10.11

2008

20.10.11 CSAMT

2008

20.11.12 Harada M.,

Iwakuni, M.,

and T. Tanada

Characteristics of Crustal Strain

in the Western Kanagawa Prefecture,

Japan

GPS GNSS

2008

20.11.25 Yukutake,

Y., Tanada,

T., and

Takeda, T.*2

High resolved hypocenter

distribution in and around

the Izu-collision zone

High resolved hypocenter

distribution in and around

the Izu-collision zone

7

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5.9. ( 20 )

20.11.27 Honda, R. Spatial variation in the crustal

anisotropy around Izu collision

zone

7

20.11.27 Harada M.,

T. Tanada, and

M. Iwakuni

Temporal Variations of Crustal

Deformation in the Northern Margin

of the Philippine Sea Plate

7

20.11.27 Tanada, T.,

Honda, R.,

Yukutake, Y.,

Harada, M.,

and Ito, T.

Shallow Seismicity and Resistivity

Imaging by CSAMT Method in Hakone

Owakidani Geothermal Field

7

20.11.27 Nagai, S.

and Tanada, T.

Temporary seismic observation in

western Kanagawa Prefecture,

central Japan

7

20.12.15 Honda R.

and Aoi, S. 2

Array back-projection imaging of

the 2007 Niigataken Chuetsu-oki

Earthquake striking the world

largest nuclear power plant.

2008

20.12.17 Nagai, S.,

Hirata, N. 6,

and Sato, H.6

New Orogenic Model for Taiwan

Collision Zone Inferred From

Three-dimensional P- and S-wave

Velocity Structures and Seismicity

2008

21. 3.17 Seisimic Microzoning and

Earthquake Disaster Prevention

Prepared by a Local Government in

Japan

2 3 4

5 6

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5.10.

5.10.1. ( 20 )

40 20 12 130p.650

1-10

11-22

23-28

GEONET 29-34

35-50

51-58

2008 59-64

1965-68

DAT 69-74

2008( 19) 10 1

4.975-78

1 79-84

85-86

/87-90

1998-200891-128

129-130

5.10.2. ( 20 )

59 21 3 74p.700 )

1-2

2008 3-8

9-12

13-18

2004 16 419-24

25-38

2 39-42

43-44

2008 45-50

29 51-54

2008( 20) 55-62

2008( 20) 63-66

67-72

73-74

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5.10.3. ( 20 )

, 19 , 20 6 59p.150

5.11. ( 20 )

*1

*2 *2

2008 ,38, 2,

71-80

2008 , n60, 98-104.

*3

*4 *52008 n486, 1-3.

Aoi, S.*6, Honda,R.,

Morikawa, N.*6,

Sekiguchi, H.*7, Suzuki,

H.*8,

Hayakawa,Y.*6, Kunugi, T.*6,

and Fujiwara, H.*6

2008 3D finite-difference simulation

of long-period ground motions

for the 2003 Tokachi-oki, Japan,

earthquake

J. Geophys. Res., v113,

B07302

Yukutake, Y. Takeda, T. *6,

and Obara, K. *6

2008 Fine fault structure of a

moderate earthquake in the 2007

earthquake sequence of Northern

Mie, Japan

Earth Planets Space, 60,

981-985.

Yukutake, Y. Takeda, T. *6,

and Obara, K. *6

2008 Fine fault structure of a

moderate earthquake in the 2007

earthquake Well-resolved

hypocenter distribution using

the double-difference relocation

method in the region of the 2007

Chuetsu-oki Earthquake

Earth Planets Space, 60,

1105-1109.

Harada M., Iwakuni, M., and

Tanada, T.

2008 Characteristics of Crustal

Strain in the Western Kanagawa

Prefecture, Japan

International Symposium on

GPS/GNSS 2008 Proceedings,

69-77.*9 2009 v31, n1, 41-49.

2009 v31 n2 93-103

*10

2009 v31, n2, 85-92.

Honda, R. and Aoi, S. *6 2009 Array Back-Projection Imaging of

the 2007 Niigataken Chuetsu-oki

Earthquake Striking the World's

Largest Nuclear Power Plant

Bull. Seism. Soc. Am.,

v99,141-147

*1 *2 *3 *4

*5 *6 *7 *8

*9 *10

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5.12. ( 20 )

19 4. 1 21. 3.31

19.8. 20. 3.31

9 20. 1.28 22. 1.27

20. 8. 1

20. 4. 1 21. 3.31

20. 6. 1 21. 3.31

20. 4. 1 21. 3.31

20. 4. 1 21. 3.31

19. 6. 1 20. 3.31

19. 4. 1 21. 3.31

( ) 19. 4. 1 21. 3.31

( ) 19. 4. 4 21. 3.31

19. 7. 1 21. 6.30

19. 7. 1 21. 6.30

20. 4. 1 21. 3.31

20. 4. 1 21. 3.31

19. 6.10 21. 6. 5

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6.3.8. ( 20 )

18 22

19

19

EPMA

19 3km 1km

6.3.8.-1

6.3.8.-1

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6.3.9. ( 20 )

18 22

CN9 CN10

CN10

CN9

CN10

6.3.9.-2

CN10

6.3.9.-1

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6.3.10. ( 20 )

18 21

6.3.10-1

6.3.10-2

2008

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6.3.11. ( 20 )

18 20

( )

1990 2

4

6.3.11-1

6.3.11-2

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6.3.12. ( 20 )

19 20

(Potential Following Area : PFA)

(1) (H20 4 9 )

(2) 1997( 9) 2007( 19)

20 4 9 20 9

6.3.12.-1

1.7×10-4 4.5×10-5(cm/sec)

5×10-2 1×10-1 (cm/sec)

1997( 9) 2007( 19)

11 5

(

)

1999(H11) 2002(H14) 4

6.3.12.-1

6.3.12.-1 2008 9

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6.5.

6.5.1. ( 20 )

16,447,000

43( )

( )

GPS ( )

( )

2008( 20) 2009( 21) 1 688

13 ( 6.5.1.-1 6.5.1.-1 6.5.1.-2)

12 57 (

)4. 31km 6.5.1.-2

20 2 138 1 167

( 6.5.1.-3 6.5.1.-2 6.5.1.-4)

4 4 08 02 4 4 12 28 38 M2.4 1

9 9 20 31 9 11 05 57 320 M1.4 0

9 12 20 40 9 15 12 03 224 M2.5 1

12 16 07 46 12 16 11 10 37 M2.7 1

2 8 00 09 2 9 01 02 427 M1.7 0

20 6.5.1.-2

6.5.1.-4 GPS

( 6.5.1.-5 6.5.1.-7)

6.5.1.-2

6.5.1.-1 6.5.1.-2

20

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6.5.1.

6.5.1.-1 2008 20 4 2009 21 3

6.5.1.-1

6.5.1.-2 20 6.5.1.-3 20

6.5.1.-2 6.5.1.-4 20

S-P 2

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6.5.1.

6.5.1.-5 20

6.5.1.-6 20

6.5.1.-7 20

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6.5.2. ( 20 )

336,000

51( )

21 ( )

( 6.5.2.-1) 6.5.2.-

20 5 8 M7.0 20cm

21

6.5.2.-1 20

6.5.2.-1 20

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6.5.3. ( 20 )

336,000 ( )

51

( ) 174

99

6

4

2

24

2

1

9

2

1

8

3

2

7

3

1

99 75 174

( ) 21

14 2 2 1 1

1

14 7 21

( ) 21

(1)

( )

( 59 )

(2)

20

(3) 29

21 3 13 ( )

19

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6.6.2. ( 20 )

250,000

53

( )

16 13

14

19

14 5 17

6.6.2.-1

6.6.2.-1

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6.7. ( 20 )

2008 20. 7.24 26

2008

6.8. ( 20 )

17. 4. 1

22. 3.31

20. 4. 1

21. 3.31

20. 4. 1

21. 3.31

20. 4. 1

21. 3.31 (B)

20. 4. 1

25. 3.31

GPS

20. 9. 1

23. 3.31

GPS

20. 7.30

22. 3.31

20. 9. 1

21. 3.31

20. 4. 1

21. 3.31 (B)

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20 3

17 6 5

16 17

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20

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