4 12 A [ R Ae FAe AeB[ [ K K[ R B R e c c 2 K3 e e c B [ 2 e c K3 c [ b Be F c [ B c e c e S R e c e 6 R % e 17 e c o B o e % o 17 o O 8 i SB Ae i r F F R F [ [ S B R e c S c F e bR e [ % F [ [ [ e F S Be .% 04 e 9 ] x l x x F F b e l e l F e F i [ b [ F e ] F e F F R t F [ F F % B FAe cB Ae R B 6 5 6 1 8 μ 1 P159 MTSAT 6 7 (1) 1010 cm/s = 30 18 / 1 4 30 1 /4 7.5 7 (2) 628 , 0 4 M H HS 5 H P 5 7 M H 7 PH 5M 7 PH 4 P. 5 4P. 7H P. H 5 H H 9 H 4 H 5 5 P9 5 4 . 5 7 G 7 P 4 H 7 5 5 H 5 c 4 5 P. 7 G G P. 2 1 1 2 H GMP 1 1 SAR ( H SAR SAR m H G M km , He P S P P S P S , He P S (b) (a) P12 P59 35km 7km P P 2 A Vc = 5.5 km/s Vm = 8 km/s A :d L /Vc ≈ L /Vm + 2d /Vc A L ≈ 6d km 4 ppt km km km 3 P 1 FeNi P20-21 DVD (1) P32 A (2) A 12,466 Nakanishi & Winterer (1998) 0 ' NAKANISHI AND WINTERER: TECTONICS OF CENTRAL PACIFIC BASIN A
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