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4 13 5 14 Hydr. z x y Hydr. z x y Record length = 120s First arrival 36.5s from start of record Water wave arrival 55.05s from start of record 2 Clear seismic and water wave arrival. 2 Clear seismic and water wave arrival. 2 Clear water wave arrival, no seismic. 2 Clear seismic and water wave arrival. Record length = 150s First arrival 44. Is from start of record Water wave arrival 85.6s from start of record 2 Clear seismic and water wave arrival. 2 Clear water wave arrival, weak seismics. Weak signal with spiky noise. Data terminates at 140.5s from start of record. Noise is still in evidence after this time. 2 Faulty instrument, periodic noise obscures trace. Fairly clear water wave arrival. No trace of seismics. 2 Clear seismic and water wave arrival. 130
(b) 900lb shot All records start at lSh 22 m OSs Site Inst.ID Channel Q Comments 1 10 Record length = 90s First arrival 28.6s from star t of record Water wave arrival 32.5s from start of record Hydr. 2 Clear seismic and water wave arrival Z 2 Clear seismic and water wave arrival X 2 Clear seismic and water wave arrival y 2 Clear seismic and water wave arrival 2 11 Record length = 90s First arrival 29.5s from start of record Water wave ar ri va I 35.6s from start of record Hydr. 2 Clear seismic and water wave arrival Z 2 Clear seismic and water wave arrival X 2 Clear seismic and water wave arrival y 2 Clear seismic and water wave arrival 3 9 Record length = 120s First arrival 31.5s from start of record Water wave arrival 42.6s from start of record Hydr. 2 Clear water wave arrival, no seismic Z 1 Very weak signal, seismic arrival not visible Clear water wave arrival. X 1 Periodic interference, seismic first arrival obscured. Clear water wave arrival. y 2 Clear seismic and water wave arrival 4 13 Record length = 120s 131
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This report has been generated from
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Copyright is reserved for the conte
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Appendix G: Picking list for travel
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Figures Fig. 2.1 Fig. 2.2 Fig. 2.3
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Fig. 7.3 Plot of travel time agains
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I,on.!: rC/ngc s/roc/.. II'(/\'CS /
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,(//lg rallge s/roc/.. 11'111'(',\
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I,ollg rtlllge siwek waves fro//1 (
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.Ollg rallge shock waves from a {ar
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,(/lIg rangc sImek II'(H'CS /1'0111
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LOllg rallge shock II'(/ves /1'0111
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Long range shock waves from a large
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Acknovledgeaents For producing the
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Hamilton, E.L., 1980. Geoacoustic m
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Newmark, R., 1984. Tables of ground
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Table 2.1 Proposed spacing for inst
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Overall length standoff at surface
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Table 3.3 VHS - SPECIFICATIONS Hydr
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Table 3.5 Calibration of Pull Up Sh
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series Solid Geology. 3: Dunbar she
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01 01 Table 5.1 Explosion shot time
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(a) fname Table 7.1 Header block co
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Table 8.1 Comparison of measured ex
Page 97: Step 1 GEMINI takes 55Kg weight att
Page 106: 90 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
Page 117 and 118: Appendix A: Proposed schedule for L
Page 120 and 121: 16:47:00 16:47:20 16:47:30 16:47:34
Page 122 and 123: 08:12:45 08:12:50 08:13:00 08: 13:2
Page 124 and 125: PUSS 3 (INSTRUMENT 11) REDEPLOYED 2
Page 126 and 127: PUSS 6 (INSTRUMENT 14) REDEPLOYED 2
Page 128 and 129: Appendix C: Locations of sites at s
Page 130 and 131: (2) PUSS LOCATIONS SITE 1 (PUSS 2)
Page 132: Fix: 56°42.810N aN = .001N +1 m 01
Page 135 and 136: Appendix D: MODELS FOR COMPUTER SIM
Page 139: .... N Table D2 Paraaeters of preli
Page 144 and 145: (c) Permanent land stations with a
Page 148 and 149: 5 14 Hydr. Z X y Hydr. z X y First
Page 150: F.3.9 PUSS 10 at 9.982 km, 9001b sh
Page 153: I-' W en Fig. F.1.2 PUSS 11. RANGE=
Page 156: .... w
Page 161: .... t Fig. F .1.10 PUSS 11, RANGE=
Page 168: .... (JI .... Fig. F.2.2 PUSS 11. R
Page 176: I-' U1 CD Fig. F.2.1O PUSS 10, RANG
Page 179 and 180: .... m I\) Fig. F.2.13 PUSS 13, RAN
Page 182 and 183: Fig. F.2.16 BGS Sea Vertical Hydrop
Page 190: I-' -oJ w Fig. F.3.6 BGS Sea Bottom
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I-' ()) 0 Fig. F.3.13 BGS Sea Botto
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.... (J) 0 Fig. F.3.13 BGS Sea Bott
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Start of record = 11:52:05.0 Filena
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Start of record = 15:22:05.0 Filena
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BGS VHS Start of record = 11:53:13.
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Plate 16 Plate 17 Plate 18 Plate 19
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Plate 4 Plate 5 Plate 6
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Plata 10 Plate 1 1 Plate 12
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Plate 16 Plate 17 Plate 18
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Plate 22 Plate 23
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Plate 28 Plate 26
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