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Appendix H: Photographic record of the experiment. Cover Frontispiece collage Plate 1 Plate 2 Plate 3 Plate 4 Plate 5 Plate 6 Plate 7 Plate 8 Plate 9 Plate 10 Plate 11 Plate 12 Plate 13 Plate 14 Plate 15 RMAS Salmaster from Forth Road Bridge (Fergus I. McTaggart) Flags flown by RMAS Salmaster. British Geological Survey equipment container being loaded onto RMAS Salmaster Foredeck of RMAS Salmaster at sea. Shot point mooring buoys on foredeck of RMAS Salmaster. Orange shot point buoy and crate containing MSF radio time receiver for signal timing on analogue tape data recorders. Recording Laboratory for hydrophone strings and the BGS Sea Bottom Package in portacabin between decks on RMAS Salmaster. Checking and testing laboratory for Pull-Up Sea-bottom Seismometers (PUSSes) on RMAS Salmaster Syledis computer for high accuracy navigation and positioning at sea. Oubit monitor of Syledis navigational system mounted on the Bridge of RMAS Salmaster. Oubit monitor screen in action. Note the target position at the centre of the bulls-eye, the current position of RMAS Salmaster some 1200m north and the line representing a section of the experiment great circle from the shot point to Tentsmuir. PUSS, pressure sealed tube end. PUSS, tube end removed. PUSS instrumentation wired up at sea for testing and setting of recording time windows prior to deployment. Final preparations of PUSS on deck immediately prior to deployment. Note quarter tonne anchor weights in background. PUSS tube on deck fully prepared for deployment. Note hydrophone strapped to the tube and the dumb-bell weights at both ends of the tube. PUSS being lowered into the sea at deployment. Toroidal buoy used to mark the position of PUSS deployment for eventual retrieval. Note the radar reflector and flashing lamp installed on the superstructure. PUSS toroidal buoy at deployment. 190
Plate 16 Plate 17 Plate 18 Plate 19 Plate 20 Plate 21 Plate 22 Plate 23 Plate 24 Plate 25 Plate 26 Plate 27 Plate 28 Plate 29 Plate 30 Plate 31 Plate 32 Plate 33 PUSS buoy at sea with gemini and gemini crew. The gemini was vital to many manoeuvres during deployment and retrieval of the experiment equipment. BGS Sea Bottom Package ready for deploymen t . Note the stripes parallel to the cyllinder axis intended to aid visual measurement of its alignment on the sea bed. BGS Sea Bottom Package junction to signal cable. BGS Sea Bottom Package sea-bed anchor and signal cable. BGS Sea Bottom Package signal cable, sealable junction box and flotation buoys for cable end. Note that sealable junction may be jettisoned overboard and subsequently retrieved if RHAS Salmaster needed to abandon position with the BGS Sea Bottom Package left on the sea-bed. RHAS Salmaster Signal cable, flotation buoys and sealable junction box of the BGS Sea Bottom Package manhandled by gemini crew. BGS Vertical Hydrophone String coiled on drum ready for deploymen t • Sea Owl. Fixing detonators to the 2 ton charge prior to deployment. Inching the 2 ton charge across the deck of RHAS Goosander at deployment. Deploying the 2 ton charge from RHAS Goosander. Submersion of the 2 ton charge from RHAS Goosander. Deployment of shot timing hydrophone RMAS Goosander. Sea surface effect of the 2 ton explosion stage 1. Sea surface effect of the 2 ton explosion stage 2. Deployment of the 9001b charge. Sea surface effect of the 900lb explosion stage 1. Sea surface effect of the 900lb explosion stage 2. 191
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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
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Step 1 GEMINI takes 55Kg weight att
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90 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
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Appendix A: Proposed schedule for L
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16:47:00 16:47:20 16:47:30 16:47:34
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08:12:45 08:12:50 08:13:00 08: 13:2
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PUSS 3 (INSTRUMENT 11) REDEPLOYED 2
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PUSS 6 (INSTRUMENT 14) REDEPLOYED 2
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Appendix C: Locations of sites at s
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(2) PUSS LOCATIONS SITE 1 (PUSS 2)
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Fix: 56°42.810N aN = .001N +1 m 01
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Appendix D: MODELS FOR COMPUTER SIM
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.... N Table D2 Paraaeters of preli
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(c) Permanent land stations with a
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4 13 5 14 Hydr. z x y Hydr. z x y R
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5 14 Hydr. Z X y Hydr. z X y First
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F.3.9 PUSS 10 at 9.982 km, 9001b sh
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I-' W en Fig. F.1.2 PUSS 11. RANGE=
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.... w
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.... t Fig. F .1.10 PUSS 11, RANGE=
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.... (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
Page 197: I-' ()) 0 Fig. F.3.13 BGS Sea Botto
Page 212: .... (J) 0 Fig. F.3.13 BGS Sea Bott
Page 216 and 217: Start of record = 11:52:05.0 Filena
Page 218 and 219: Start of record = 15:22:05.0 Filena
Page 221: BGS VHS Start of record = 11:53:13.
Page 226 and 227: Plate 4 Plate 5 Plate 6
Page 228 and 229: Plata 10 Plate 1 1 Plate 12
Page 230 and 231: Plate 16 Plate 17 Plate 18
Page 232 and 233: Plate 22 Plate 23
Page 234: Plate 28 Plate 26
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