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6.2.1.6 Specijic attenuation jactors ••••••••••••••••••••
6.2.2 Geophysical constraints on seismic models and range oj
appl icabi I i ty •••
6.2.2.1 BGS site model
6.2.2.2 Tentsmuir hard rock site model
7. The data .....................................................
7. I DATA FORMAT ••.........
7.2 DISPLAY OF THE DATA
7.3 PREPROCESSING OF THE DATA FILES •.
7.3. I Despiking ••••••
7.3.2 Ze ro i ng ••
7.3.3 Low gain ••
7.4 PRELIMINARY ANALYSIS
7.4. I
7.4.2
7.4.3
Travel time determinations.
Amplitude determinations •••
Magni tude At .............. .
8. Discussion •••••••••••..• . .................................. .
8.1 MAJOR CHARACTERISTICS OF THE ACOUSTIC AND SEISMIC VAVEFORMS
8.2 OBSERVED SHOCK VAVE AMPLITUDE: EFFICIENCY OF THE SOURCE
9. Conclusion . ...................................................... .
Acknowledgements
References ••••••
Tables
Figures
Appendi ces: ............................................... .
Appendix A: Planned schedule for the LORASVAP experiment
Appendix B: Log of deployment of sea bed instruments
1: BGS sea-bottom package 22:Sep:1987
2: Redeployment of Pusses 27-28:Sep:1987
Appendix C: Syledis determination of site locations at the final
(second) deployment ....... . .......
1: Shot point ...... . .....
2: PUSSes ..........
Appendix D:
Appendix E:
3: BGS/ARE listening site . . . . . . . . . . . . ......
Models for computer simulations
1: Acoustic
2: Seismic
Data inventory
1: List of sites known to have detected the 4500lb
explosion
2: Inventory of PUSS data from 4500lb and 900lb
explosions
Appendix F: Display of the data
1: whole record
2: acoustic arrivals
3: seismic arrivals
if
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