P-wave and S-wave shallow seismic reflection data using landstreamer technologies
Near-surface seismic reflection records and processed sections in P-wave,SH-wave and SV-wave modes have been acquired using landstreamer receiver arrays or planted geophones and a variety of impulsive and vibrating seismic sources.Data were acquired at a site in Eastern Canada where surface sediments are fine-grained marine deposits,and resulting profiles are compared and discussed.Seismic sections acquired with various sources such as minibuggy minivib from ⅣⅠ,shotgun,and sledge hammers show that in this environment,P-wave data acquired with an in-hole shot gun and planted geophones have significantly higher frequency content than data acquired using the mihivib/landstreamer system.However,data acquisition rates are increased by 4 to 10times using the minivib and landstreamer.SH-wave data acquired with a minivib source exhibit improved frequency and amplitude characteristics when compared to data acquired with an impulsive source.Outstanding high resolution sections have been obtained using a newly developed shallow SV-wave reflection method which reprocesses P-wave data recorded with vertical geophones and a vibrating source.
P-wave SH-wave SV-wave landstreamer seismic reflection
Andr(e) J.-M.Pugin Susan E.Pullan James A.Hunter
Geological Survey of Canada,Ottawa,Ontario
国际会议
The 3rd International Conference on Environmental and Engineering Geophysics(第三届环境与工程地球物理国际会议)
武汉
英文
14-19
2008-06-15（万方平台首次上网日期，不代表论文的发表时间）