- Experiment Name: San Mateo Seismic Daylight Imaging Experiment
- PI: Klemperer, Kerr
- Email: bckerr@pangea.stanford.edu
- Sponsor: Stanford
- Inst: Stanford, Stanford
- Start_Date: 6/25/2001
- End_Date: 7/9/2001
- Lat: 37.575
- Long: -122.295
- Multi_Chan: 4
- Descr: This project will test the hypothesis that the cross-correlation
of recordings of ambient seismic noise can produce a 3D seismic image
comparable to that produced by an active-source survey. This method
is called Seismic Daylight Imaging (SDI) We will test this hypothesis
by deploying 360 channels in a square array with a receiver spacing
of 5m. A REFTEK DAS will be used to trigger 6 NX/RX-60 recorders to
record concurrently at 250 Hz for 64 seconds. Recording as many of
the 64-second time slices is paramount to SDI's success, so we will
record 2 cycles, or ~9.2 hours of data each day for 10 days. The next
three days will consist of an active experiment to produce an active
3D image for comparison to the passive image.
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