Welcome to Sebastian Rost's SOEE2550
2GP Field Trip Webpage 2011
 Malham Tarn, North Yorkshire
Leeds University
School of Earth and Environment

Please send me an email if there are any problems with this webpage.


Slides of the presentation from the first Tutorial meeting
Presentation as ppt (allows to run the movie)
Presentation as pdf


Handout
Handout as PDF



Fortran Code to calculate mulitplayer dipping plane solution from your refraction data.
3 plane layer fortran code 2GP_multilayer_dip.f

This is a fortran77 source code and you have to compile the software on your computer using a fortran compiler such as f77 (other common compilers are g77, gfortran and ifort):
f77 -o 2GP_multilayer_dip 2GP_multilayer_dip.f
Sat
10011.csgy
 on-end forward shot, spacing 2m, 48 phones
10012.csgy
 on-end forward shot,, spacing 2m, 48 phones
10013.csgy
 on-end reverse shot , spacing 2m, 48 phones
10014.csgy
 off-end reverse shot, +15m offset , spacing 2m, 48 phones
10015.csgy
 off-end forward shot, -15m offset, spacing 2m, 48 phones
10016csgy
 off end forward shot, -50m offset, spacing 2m, 48 phones
10017.csgy
 Mid-spread shot at phone 25 (48m), spacing 2m, 48 phones
10018.csgy
collapsed spread reverse shot, at geophone 1, 20 cm spacing, 24 phones, Hammer and plate source
Sun
10021.csgy
 on-end forward shot, spacing 2m, 48 phones (start within half the Sat spread)
10022.csgy
 on-end reverse shot, spacing 2m, 48 phones
10023.csgy
 off-end reverse shot, 15m offset (109m), spacing 2m, 48 phones
10024.csgy
 off-end forward shot, 15m offset (-15m), spacing 2m, 48 phones





Plots of the data. I strongly suggest you use Claritas for on screen picking since the hardcopies do not allow any change of gain. But for completeness here they are.
Shot Location
 PDF File
10011
10012
10013
10014
10015
10016
10017
10018
10021
10022
10023
10024


Last modified 09/10/2011


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