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Here is the link to the PDF file:http://file.scirp.org/pdf/JWARP20111000002_23639434.pdf
I have a really good refraction Seismograph software program that if you PM me I will send it to you. It used to be up on this University site but sadly no longer there. It gives you a professional looking graph of the underground layers and has a nice tutorial on how to use it and is simple.
Far as the resistivity software it should be out there in the public domain.
A very useful paper for refraction seismograph is here:ftp://geom.geometrics.com/pub/seismi...veying_r4a.pdf
As you can see it's now in an FTP file so you'd better grab it while you can.
In reading over the paper again the Refraction Seismograph plans are what to use as a geophone and plans for the amplifier for the geophone. On ebay you should be able to find a cheap hand held Oscilloscope that has storage capability and hopefully an adjustable line to measure the first break (back decades ago they just had tube oscilloscopes before they came out with a print out to make the measurement easier so I think a hand held storage scope should do the job). In the program you just input the spacing between the geophones and the time of the first break.
I have a really good refraction Seismograph software program that if you PM me I will send it to you. It used to be up on this University site but sadly no longer there. It gives you a professional looking graph of the underground layers and has a nice tutorial on how to use it and is simple.
Far as the resistivity software it should be out there in the public domain.
A very useful paper for refraction seismograph is here:ftp://geom.geometrics.com/pub/seismi...veying_r4a.pdf
As you can see it's now in an FTP file so you'd better grab it while you can.
In reading over the paper again the Refraction Seismograph plans are what to use as a geophone and plans for the amplifier for the geophone. On ebay you should be able to find a cheap hand held Oscilloscope that has storage capability and hopefully an adjustable line to measure the first break (back decades ago they just had tube oscilloscopes before they came out with a print out to make the measurement easier so I think a hand held storage scope should do the job). In the program you just input the spacing between the geophones and the time of the first break.
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