Thanks sir sharing your knowledge with us. Kindly help me with how to give meaning to an interpreted data. How do I give to do I give recommendations after interpretation?
How does one adjust the Resistivity maximum to accommodate the apparent resistivities in excess of 1000 (10^3)Ohm-m? I encountered a scenario where the data display could not show any graph because the Apparent resistivity data range on the curve has a maximum of 1000 Ohm-M, while the field data had more than 1000 Ohm-meter ranges. Is it possible to adjust the inbuilt range of apparent resistivity in Winresist to accommodate a wider range of field data? Can the range be adjusted to say, 10^4 Ohm-m?
Yeah. It is very possible. You just need to do a little tweak and it would accommodate those values. Remember, both axes are scaled in logarithmic values. If you can share the data, I'll be willing to make another video showing you exactly how that may be done. 🥂
A lot has to be taken into consideration for the "overburden" to be delineated. You may send a mail to judeejepu @ outlook com so I may send more information
Pleaase can you send me your email address so that I send the sample data to use to show how to increase theapparent resistivity range to 10^4 or more Ohm-m?
So concise and understandable. Thanks and God bless 🤞
Glad it was helpful!
Thank you for this. From the curve, how can we interprete the overburden, depth, and also the expected yield? please we need video on that. Thank you
Thank you
Thanks sir sharing your knowledge with us. Kindly help me with how to give meaning to an interpreted data. How do I give to do I give recommendations after interpretation?
Pleased kindly provide more information. I don't really understand your question
Thanks a lot
Thank you.
I appreciate.
Here are some data sets you can use to illustrate:
AB/2 MN/2 ρα(OHM-M)
2 0.5 2846.65
3 0.5 2456.72
6 0.5 891.42
9 0.5 250.42
9 2 560.14
15 2 887.59
25 2 1496.55
40 2 1793.98
50 2 1099.90
75 2 600.48
75 10 579.81
100 10 132.20
150 10 102.05
200 10 551.61
300 10 889.76
300 20 921.98
400 20 764.73
500 20 529.36
AB/2 MN/2 ρα(OHM-M)
2 0.5 2635.75
3 0.5 3356.83
6 0.5 11333.74
9 0.5 24161.42
9 2 2992.12
15 2 5275.57
25 2 11116.86
40 2 20785.65
50 2 24154.69
75 2 28090.12
75 10 650.11
100 10 987.60
150 10 2114.94
200 10 4325.12
300 10 5098.51
300 20 2857.46
400 20 3522.78
Insightful Tutorial! Thanks a lot. How can i get the software?
Send a mail to judeejepu (dot) outlook.com
Thanks a lot for the insight. Please where can I get the software?
How does one adjust the Resistivity maximum to accommodate the apparent resistivities in excess of 1000 (10^3)Ohm-m? I encountered a scenario where the data display could not show any graph because the Apparent resistivity data range on the curve has a maximum of 1000 Ohm-M, while the field data had more than 1000 Ohm-meter ranges. Is it possible to adjust the inbuilt range of apparent resistivity in Winresist to accommodate a wider range of field data? Can the range be adjusted to say, 10^4 Ohm-m?
Yeah. It is very possible. You just need to do a little tweak and it would accommodate those values. Remember, both axes are scaled in logarithmic values. If you can share the data, I'll be willing to make another video showing you exactly how that may be done. 🥂
Thank you.
I appreciate.
Here are some data sets you can use to illustrate:
AB/2 MN/2 ρα(OHM-M)
2 0.5 2846.65
3 0.5 2456.72
6 0.5 891.42
9 0.5 250.42
9 2 560.14
15 2 887.59
25 2 1496.55
40 2 1793.98
50 2 1099.90
75 2 600.48
75 10 579.81
100 10 132.20
150 10 102.05
200 10 551.61
300 10 889.76
300 20 921.98
400 20 764.73
500 20 529.36
AB/2 MN/2 ρα(OHM-M)
2 0.5 2635.75
3 0.5 3356.83
6 0.5 11333.74
9 0.5 24161.42
9 2 2992.12
15 2 5275.57
25 2 11116.86
40 2 20785.65
50 2 24154.69
75 2 28090.12
75 10 650.11
100 10 987.60
150 10 2114.94
200 10 4325.12
300 10 5098.51
300 20 2857.46
400 20 3522.78
How to download WinResist
how can I download this software?
Thanks. I have responded to your request.
Thanks for this, how can I get the WINRESIST software sir?
Hello. Send an email to geodiscoverygeosciences(dot)gmail.com. Thank you
Very explainatory! Thanks a lot. But how can i get the software?
Thank you. Send an email to judeejepu(dot) outlook.com
Can I also send an email?
@@francisojeifo7895 yes you can
Thank you for the video. How can I download the application, please?
Send a mail to judeejepu @ outlook.com
How best can I know my overburden on the curve
A lot has to be taken into consideration for the "overburden" to be delineated. You may send a mail to judeejepu @ outlook com so I may send more information
Who are the designers of this software?
The information is on the first screen when you open the software.
Can you send me your email address to be able to forward the data? It doesn't seem to be possible to send via the comment Platform.
This is the email judeejepu (dot) gmail.com
Pleaase can you send me your email address so that I send the sample data to use to show how to increase theapparent resistivity range to 10^4 or more Ohm-m?
Where i can download the software
Send your email address