We’ll be at the University of Delaware on April 18th, 2018 to host a FREE workshop for students, faculty, and anyone who happens to stop by!
The SuperSting™ Marine Resistivity is an add-on module to the SuperSting™ Wi-Fi, our multi-channel electrical imaging system. It allows for the collection of streaming marine (towed cable) data. Items in this module allow resistivity/IP hydrographic surveys with continuously recording 2D and 2.5D data which contain positional data from a GPS receiver, along with the depth profile measured with 200 Khz echo sounder. Other NMEA position and depth data streams (industry standard) can be synchronized as well.
We’re packing our bags and heading to Nashville next week to attend SAGEEP 2018 (March 25th-29th). We’ve been working hard on a new product—and we’re excited to announce that we’ll be unveiling it at the show! We hope to see both familiar and new faces (Oh, and to try some Nashville-style hot chicken!)
Short webinar covering basic usage of the AGI EarthImager Inversion Modelling software.
A table of contents embeded in the video lets you skip to topics of interest, just select the topic on the chapters section of the video (right-hand side).
Generator Power Supplies for the SuperSting: Important Details
Electrode arrays are different arrangements of electrodes used to perform geophysical resistivity measurements. Electrode arrays were developed in order to make field measurements more efficient and data interpretation easier.
Today, we’re discussing the pole-pole electrode configuration—this is the fifth article in our series exploring 11 electrode arrays and methods. We’ve also covered the following:
Electrode arrays are different arrangements of electrodes used to perform geophysical resistivity measurements. Electrode arrays were developed in order to make field measurements more efficient and data interpretation easier.
Today, we’re discussing the pole-dipole array—this is the fourth article in our series exploring 11 electrode arrays and methods. We’ve also covered the following:
Electrode arrays are different arrangements of electrodes used to perform geophysical resistivity measurements. Electrode arrays were developed in order to make field measurements more efficient and data interpretation easier.
Today, we’re discussing the dipole-dipole array—this is the third article in our series exploring 11 electrode arrays and methods. We’ve also covered the following:
Electrode arrays are different arrangements of electrodes used to perform geophysical resistivity measurements. Electrode arrays were developed in order to make field measurements more efficient and data interpretation easier.
This is the second article in our series exploring 11 electrode arrays and methods. We’ve also covered the Wenner array. Today, we’re discussing the Schlumberger array.
