Geophysics HM Ltd is researching and developing an innovative multi-parameter time series acquisition system. As part of our program we are prototyping a "POISSON" Distributed Acquisition System for acquiring and processing time series of Induced Polarization, Seismics, Borehole, Magnetotellurics, Natural Fields, Thermal Conductivity and Electromagnetics.
Our mission is to provide high quality geophysical exploration and geophysical data acquisition using the most advanced datalogging technology, comparable with the processing and interpretation tools currently available in the industry today. Our goal is to acquire multiple geophysical data setswith one spread layout in the field and process them individually with a robust processing platform "XG" developed and coded in house.
"XG" is a graphical user interface designed and coded for acquisition, QA/QC and processing of natural and induced Time Domain Induced Polarization, Refraction Seismic, and Magnetotelluric among other geophysical datasets. The computer program is written in LabVIEW for efficiently controlling the generation and acquisition of multiple sources time series. The user interface is capable of handling the excitation source, the multi-sensor survey array, the multichannel multiplexer and multiple high precision data loggers. The acquisition and processing of time series contemplates the following geophysical techniques:
Time Domain Induced Polarization
Frequency Domain Induced Polarization
Natural Fields Induced Polarization
Refraction Seismic & MASW
Reflection Seismic
Magnetotelluric
Thermal Conductivity;
Electromagnetic
Induced Polarization Time Series and Processed Pseudosections
Refraction Seismic Traces and Processed Engineering Section
Advantages
The "POISSON" Time Series geophysical data acquisition is performed with one spread layout in the field and processed individually with a robust processing platform "XG" developed and coded in house. The acquisition and processing of time series contemplates the following geophysical techniques:
Geophysics HM
