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Student Essay Awards in Magnetics
GEM and a group of earth science
companies were pleased to sponsor an essay award competition for students.
View the press release describing the award program. |
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What System is Right for My Application?
View a summary of technologies available for
specific types of projects as well as teaching & research. |
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What are GEM's Sensitivity Criteria?
GEM ensures that its magnetometers meet the
highest sensitivity standards. Find out how each system compares. |
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July 2003 Newsletter from Alpha
View the latest information from Alpha
GeoInstruments, a distributor of GEM products in Australia. |
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How Can I Use My GPS Most
Effectively?
Request your copy of GEM's latest technical
note on working with GEM's GPS lane navigation and positioning
functionality. |
Proton - "Latest Technology, Classic
Value"
New white
paper illustrates the benefits for value-oriented earth science
professionals and institutions. Ensure that you are obtaining the maximum
value from your proton system with the industry's most up-to-date
precession instrument.
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Overhauser - "In a Class of Your Own"
Overhauser uses radio frequency
polarization to deliver high sensitivity data with no heading error. In
addition to being the choice of data end-users and interpreters, the GSM-19
is also the choice of operators due to its simplicity, minimal weight &
power consumption, and GPS positioning. "Clean" data, survey efficiency, and
affordability will quickly confirm that you are in a class of your own for
key projects and academic applications. |
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"K-Mag" Technology - "For Sensitive
Users"
1)
GEM recently launched the industry's most sensitive optically pumped
instrument with 5x more gradient tolerance. For GSMP-40 specifications,
click here.
2)
SAGEEP Conference paper details Near Surface and Vehicular applications of
Optically Pumped Potassium -- in environmental, engineering, UXO and
archaeological fields. For your copy,
click here.
3)
Overview of theory, design, sensitivity, gradient tolerance, and heading
errors with case history showing characterization of near surface targets.
Request
your copy of SAGEEP slides. |
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New "Baby" for Magnetic Observatories
GEM is pleased to announce a
new arrival. Nicknamed the "baby" dIdD for its compact size, the Suspended
dIdD is a drift-free vector magnetometer developed with the Eotvos Lorand
Institute & Tihany Observatory (Hungary) and the United States Geological
Survey. The new dIdD eliminates the need for fluxgate devices. See pictures
of the new "baby" here. |
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British Geologic Survey Updates
Systems
The BGS has updated its
magnetic observatory systems with a new magnetic data acquisition package.
The result of almost two decades of development, GDAS incorporates GEM's
GSM-90 Overhauser magnetometer as its standard for long-term, drift-free
total field measurement. |
Potassium Airborne - "Taking to the
Air"
GEM led the
industry in the early 80's with the first helicopter-borne four-sensor
gradiometer. Today, the addition of Potassium sensors is attracting
attention for professionals seeking very high sensitivity surveys with low
heading error.
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| Applications,
Case Histories & Tech Notes
Archeology &
Mankind's Secrets:
Case Histories.
Detection of
Weapons.
An Iraqi Experience
Groundwater & VLF.
Short Technical Note
Gradiometers:
"Nature's Choice for the Near Surface"
Innovation in
Teaching:
Lessons from U of Montana
Long Term Research:
Highest Sensitivity Gradiometer
Near Surface Geophysics:
From Terraplus Inc.
Prediction of Earthquakes.
Dead Sea Research
Volcanology:
Recent Mt. Etna Erruption & Research |
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Latest Trends in Magnetic Methods
High Efficiency with GPS.
Surveys are Changing
Recent Developments:
Latest Innovations from GEM
Quantum Mags:
When to Use Different Systems
Quantum E-Newsletter:
Case Studies & Tech Notes |
Applications
