AlphaLab, Inc. Earth Magnetometer

Description
The Earth Magnetometer is used to map the earth's magnetic field. It shows the variation from place to place down to a resolution of .01 milligauss (= 1 nanotesla, or 1 gamma), which is about 1/500 percent of the earth's field strength. Because the earth's field fluctuates by typically 3-30 nanoteslas per hour, a resolution better than 1 nanotesla will not be of much additional benefit. Until now, resolution of 1 nanotesla or .01 milligauss could be achieved only with very expensive, heavy, and high-power-consuming magnetometers such as proton-, overhauser-, and cesium- types.
Description
The Earth Magnetometer is used to map the earth's magnetic field. It shows the variation from place to place down to a resolution of .01 milligauss (= 1 nanotesla, or 1 gamma), which is about 1/500 percent of the earth's field strength. Because the earth's field fluctuates by typically 3-30 nanoteslas per hour, a resolution better than 1 nanotesla will not be of much additional benefit. Until now, resolution of 1 nanotesla or .01 milligauss could be achieved only with very expensive, heavy, and high-power-consuming magnetometers such as proton-, overhauser-, and cesium- types.

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Description
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Earth Magnetometer -  - AlphaLab, Inc.
Salt Lake City, UT, USA
Earth Magnetometer
Earth Magnetometer
The Earth Magnetometer is used to map the earth's magnetic field. It shows the variation from place to place down to a resolution of .01 milligauss (= 1 nanotesla, or 1 gamma), which is about 1/500 percent of the earth's field strength. Because the earth's field fluctuates by typically 3-30 nanoteslas per hour, a resolution better than 1 nanotesla will not be of much additional benefit. Until now, resolution of 1 nanotesla or .01 milligauss could be achieved only with very expensive, heavy, and high-power-consuming magnetometers such as proton-, overhauser-, and cesium- types.

The Earth Magnetometer is used to map the earth's magnetic field. It shows the variation from place to place down to a resolution of .01 milligauss (= 1 nanotesla, or 1 gamma), which is about 1/500 percent of the earth's field strength. Because the earth's field fluctuates by typically 3-30 nanoteslas per hour, a resolution better than 1 nanotesla will not be of much additional benefit. Until now, resolution of 1 nanotesla or .01 milligauss could be achieved only with very expensive, heavy, and high-power-consuming magnetometers such as proton-, overhauser-, and cesium- types.

Supplier's Site

Technical Specifications

  AlphaLab, Inc.
Product Category Magnetic Field Instruments
Product Name Earth Magnetometer
Device Type Magnetometer
Form Factor Handheld
Output 5 Digit Display
Axes 1
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