DOE OSTI · 1783822
High Throughput Argon-37 Field System
Abstract
We report Pacific Northwest National Laboratory (PNNL) has developed a unique fieldable 37 Ar measurement system designed to measure 37 Ar activity concentrations from soil gas samples to detect above ground and underground nuclear explosions. The Argon-37 Field System is modular in design to accommodate both chemical processing and nuclear detection. The system can be packed into shipping crates and shipped to a location near where the sampling is taking place. The system can process six 2-m 3 whole-air samples in 24 hours and can measure the 37 Ar activity in each of the samples using six proportional counters. The proportional counters, designed and built at PNNL, are surrounded with both active and passive shielding to reduce background and can achieve a minimum detection concentration of 10 mBq/m 3 of 37 Ar in whole-air equivalent. The Argon-37 Field System has undergone extensive testing against rigorous requirements to assure the system meets the needs of the noble gas nuclear explosion monitoring community.
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Hayes, James C., Aalseth, Craig E., Alexander, Thomas R., Back, Henning O., Church, Eric D., Foxe, Michael P., Hossbach, Todd W., Humble, Paul H., Lidey, Lance S., Mace, Emily K., Meinhardt, Kerry D., Mendez, Jennifer M., McIntyre, Justin I., Overman, Cory T., Reimann, Robin, Seifert, Allen, Silvers, Kurt L., Stephenson, David E., Suarez, Reynold, Whyatt, Greg A.. 2020-10-20. High Throughput Argon-37 Field System. https://doi.org/10.1007/s00024-020-02584-z
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