STUDY ON ADSORPTION OF ACTIVATED CARBON FIBER   TO BACKGROUND-LEVEL XENON IN AIR  BY THE METHOD OF   ~(133)Xe TRACER

STUDY ON ADSORPTION OF ACTIVATED CARBON FIBER TO BACKGROUND-LEVEL XENON IN AIR BY THE METHOD OF ~(133)Xe TRACER[J]. Journal of Nuclear and Radiochemistry, 2001, 23(1): 30-30.

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STUDY ON ADSORPTION OF ACTIVATED CARBON FIBER TO BACKGROUND-LEVEL XENON IN AIR BY THE METHOD OF ~(133)Xe TRACER[J]. Journal of Nuclear and Radiochemistry, 2001, 23(1): 30-30.

Citation:

STUDY ON ADSORPTION OF ACTIVATED CARBON FIBER TO BACKGROUND-LEVEL XENON IN AIR BY THE METHOD OF ~(133)Xe TRACER[J]. Journal of Nuclear and Radiochemistry, 2001, 23(1): 30-30.

STUDY ON ADSORPTION OF ACTIVATED CARBON FIBER TO BACKGROUND-LEVEL XENON IN AIR BY THE METHOD OF ~(133)Xe TRACER

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The adsorption behaviors of the different activated carbon fibers to ultra trace xenon in air are studied using the method of 133 Xe as tracer. The efficiency equation of adsorption columns are determined. The comparison of adsorptive capacity between activated carbon fibers and activated carbon indicates that activated carbon fibers are better than activated carbon under low temperature.

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STUDY ON ADSORPTION OF ACTIVATED CARBON FIBER TO BACKGROUND-LEVEL XENON IN AIR BY THE METHOD OF ~(133)Xe TRACER

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