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Determination of the tesla-to-ampere ratio for the KRISS/VNIIM gamma ' sub(P)-experiment

Tesla-to-ampere ratio giving the largest error in the gamma ' sub(P)-low-field-experiment has been determined using a modified noncontacting method. The total uncertainty of 0.16410 super(-6) has been attained. The constant of a solenoid and the gamma ' sub(P)-value have been corrected for...

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Bibliographic Details
Published in:IEEE transactions on instrumentation and measurement 1999-01, Vol.48 (2)
Main Authors: Shifrin, VY, Gyu Park, Po, Khorev, V N, Ho Choi, Chang, Lee, Sekyung
Format: Article
Language:English
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Summary:Tesla-to-ampere ratio giving the largest error in the gamma ' sub(P)-low-field-experiment has been determined using a modified noncontacting method. The total uncertainty of 0.16410 super(-6) has been attained. The constant of a solenoid and the gamma ' sub(P)-value have been corrected for magnetic susceptibility of air. The result is gamma ' sub(P)=2.675 154 1810 super(8) s super(-1) T super(-1) (Tesla BI-90) with the total uncertainty of 0.1810 super(-6)
ISSN:0018-9456
DOI:10.1109/19.769562