IEEE N42.25-1997

Current Revision
American National Standard Calibration and Usage of Alpha/Beta Proportional Counters

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IEEE N42.25-1997

American National Standard Calibration and Usage of Alpha/Beta Proportional Counters

PUBLISH DATE 1997
PAGES 32
IEEE N42.25-1997

New IEEE Standard - Active.

This standard establishes methods for the calibration and use of gas proportional counters with and without active guard detectors.

This standard also establishes methods for measuring the alpha and beta counting plateau, crosstalk factors, background, alpha and beta efficiency from prepared standards, correction factors for samples whose self-attenuation or mass differs from that of the standard, and calculation of the sample activities together with their random and total uncertainties.

Correction for pulse pileup due to high count rate is also discussed.

Although many principles articulated in this standard apply to the counting of radionuclides emitting a maximum beta energy below 100 keV as well, the counting of these low-energy beta emitters requires a higher degree of attention to detail in sample preparation, instrument calibration, and measurement correction factors than addressed in this standard.

Therefore, this standard is intended for measuring radionuclides with maximum beta energies above 100 keV.

This standard establishes methods for the calibration and use of gas proportional counters with and without active guard detectors.

This standard also establishes methods for measuring the alpha and beta counting plateau, crosstalk factors, background, alpha and beta efficiency from prepared standards, correction factors for samples whose self-attenuation or mass differs from that of the standard, and calculation of the sample activities together with their random and total uncertainties.

Correction for pulse pileup due to high count rate is also discussed.

Although many principles articulated in this standard apply to the counting of radionuclides emitting a maximum beta energy below 100 keV as well, the counting of these low-energy beta emitters requires a higher degree of attention to detail in sample preparation, instrument calibration, and measurement correction factors than addressed in this standard.

Therefore, this standard is intended for measuring radionuclides with maximum beta energies above 100 keV.

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