摘要: We present an enhancement of the matrix method of X-gamma coincidences by simplifying the way of obtaining counting rate equations of the commonly used detection pathways. That empowers getting an algebraically non-truncated, closed-form, counting rate equations for the complex schemes of radioactive decays. We applied the method to the radioisotope of bismuth, 207Bi. The daughter nuclei of this radioisotope have a metastable state that induces the splitting of the true coincidence pathways which have to be addressed in the counting rate equations.
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来自：
Na??er?, Dr. Laslo
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分类：
物理学
>>
核物理学
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备注:
已向《Nuclear Science and Techniques》投稿
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引用：
ChinaXiv:202605.00126
(或此版本
ChinaXiv:202605.00126V1)
DOI:10.12074/202605.00126
CSTR:32003.36.ChinaXiv.202605.00126
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科创链TXID：
6f140646-82d3-4c12-a03f-af7636b4c60c
- 推荐引用方式：
Nađđerđ, Dr. Laslo,Jordanov, Dr. Dragana,Inoyatov, Dr. Anvar,Khushvaktov, Dr. Jurabek,Kolesnikov, Dr. Vadim,Devetak, Dr. Damir,Milošević, Dr. Jovan.Determination of 207Bi activity and detection efficiencies by using the method of X-gamma coincidences.null.[DOI:10.12074/202605.00126]
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