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Journal Articles

radioactivedecay; A Python package for radioactive decay calculations

Malins, A.; Lemoine, T.*

Journal of Open Source Software (Internet), 7(71), p.3318_1 - 3318_6, 2022/03

JAEA Reports

DAMD Code for Producing Nuclear Date Library of Fission Products

; Tasaka, Kanji

JAERI-M 7025, 20 Pages, 1977/03

JAERI-M-7025.pdf:0.52MB

no abstracts in English

JAEA Reports

DCHAIN:Code for Analysis of Build-up and Decay of Nuclides

Tasaka, Kanji

JAERI 1250, 25 Pages, 1977/03

JAERI-1250.pdf:1.7MB

no abstracts in English

JAEA Reports

Nuclear Data for the Calculation of Decay Power of Fission Products

Tasaka, Kanji

JAERI-M 5997, 106 Pages, 1975/02

JAERI-M-5997.pdf:3.82MB

no abstracts in English

JAEA Reports

FP-S、Program for Calculation of Atomic Densite for Each Fission Product Nuclide

Tasaka, Kanji;

JAERI 1198, 21 Pages, 1971/12

JAERI-1198.pdf:1.27MB

no abstracts in English

Oral presentation

Development of the radioactivedecay Python package for radioactive decay calculations

Malins, A.

no journal, , 

The inventories of radioactive nuclides present at nuclear power plants, research institutions, hospitals, in the environment, etc., change continuously due to radioactive decay. radioactive decay is an easy-to-use Python package that can calculate the changes in activities of radionuclides due to radioactive decay to high precision. The source code is published via GitHub and the Python Package Index (PyPI). This talk will explain the features and the development process of the code.

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