IEEE N42.14-1999
Ray Emission Rates of Radionuclides
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- Language: English
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About This Item
N42.14-1999 is a nuclear engineering standard titled Ray Emission Rates of Radionuclides, addressing how emission rates are defined, measured, or reported for radioactive materials. It is relevant where consistent radiation data is needed for technical evaluation, lab work, or regulated documentation. By giving a common basis for describing radionuclide emissions, the standard supports clearer comparison of results and more reliable communication across nuclear engineering and radiation-related activities.
Overview of N42.14-1999
This technical document focuses on ray emission rates associated with radionuclides, which places it within the measurement and reporting side of nuclear engineering. N42.14-1999 is most useful when users need a consistent reference for interpreting emission-rate values in scientific, engineering, or compliance contexts. The standard helps reduce ambiguity in how radiation-related data is expressed, making it easier to compare findings, review methods, and apply results in a controlled technical workflow.
Typical use cases
N42.14-1999 may be used in laboratory measurement programs, radiation instrumentation work, and technical reviews involving radionuclide data. It is especially relevant when emission-rate information must be documented for analysis, verification, or quality control. Common applications include evaluating radioactive sources, supporting detector calibration workflows, and preparing engineering records where radiation output needs to be described consistently. In these settings, the standard helps align reporting practices with nuclear engineering expectations.
Why it matters
Accurate emission-rate information is important for safety, traceability, and dependable technical decisions. N42.14-1999 supports consistency in how radionuclide ray emission rates are handled, which can reduce confusion during testing, procurement, and review of radiation-related equipment or materials. For organizations working with nuclear engineering data, the standard can help improve comparability between measurements, strengthen documentation practices, and support more controlled communication across teams and projects.
- Radionuclide ray emission rate terminology
- Measurement and reporting context
- Nuclear engineering applications
- Documentation consistency
- Technical review and verification
- Publication Date: 1999
- Standard Status: Active
- Publisher: IEEE
- Subject: Nuclear Engineering
- Official IEEE: Doi link
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