IEEE 398-1972

IEEE 398-1972 is a technical standard for photomultipliers used in scintillation counting, along with a glossary for the scintillation counting field. In the nuclear engineering context, it helps define test procedures and terminology that support consistent measurement, equipment comparison, and more reliable interpretation of detector performance. For laboratories and engineers working with radiation detection systems, this standard provides a focused reference for evaluation and communication.

Overview of IEEE 398-1972

This standard addresses the testing of photomultipliers as they are applied to scintillation counting, where stable detector response is essential for accurate measurements. IEEE 398-1972 also includes glossary terms used in the field, which can help reduce ambiguity in specifications, reports, and procurement documents. Its technical value lies in supporting repeatable test practice and shared understanding across the scintillation counting workflow, especially in applications tied to nuclear engineering and radiation instrumentation.

Typical use cases

IEEE 398-1972 is typically relevant when selecting, testing, or comparing photomultipliers for scintillation counters used in radiation detection setups. It may be used in laboratory qualification, maintenance checks, instrument acceptance testing, and documentation for systems that rely on consistent light-to-signal conversion. The glossary portion can also assist teams preparing technical instructions, calibration records, or procurement language for counting equipment and related measurement systems.

Why it matters

For organizations that depend on scintillation counting, clear test procedures help improve consistency and reduce uncertainty in detector performance. IEEE 398-1972 supports better control over evaluation methods, which can be important for compliance, quality assurance, and comparison across different instruments or suppliers. The glossary adds further value by helping technical staff use terms consistently, lowering the risk of misunderstandings in specification, testing, and reporting. In practice, that can improve confidence in measurement results.

• Photomultiplier test procedures
• Scintillation counting terminology
• Radiation detection instrumentation
• Qualification and comparison testing
• Measurement consistency and documentation