IEEE PN42.33/D3.4, May 2018
IEEE/ANSI Draft Standard for Portable Gamma and Radiation Detection Instrumentation for Homeland Security
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About This Item
IEEE PN42.33/D3.4, May 2018 is a draft IEEE/ANSI standard focused on portable gamma and radiation detection instrumentation for homeland security. It addresses the technical expectations for field-deployable detectors used to identify ionizing radiation in security-sensitive environments. For organizations selecting, evaluating, or comparing detection equipment, IEEE PN42.33/D3.4, May 2018 helps define a common basis for performance, consistency, and testing across portable instruments.
What is IEEE PN42.33/D3.4, May 2018?
This draft standard is intended to guide the characteristics and requirements of portable gamma and radiation detection equipment used in homeland security applications. It sits at the intersection of electronics, sensing devices, and electromagnetic considerations, with a practical emphasis on how instruments detect and report radiation in mobile or handheld use. IEEE PN42.33/D3.4, May 2018 is relevant where clear technical criteria are needed for design review, evaluation, and comparison of detector capabilities.
Where is IEEE PN42.33/D3.4, May 2018 used?
IEEE PN42.33/D3.4, May 2018 is commonly associated with portable instruments used by security teams, emergency response personnel, and inspection workflows that require rapid radiation screening. It may apply to handheld gamma detectors, survey meters, and similar field equipment used at checkpoints, transport hubs, border operations, and incident-response scenes. The standard is relevant wherever portable detection devices must perform reliably under operational conditions and provide consistent measurements or alerts.
Why is IEEE PN42.33/D3.4, May 2018 important?
For buyers, engineers, and compliance teams, IEEE PN42.33/D3.4, May 2018 provides a shared technical reference for assessing portable radiation detection instrumentation. It can support more consistent procurement decisions, clearer test planning, and better alignment between device performance and mission needs. In homeland security applications, that matters because detection equipment must be dependable, comparable across vendors, and suitable for practical field use. The standard also helps reduce ambiguity when reviewing design requirements or acceptance criteria.
- Portable gamma detection
- Radiation screening equipment
- Homeland security applications
- Field performance and evaluation
- Draft IEEE/ANSI technical guidance
- Publication Date: 2019
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Fields, Waves and Electromagnetics; Power, Energy and Industry Applications
- Official IEEE: Doi link
- This Version: PN42.33 (2019)
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