IEEE N42.55-2013

N42.55-2013 is a technical standard for ray systems used in improvised explosive device and hazardous device identification, helping define a consistent basis for equipment selection, system performance, and operational confidence. In the context of nuclear engineering and related components, circuits, devices, and computing systems, it supports the use of ray-based identification tools where detection and interpretation must be reliable. This makes the document relevant to teams that need controlled, repeatable technical requirements.

N42.55-2013 overview

N42.55-2013 addresses the technical framework for ray systems intended to identify improvised explosive devices and other hazardous devices. The standard is relevant to applications where radiation-based sensing or imaging may support threat detection, analysis, or verification. It is generally used as a reference for consistent system expectations, helping align design choices, performance criteria, and evaluation practices. For organizations working with advanced detection equipment, the document provides a focused basis for specification and comparison.

Typical use cases

This standard is typically relevant to ray systems used in security screening, hazardous device assessment, and specialized inspection workflows. It may apply when selecting or comparing sensing equipment, validating identification capability, or defining technical requirements for integrated detection systems. The document can also support procurement and engineering teams that need a common reference for system behavior in demanding environments. In practice, it is most useful where device identification depends on controlled, repeatable ray-system performance.

Why this standard matters

N42.55-2013 matters because identification systems used for hazardous-device work must be dependable, comparable, and suitable for their intended role. A clear standard helps reduce ambiguity in design and testing, supports more consistent purchasing decisions, and can improve confidence in operational performance. It also gives manufacturers, integrators, and users a shared technical reference, which is important when systems must function under safety-critical or security-sensitive conditions. For compliance efforts, the standard helps define what should be checked and documented.

• Ray systems for hazardous device identification
• Performance and evaluation reference
• Security screening and inspection workflows
• Design, testing, and procurement support