ASTM E2023

ASTM E2023 is the ASTM standard that addresses the fabrication of neutron radiographic sensitivity indicators, helping define a consistent approach for creating these reference devices. It is relevant for organizations that use neutron radiography and need dependable indicators for evaluating image quality and sensitivity. By focusing on fabrication practice, the standard supports more consistent results, better comparability, and clearer quality expectations in inspection workflows.

ASTM E2023 standard overview

The official title, Standard Practice for Fabrication of Neutron Radiographic Sensitivity Indicators, shows that this document is centered on how these indicators are made rather than on broader imaging theory. In practical terms, ASTM E2023 serves as a technical reference for producing indicators that can support neutron radiographic evaluations with greater uniformity. This is important when a laboratory, manufacturer, or inspection provider needs indicators that are prepared in a controlled and repeatable manner for reliable use.

Where is ASTM E2023 used?

ASTM E2023 is commonly used in neutron radiography settings where sensitivity indicators are prepared, handled, or specified as part of an inspection process. It is most relevant to laboratories, nondestructive testing operations, and organizations working with neutron imaging equipment and related quality control activities. The standard may also be useful when indicators are being fabricated for internal procedures, procurement requirements, or method consistency across multiple inspection programs.

Practical importance of ASTM E2023

In practice, ASTM E2023 helps promote consistency in how neutron radiographic sensitivity indicators are fabricated, which can support more dependable inspection outcomes. That consistency matters for compliance efforts, product evaluation, and quality control because it reduces uncertainty around the reference indicator itself. For buyers and technical teams, the standard also provides a clearer basis for specifying requirements, comparing products, and maintaining alignment across testing workflows.

• Fabrication practice for sensitivity indicators
• Neutron radiography quality support
• Consistency in inspection reference devices
• Useful for specification and procurement
• Supports repeatable technical evaluation