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Crystal materials for research & OEM instruments
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ATR Crystal / Technical resource

Defense & Aerospace

Scintillator Materials for Aerospace Instrument Development

Scintillator selection for defense and aerospace research starts with the measurement task and the component specification. ATR Crystal lists scintillation crystals, pixelated arrays and plastic scintillators for laboratory gamma spectroscopy, radiation-monitoring research and instrument prototypes. Define the material, geometry, optical interface and required test evidence together when requesting a quotation.

Identify whether the requested parts are laboratory samples, engineering prototypes or components intended for a flight qualification program. This helps establish the supply scope, documentation and acceptance criteria for the project.

Match the Material Format to the Measurement

The following product pages provide starting points for a component review. Compare their material data with the radiation range, photosensor response and mechanical envelope of your instrument.

Measurement or component format Material pages Define before quotation
Gamma-ray instrument prototypes GAGG(Ce) crystals, CsI(Tl) crystals and BGO crystals Energy range, crystal dimensions, surface finish, available volume and the intended photosensor interface.
Pixelated scintillator components GAGG(Ce) scintillator arrays Pixel dimensions, final pitch, pixel count, reflector, readout face and allowable optical crosstalk.
Gamma spectroscopy samples and packages NaI(Tl) crystals and LaBr3(Ce) crystals Crystal and housing dimensions, optical window, sealing requirements, background criteria and the resolution measurement method.
Particle-counting research components SP101 plastic scintillators Active area, thickness, light-collection interface, wrapping and mounting features for the test setup.

For a broader comparison of material properties, use our scintillation crystal selection guide. Evaluate the completed detector with its chosen photosensor, optical coupling and electronics under the agreed measurement conditions.

Specify Environmental and Qualification Requirements

Thermal, mechanical and radiation exposure

Provide operating and storage temperature ranges, the required thermal-cycle, vibration or shock test references, and any radiation-exposure conditions relevant to the component. Define which characteristics must be measured before and after testing, the acceptance limits and who performs each test.

For flight hardware, include the applicable project requirements and the evidence needed for the exact material grade, packaging and assembly configuration. Agree the qualification scope and documentation during quotation.

Vacuum compatibility and surrounding materials

Where the instrument operates in vacuum, review the reflector, adhesive, coating, coupling material and housing alongside the crystal. NASA’s spacecraft material-selection guidance highlights outgassing evaluation and the preparation, bake-out and curing conditions recorded with material data.

ECSS-Q-ST-70-02C describes thermal-vacuum outgassing screening. Its scope explains that acceptance criteria can depend on the application and the material’s location. State the required screening method, sample configuration and acceptance criteria when requesting relevant evidence.

What to Include in a Component Inquiry

  • Project stage: laboratory evaluation, engineering prototype or a specified qualification program.
  • Measurement objective: radiation type, energy range, counting or spectroscopy task, and background requirements.
  • Drawing: material, dimensions, tolerances, surface finish, array layout and mounting interfaces.
  • Optical interface: photosensor type, window or readout face, reflector and coupling requirements.
  • Test evidence: applicable specification revisions, sample quantity, measurement conditions, acceptance limits and requested records.
  • Quantity and schedule: evaluation pieces, anticipated follow-on quantity and intended delivery date.

Request a Material or Array Quotation

Send your component drawing and project requirements through our technical inquiry form or email sales@atrscintillator.com. We will review the requested material, geometry, processing and documentation scope for a project-specific quotation.