Materials Characterization
Description
Different analytical approaches require different materials characterization services. EAG Laboratories uses over 30 different materials characterization methods to provide answers to our customers. Generally the technique or series of techniques used for a given problem are selected based on the information needed and the form the sample is in. Most of the common techniques are for the analysis of solid samples, although liquid and gas sampling are also possible.
EAG’s materials characterization services may be applied to:
Research & development: for basic research and the testing of new concepts and materials
Process development: to test new processes, designs and tools
Production: to qualify incoming materials; monitoring; quality control
Process improvement: to monitor process changes and subsequent process performance
Failure analysis: to investigate problems for contamination/defect analysis; to identify contaminant sources; for good/bad comparisons
In some cases, the material of interest has already been identified but further information about specific properties is required, e.g. interface sharpness, the depth distribution of a particular element, morphology, crystal structure, thickness, stress, and quality (or many other characteristics). In other cases, the material or component of interest has not been identified and is not well characterized. Information is required about the identity and composition of the material.
Materials Characterization
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Frequently Asked Questions
Materials characterization is the process of analyzing and determining the properties and composition of a material.
EAG Laboratories uses over 30 different materials characterization methods.
Most of the common techniques are for the analysis of solid samples, but liquid and gas samples can also be analyzed.
Materials characterization services can be applied to research and development, process development, production, process improvement, and failure analysis.
Materials characterization can provide information about specific properties such as interface sharpness, depth distribution of elements, morphology, crystal structure, thickness, stress, and quality.