Diffractometers

Diffractometers are precision instruments used to study the structure of materials through diffraction patterns. They ensure accurate and reliable results for various material analysis applications.

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Common Applications

Crystallography

Material Science

Geology

Chemistry Research

Biopharmaceuticals

Nanotechnology

Buying Guide

Diffractometer Buying Considerations

  • Determine the specific type of diffraction analysis required for your application.
  • Consider the range of sample sizes the diffractometer can accommodate.
  • Evaluate the accuracy and resolution specifications for precise measurements.
  • Check for compatibility with existing laboratory software and systems.
  • Assess the ease of maintenance and availability of technical support for the equipment.

Frequently Asked Questions

What is a diffractometer used for?
A diffractometer is used to measure the scattering of diffraction patterns to analyze the molecular and crystalline structure of a sample.
How does an X-ray diffractometer work?
An X-ray diffractometer works by directing X-rays onto a sample and detecting the diffraction pattern to determine its structural properties.
What industries use diffractometers?
Diffractometers are widely used in materials science, geology, chemistry, and pharmaceuticals for material characterization.
What should be considered when purchasing a diffractometer?
Key considerations include the type of analysis required, the size of samples, and the available budget.