spectroelectric (Meaning)
spectroelectric (a.)
Pert. to or designating any form of spark tube the electric discharge within which is used in spectroscopic observations.
Synonyms & Antonyms of spectroelectric
No Synonyms and anytonyms found
spectroelectric Sentence Examples
- The spectroelectric effect occurs when an electric field interacts with a material's optical properties.
- Spectroelectric sensors detect and measure the spectroelectric effect by monitoring changes in a material's refractive index.
- Spectroelectric microscopy combines spectroscopy and electric field measurements to provide detailed imaging and characterization of materials.
- The spectroelectric response of a material is influenced by its electronic structure, crystal symmetry, and intermolecular interactions.
- Spectroelectric modulation spectroscopy is a technique that uses a modulated electric field to enhance and probe specific spectral features.
- Spectroelectric imaging has applications in stress analysis, non-destructive testing, and bio-sensing.
- The spectroelectric properties of materials can be tailored through doping, strain engineering, or surface modifications.
- Spectroelectric holography combines spectroelectric imaging with holographic techniques to capture dynamic changes in materials.
- Spectroelectric tomography enables the three-dimensional mapping of spectroelectric properties within a material sample.
- The development of advanced spectroelectric measurement techniques continues to expand the applications and capabilities of this versatile characterization tool.
FAQs About the word spectroelectric
Pert. to or designating any form of spark tube the electric discharge within which is used in spectroscopic observations.
No synonyms found.
No antonyms found.
The spectroelectric effect occurs when an electric field interacts with a material's optical properties.
Spectroelectric sensors detect and measure the spectroelectric effect by monitoring changes in a material's refractive index.
Spectroelectric microscopy combines spectroscopy and electric field measurements to provide detailed imaging and characterization of materials.
The spectroelectric response of a material is influenced by its electronic structure, crystal symmetry, and intermolecular interactions.
