Definition of electroluminescence in English:
electroluminescence
nounɪˌlɛktrəʊluːmɪˈnɛs(ə)nsəˌlektrōˌlo͞oməˈnesəns
mass nounChemistry Luminescence produced electrically, especially by the application of a voltage.
Example sentencesExamples
- The first polymer to exhibit electroluminescence was poly p-phenylene vinylene.
- In the darkened second gallery were two book-like works involving electroluminescence or fiber-optic light.
- Much of the research into red OLEDs has been directed toward overcoming concentration-quenching problems, a decrease in electroluminescence that can occur at dopant concentrations as low as 2%.
- The electroluminescence wavelength is 650 to 660 nm and describes the maximum emission at the wafer center.
- These electroluminescence immunoassays have an analytical sensitivity of 0.01 ng/mL for cTnT.
Derivatives
adjective
Chemistry Recent advances in polymer chemistry have given new life to thick-film electroluminescent lighting applications.
Example sentencesExamples
- Among the most exciting uses being developed for the electroluminescent polymers are display screens.
- It uses electroluminescent pigment and can glow with different long-lasting colors at night.
- Since then, one of the exciting outgrowths of the study of electrically conducting polymers has been the study of their electroluminescent properties.
- The electroluminescent panel sits below the keys, and glows up through them.
Definition of electroluminescence in US English:
electroluminescence
nounəˌlektrōˌlo͞oməˈnesəns
Chemistry Luminescence produced electrically, especially in a phosphor by the application of a voltage.
Example sentencesExamples
- The electroluminescence wavelength is 650 to 660 nm and describes the maximum emission at the wafer center.
- In the darkened second gallery were two book-like works involving electroluminescence or fiber-optic light.
- These electroluminescence immunoassays have an analytical sensitivity of 0.01 ng/mL for cTnT.
- Much of the research into red OLEDs has been directed toward overcoming concentration-quenching problems, a decrease in electroluminescence that can occur at dopant concentrations as low as 2%.
- The first polymer to exhibit electroluminescence was poly p-phenylene vinylene.