| • प्रकाशिक फोनान | |
| optical: चाक्षुष चाक्षुष | |
| phonon: ध्वनि क्वान्टम | |
optical phonon मीनिंग इन हिंदी
optical phonon उदाहरण वाक्य
उदाहरण वाक्य
अधिक: आगे- However, exciting and harvesting the optical phonon poses a challenge.
- Thus, the electron population is heated up to the optical phonon temperature and further generation is inhibited.
- The down-conversion is simultaneously inhibited as the acoustic phonon population is heated to the optical phonon temperature.
- There are a number of ways to excite a population of vibrations, i . e ., create a hot optical phonon population.
- The drop in drift velocity at high electric fields due to intervalley scattering is small in comparison to high saturation velocity that results from low optical phonon scattering.
- Electrons accelerated by an electric field are relaxed through the energy conversion to phonon ( in semiconductors, mostly optical phonon ), which is called Joule heating.
- The polaron, a fermionic quasiparticle, should not be confused with the polariton, a bosonic quasiparticle analogous to a hybridized state between a photon and an optical phonon.
- Regardless of method, the conversion efficiency is limited by the optical phonon temperature achieved as compared to the electron temperature within the device due to Carnot's theorem.
- This efficiency ( \ eta _ { QE } ) is quantified by the tendency of a hot optical phonon to downconvert rather than generate an electron-hole pair, that is
- The temperature of the optical phonon population is calculated by comparing the number of optical phonon to the number expected at a given temperature, which comes from the Bose-Einstein statistics.
