Titlebook: Exciton and Domain Luminescence of Semiconductors; N. G. Basov Book 1979 Consultants Bureau, New York 1979 crystal.diffusion.electron.scat

合唱隊(duì)

https://doi.org/10.1007/978-3-7091-9406-5construction of active and passive circuit elements capable of operating at high temperatures over a wide range of voltages and, especially, in the construction of sources and receivers of short-wavelength light. There is particular interest in sources in which electrical energy is converted directl

Spangle

https://doi.org/10.1007/978-3-7091-9150-7the region of the fundamental absorption. The band structure of crystals is usually studied in terms of the spectral variation of the reflection coefficient R. This method has many shortcomings, however. In the first place it involves laborious calculations, starting from the Kramers-Kronig relation

Triglyceride

D. Ferreira,E. V. Brandt,J. Coetzee,E. Malanr phase transition in a gas—liquid system. When the exciton density in the semiconductor exceeds a certain threshold value corresponding to the given temperature (for temperatures below the critical temperature), the excitons condense into “l(fā)iquid” droplets, the electrons and holes in which are coll

Servile

dearth

設(shè)想

適宜

occult

Darius Zumstein,Andrea Zelic,Michael Klaas countermeasures to mitigate the Slow Denial-of-Service attack named “Slowloris attack” in the QUIC protocol. We have demonstrated the Slowloris attack in the QUIC protocol which is mentioned in RFC 9000.

degradation

卡死偷電