1、The efficient energy transfer due to exciton trapping on the narrow band gap sites was observed.
還觀察到極為有效的分子內(nèi)能量轉(zhuǎn)移。

2、In this paper, we introduced the dressed exciton model of the semiconductor micro cavity device.
本文建立了半導(dǎo)體微腔的綴飾激子模型。

3、The enhancement of efficiency is attributed to high density of exciton due to confinement of EBL.
效率的提高是由于EBL的限制作用而提高了激子濃度。

4、THE TEMPERATURE DEPENDENCE OF THE FRANKEL EXCITON EFFECTIVE MASS
Frankel激子的有效質(zhì)量與溫度的關(guān)系

5、The exciton transport and recombination characteristics are also discussed in this work.
此外，還進(jìn)一步探討了該器件中激子復(fù)合及傳輸?shù)?a href="/zaoju/37756.htm">特點(diǎn)。

6、And it makes the absorption peak of the exciton move to higher energy.
并使激子吸收峰從紅外波段進(jìn)入可見(jiàn)光波段。

7、The influence of interaction between phonons on ground state energy of exciton has been discussed.
討論了聲子之間相互作用對(duì)激子基態(tài)能量的影響。

8、In this paper, some properties of a strong-coupling exciton in piezoelectric crystal are studied.
本文研究壓電晶體中強(qiáng)耦合激子的性質(zhì)。

9、The exciton absorption resonaces and step accumu-tive density Of state have been observed.
觀察到輕、重空穴對(duì)應(yīng)的激子吸收峰（LH和HH）及臺(tái)階狀態(tài)密度。

exciton翻譯