1) molecular photovoltaic devices
分子光电器件
1.
Recent advances on the study, that thiol-derivatized porphyrins SAMs in the electrical transfer, electrocatalytic reduction of dioxyen and molecular photovoltaic devices, have been discussed.
详细介绍了巯基卟啉自组装膜的几种制备方法,评述了不同制备方法的优缺点;对卟啉自组装膜在电荷转移、分子氧电催化、分子光电器件等领域的研究进展进行了评述,引用文献54篇。
2) optoelectronic devices
光电子器件
1.
Some of Key Semiconductor Optoelectronic Devices Used on All\|Optical Network;
全光信息网络中的某些关键半导体光电子器件
2.
Semiconductor quantum dots formed by energy-band engineering have potential applications in the novel optoelectronic devices as an active region materials because of their unique optoelectronic properties.
作为未来新型光电子器件的有源区材料,采用能带工程形成的各种半导体量子点,以其所具有的许多独特光电特性而日益显示出潜在的重要应用。
3.
By comparing the low temperature waferbonding techniques and some telecommunications optoelectronic devices fabricated with thetechniques, it is concluded that surface modification is the most effective approach to realize lowtemperature wafer bonding.
简单介绍了晶片键合的基本原理,指出了实现低温晶片键合的必要性;通过对比低温晶片键合技术的实现方式及其在通信光电子器件中的应用,指明表面改性是实现低温晶片键合的最有效手段。
3) Optoelectronic device
光电子器件
1.
A review is presented of some optoelectronic devices (OEDs) such as fibers, lasers, optical amplifiers and so on, which are crucial to the development of optical fiber communications.
文章介绍了光纤、激光器及光放大器等光电子器件在光纤通信的产生、发展中的关键作用 ,分析了现代光纤通信系统中的各种有源、无源光电子器件 ,并论述了 2 1世纪全光网发展所需的几种典型的光电子或光子器件 。
2.
The substrate, which is applied to optoelectronic devices, is fabricated by using Si based sol gel sticking and smart cut techniques.
这种可用于光电子器件的衬底是由硅基乳胶粘接和智能剥离技术研制而成的 。
3.
Some typical optoelectronic devices which are necessary inall-optical networks of 21 century are discussed in deital.
本文介绍了光纤、激光器及光放大器等光电子器件在光通信的产生、发展中的关键作用,分析了现代光纤通信系统中的各种有源、无源光电子器件,并论述了21世纪全光网发展所需的几种典型光电子或光子器件。
4) opto-electronic device
光电子器件
1.
Excitonic effects in semiconductors and their applications in opto-electronic devices;
半导体微结构物理效应及其应用讲座 第三讲 半导体的激子效应及其在光电子器件中的应用
6) electron device;electronic device,electrical device
电子器件<光>
补充资料：半导体光电器件
见半导体器件。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条