1) light quantum
光量子
1.
It's photo catalytic degradation efficiency is mainly related to light quantum efficiency.
TiO2 半导体作为光催化剂降解难降解有机污染物有其独特的优势 ,它的光解效率与光量子效率有很大的关系。
2.
From liquid ventilation therapy to light quantum therapy and hyperoxic liquid intravenous infusion therapy, there have been many new breakthough in oxygenating ways.
氧疗是临床一种重要的治疗方法 ,液体给氧是近几十年来一种新的探索 ,从液体通气到光量子疗法以及高氧液静脉输注 ,使供氧方式有了新的突破 ,该文就液体给氧的方法及其在儿科中的应用进行综
3.
Objective: To explore the accessory treatment of schizophrenia by light quantum.
目的 :探索光量子治疗精神分裂症的辅助性作用。
2) photon
[英]['fəʊtɔn] [美]['fotɑn]
光量子
1.
Effect of photon on blood biologic components in photochemical treatment;
光量子效应对血液生物活性成分的影响
2.
Using the proved equation of spectral effective temperature Tλand photon energy,the entropy constant of the photon is educed to be 3.
本文根据已证明了的光谱等效温度T_λ方程和光量子能量,首次导出了光量子熵常数s_λ为3。
3.
The electron which influenced by outer field is transfered from the trap to the host energy level or valence and gives out light through releasing energy(photon).
从宝石 (矿物 )的化学组成都具有阴、阳离子的异价类质同象 ,引起晶格缺陷 ,产生施主—受主能级 ,缩短了禁带宽度 ,在外场作用下电子从陷井中向受主能级或价带跃迁释放光量子而发光的模型 ,最后介绍了矿物发光的应用。
3) photons
光量子
1.
Objective To investigate the therapeulic effect of photons Radix Salvia Miltiorrhiza injection for cerebral infarction.
目的 探讨光量子丹参液治疗脑梗死的临床疗效。
2.
This paper discusses the characteristics of photons and the shortcoming of traditional secrecy communication,analyzes in detail the structure of photons secrecy keys distributing system and the transmission mode of the secrecy keys,and introduces some latest research achievements of photons secrecy communication.
讨论了光量子的特点、传统保密通信中存在的缺点、详细分析了光量子密匙分配系统的组成和密匙传输方式、介绍了光量子保密通信中的一些最新科研成果。
4) photonic quantum well
光量子阱
1.
Modulated photon confined states with graded-index photonic quantum well structure;
渐变折射率光量子阱对束缚态能级的调整
5) quantum optics
量子光学
1.
China in quantum optics and quantum information;
量子光学与量子信息领域中的中国
2.
The beginning of modern quantum optics is briefly reviewed according to history, and outlines in this field was presented.
本文按历史进程简单评述了现代量子光学的发端,给出了现代量子光学的内容概要,较详细地介绍了汉斯和霍尔是如何发展光频梳技术以精确测量光频的。
3.
Discuss the differentiation and relation among geometrical,undulatory and quantum optics through each characteristics of the three branches of optics and point out the regulation of conversion into each other in the three branches.
通过对几何光学、波动光学和量子光学三个光学分支的各自特点来讨论它们的区别与联系,并指出这三个光学分支的相互转换规律。
补充资料：光量子
分子式：
CAS号：
性质： 在波粒二象性意义下的电磁能的基本粒子。
CAS号：
性质： 在波粒二象性意义下的电磁能的基本粒子。
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