1) lasing threshold
激射阈值
1.
The experimental resuts in this paper show that the lasing threshold of rhodamine 6G solution,in which TiO2 nanocrystal aggregate is embeded,is significantly reduced compared to that of a neat dye solution.
本文实验表明,在若丹明6G染料溶液存在二氧化钛微晶团聚体形成的聚集体时,染料溶液的激射阈值比纯净的染料溶液的激射阈值降低20多倍。
2) lasing
激射
1.
Closed all optical cycles in optical networks may generate lasing which adversely affects network performance.
光网络中的闭合全光环路在一定条件下会形成环路激射 ,对网络造成不利的影响。
2.
The structure growth and optimization of quantum-dot lasers are introduced firstly, then the optoelectronic properties are discussed in the term of spectrum and modeling, and the dynamic characters of quantum-dot lasers such as homogeneous broadening of optical gain, lasing spectrum control, transition property of excited state etc.
介绍了量子点激光器的结构原理、生长及其优化;对量子点激光器光电特性从实验和建立模型进行描述;给出以速率方程描述的量子点激光器的动态特性如光增益均匀展宽、激射光谱控制、激发态迁移等;最后展望了量子点激光器的研究方向。
3) cyclotron maser
回旋激射
1.
This paper discusses non-local magnetic trapping resonance effects of weakly relativistic electron on cyclotron maser in the magnetic mirrors.
讨论磁镜场中弱相对论捕获电子的非局域磁捕获共振现象对回旋激射的影响。
4) Maser
激射器
1.
Theoretical Analysis of Double-Optically-Pumped ~(87)Rb Masers;
双光抽运~(87)Rb激射器的理论分析
2.
Improvements of the PBR-MⅡ ~(87)Rb Maser and Measurements of Its Short-term Frequency Stability;
PBR-MⅡ型~87Rb激射器的改进及短期频率稳定度测量
5) lasing wavelength
激射波长
1.
Study on lasing wavelength of free-running ytterbium-doped fiber lasers;
自由运转的掺镱光纤激光器激射波长的研究
2.
Influence of air gap on the lasing wavelength of the fiber grating external cavity semiconductor laser;
空气间隙长度对光纤光栅外腔LD激射波长的影响
3.
Study on the lasing wavelength temperature stability of the external cavity semiconductor laser;
外腔半导体激光器激射波长温度稳定性的研究
6) continuous-wave lasing
连续激射
参考词条
补充资料:地理阈值
亦称地理临界值。它将地理系统中的不同状态加以分隔与区分,把某一性质的表现范围加以限制和说明。在此种意义上,地理阈值代表了系统的“状态空间”的非连续性。在一般叙述中,常把地理阈值等同于地理系统边界条件,但二者是有区别的:如果两种不同的状态同时存在于相同的边界条件之中时,地理阈值的表现可能是“非传递性”的转移;而当两种不同状态分置于不同的边界条件之中时,地理阈值的表现可能是“过渡性”地转移。无论是非传递性转移的地理阈值,还是过渡性转移的地理阈值,都使地理系统中不可能具备唯一的、通用的或稳定的解。所谓“解”都是有条件的,都是在地理阈值约束下的解。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。