2) optical trap
激光陷阱
1.
Guiding neuronal growth direction with optical trap;
激光陷阱对神经细胞生长方向的引导
2.
The study of guiding neuronal growth direction with optical trap;
激光陷阱引导神经细胞生长方向的研究
3) single laser beam trap
激光势阱
1.
In this paper, forced formula of ellipsoidal particle in single laser beam trap is derived.
推导出椭球状粒子在单束激光势阱中的受力公式，并通过数值计算得出椭球状粒子被单束激光势阱俘获的条件。
4) quantum well laser
量子阱激光器
1.
This paper deduces the formula of the multi—quantum well laser s optimal well numbers.
推导了量子阱激光器(也称为低阈值量子阱激光器)的最佳阱数的计算公式,经与实验值相比较,比较吻合,并且用PSpice模拟了阈值电流与腔长的关系。
2.
The cross-saturation characteristics of GaN quantum well lasers are theoretically calculated and analyzed based on the analyses of the energy band structure and the transition matrix elements of GaN.
通过分析GaN能带结构和跃迁矩阵元,对GaN基量子阱激光器的交叉饱和特性作了理论上的计算与分析。
3.
In this paper,the current modulation characteristics of a high power GaAs/GaAlAs quantum well laser in low frequencies(100Hz～20KHz)were experimentally investigaed in the first time.
本文首次对高功率GaAs/GaAlAs量子阱激光器 ( 80 8nm)的低频 ( 10 0Hz～ 2 0KHz)电流调制特性进行了实验研究。
5) SCH quantum well laser
SCH量子阱激光器
1.
Study on the chaotic synchronization communication of different structure SCH quantum well lasers;
SCH量子阱激光器的混沌同步通信研究
6) multi-quantum well laser
多量子阱激光器
1.
At the same time,a multi-quantum well laser is used as laser LED,which makes the carrier frequency have a wide range(0~20 MHz),and so enhances the frequency bandwidth and dynamical range of PGC demodulation.
采用多量子阱激光器作为光源,使载波信号工作在较高的频率范围(0~20 MHz),从而提高了系统带宽和动态范围。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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