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1)  Quantum Oscillator
时间相关谐振子
1.
Time dependent Quantum Oscillator and Bogoliubov Transformation;
时间相关谐振子的Bogoliubov变换解
2)  time? dependent harmonic oscillator
时间依赖谐振子
3)  Time-correlated single photon
时间相关单光子
4)  time dependent harmonic oscillator
含时谐振子
1.
An analysis is made of the Dirac operators and a new method of constructing invariants is devised for the time dependent harmonic oscillator.
本文通过对 Dirac算符技术的分析 ,提出了构建含时谐振子不变量的新方法 ,并用新方法得到了 Lewis和 Riesenfeld的不变量 ,而且还得到一类新的不变
2.
The various approaches to the exact solution of the quantum system with a time dependent harmonic oscillator as well as its application are systematically reviewed.
系统地回顾了对含时谐振子的量子系统精确求解的各种方法及其应用,分析了这方面工作的主要特点,并着重介绍了3个主要工
5)  harmonic oscillator
含时谐振子
1.
The schr o¨ dinger equation of the generalized time dependent harmonic oscillator is solved by the time space transformation method,which is compared with the former work in this respect.
利用时空变换法求解了一般形式含时谐振子的薛定谔方程,其结果与以前这方面的相关工作做了比较。
6)  time-dependence
时间相关
1.
Uniaxial ratcheting of SiC_P/6061Al alloy composites and its time-dependence at high temperature;
SiC_P/6061 Al合金复合材料的高温单轴棘轮行为及其时间相关特性
2.
A series of experiments were carried out to observe the cyclic deformation behaviors of LY12CZ aluminium alloy and its time-dependences at room and high temperatures.
对LY12CZ铝合金室温和高温下的单轴循环变形行为及其时间相关特性进行了实验研究,重点讨论了环境温度、应力水平、加载波形和峰值保持对材料棘轮行为的影响。
3.
It is shown that the ratcheting behavior of the composites is similar to that of the un-reinforced matrix in macro-scale,namely,the ratcheting also occurs in the composites under asymmetrical stress cycling,and the ratcheting strain increases as the stress amplitude and mean stress increase;the ratcheting has great time-dependence,i.
结果表明:该复合材料在宏观层次上表现出与基体相类似的棘轮变形规律,即在非对称应力循环下也将产生明显的棘轮变形,并随应力幅值和平均应力的增加而增加;树脂基复合材料的棘轮行为具有明显的时间相关特性,棘轮应变值依赖于应力率和峰值保持时间。
补充资料:时间相关单光子计数
分子式:
CAS号:

性质:对应于某个周期性事件的有关光子序列的时间柱形图测量技术。所谓周期必五味件为由重复式纳秒灯的闪光,或连续波激光器(锁模激光器)的脉冲光。时间振幅转换器为(TAC)基本部件,它可以使由开始脉冲到终止脉冲间的到达时间转变为电压。有时简称为单光子计数(技术)。

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