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1)  Time Correlation
时间相关度
1.
An Algorithm of Blind Source Separation Based on Time Correlation
一种基于时间相关度的盲分离方法
2)  slowness time coherence
慢度-时间相关法
1.
Based on the global optimization characteristics of genetic algorithm and the principle of slowness calculating with slowness time coherence,a new integrated processing technique of array acoustic data is proposed with slowness time coherence and genetic algorithm in the paper.
基于遗传算法的全局寻优特点和慢度-时间相关法提取时差的原理,提出了慢度-时间相关法与遗传算法结合的阵列声波测井资料处理方法。
3)  time-temperature dependence
时间温度相关性
1.
The time-temperature dependence of flexural strength of glass fiber reinforced plastics(GFRP,volume fraction of glass fiber:57%) laminates was studied by the accelerated testing method at high temperatures.
研究了玻璃纤维增强树脂基复合材料(GFRP)层合板弯曲强度高温加速试验的时间温度相关性。
4)  intensity correlation time
强度相关时间
1.
The effective eigenvalue λ_(eff) and the intensity correlation time T_c of the system are derived for different correlation time τ_1,τ_2 and coupling strength λ.
在噪声相关时间不同和噪声间耦合不同的情况下求出了系统的有效本征值λeff和强度相关时间Tc。
2.
The effective eigenvalue λ eff and the intensity correlation time T C of the system are derived for different noise correlation time τ.
对于不同的噪声关联时间τ ,求出了系统的有效本征值λeff和强度相关时间Tc。
3.
The influences of multiplicative noise and saturation effect on the two important representative physical quantities of dynamical properties of laser fieldintensity correlation time and effective eigenvalue are discussed.
用一维近似的方法求得了同时存在倍增噪声和饱和效应的双向环形激光场含时几率密度函数, 讨论了倍增噪声和饱和效应对表征激光场动力学性质的两个重要物理量 光场强度相关时间和有效本征值的影
5)  slowness-time coherence method(STC)
时间-慢度相关法
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

实际上,时间单位首先从天文观测来确定的,“1平太阳日或1天(1昼夜)”是以地球相对于太阳的自转周期为基准来计量的,一个平太阳日的1/86400为1秒;后来发现地球自转不均匀,1960年国际度量衡大会把时间基准改为以地球绕太阳公转周期,即规定为1900年地球公转周期(回归年)的1/31556925.9747为1秒;随着精确、稳定的原子钟制成,1967年国际度量衡大会规定国际单位制原子时的时间单位“秒(长)是两个超精细能级之间跃进所对应辐射9192631770个周期的持续时间”。
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