热库的英文

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"热库"怎么读用"热库"造句

英文翻译手机版

heat reservoir
jecu

"库"英文翻译 warehouse; storehouse
"地热库" 英文翻译 : geothermal reservoir
"热库林" 英文翻译 : zhekulin
"热库仑" 英文翻译 : thermal coulomb
"阿热库尔" 英文翻译 : hagecourt
"阿热库木" 英文翻译 : arakum
"储热器, 热库, 热源" 英文翻译 : heat reservoir
"热库，储热器" 英文翻译 : heat reservoir
"热库效应" 英文翻译 : heat sink effect; heatsinkeffect
"热控制器" 英文翻译 : thermal controller; thermomonitor
"热控制阀亮" 英文翻译 : heat control valve housing
"热控制阀杠杆" 英文翻译 : heat control valve lever
"热控制阀" 英文翻译 : heat control valve; heat-control valve
"热裤" 英文翻译 : hot pants
"热控制加热调节" 英文翻译 : heatcontrol

例句与用法

We have some trial function to test the - function like correlatioin function
我们使用两种测试方程式作为热库的关联方程式，以进行计算。
We solve the master equation by system - reservoir method with born - markov approximation for the composite system with one simple harmonic oscillator and the reservoir composed with many other harmonic oscillators surrounded
摘要:我们使用系统与热库的方法，并使用波恩-马可夫近似来求解一模型：单一简谐振子与一群简谐振子的热库。
In this thesis , we studied the effects of the initial field state and thermal environment on quantum nonlocality and purity in atom - field system , in which the field initially in the squeezed vacuum state and in the squeezed coherent state are considered respectively
本文研究了光场初态和热库性质对原子?场耦合系统量子非局域性的影响，分别讨论了腔场初始处于压缩真空态和压缩相干态两种情形。
On the basis of principles of quantum teleportation , work that has been done in this thesis is as following : in practice , the entangled state used as quantum channel is always not a maximally entangled state because of interference of environment
本论文基于量子信息中的量子隐形传态思想，开展了如下工作：由于热库引起的消纠缠问题的存在，在实际的量子隐形传态过程中，量子通道通常不易保持最大纠缠态。
Inverse - time overcurrent protection is used in power supply installation to fit the heat characteristic of the device ' s fault current . with reference to international standard characteristic equations , the equation by the integration of current term is suitable to describe the process of heat accumulation
将反时限过流保护的概念引入智能电源系统，参考国际通用反时限控制曲线，通过构造器件的热库模型采用微处理器程控能够方便实现各种反时限控制特性。
The electronic temperature , intensities of all lines and continuous spectra gradually increased with the increment of laser energy , and they got to maximum at different laser energy . our results of copper and aluminum show that there are possibly different thresholds of laser energy to electronic temperature and intensities of emission spectra of laser ablated plasma . at the different environmental gas pressure , spatial emission intensity distribution is explained by the competition among " heat reservoir effect " , " confined effect " and " s hadow effect "
认为cu等离子体羽的发光机制是由电子与粒子的碰撞传能、电子与离子的复合形成的；随激光能量的增加， cu等离子体特征辐射(分立谱) 、连续背景辐射(连续谱) 、电子温度都出现最大值；结合对al的实验结果说明：激光烧蚀金属产生的等离子体，其特征辐射、连续辐射、电子温度可能都存在一定的能量阈值；背景气压对激光烧蚀等离子体谱线的影响，其机理可以认为是“热库效应” 、 “约束效应”及“阴影效应”相互竞争的综合结果。
It is found that if the cavity dissipation is losses and the reservoir is in vacuum , the quantum nonlocality appears periodically . when the cavity dissipation and the average photon number of the reservoir are taken into account , the initial quantum nonlocality will be lost . the rapidity of the loss of the initial quantum nonlocality depends on the amplitude of the initial field , the average photon number n and the cavity damping constant k
结果表明，如果腔场无损耗且处于真空库，则量子态周期性地显现出一定的非局域性；如果考虑到腔场的损耗和热库的平均光子数，那么，量子态将会丧失它初始的非局域性，初始量子非局域性丧失的速度与初始腔场的幅度、腔的衰减系数以及热库的平均光子数有关，场越强、平均光子数和衰减系数越大，量子非局域性丧失得就越快。
It is found that in the absence of dissipation and average photon number of the reservoir the linear entropies of the atom and the field varies with time periodically , going to zero at the disentanglement times , and the period is the same as that of bell function and the linear entropy of the total system is zero at any time . if the cavity dissipation and the average photon number of the reservoir is taken into account , the linear entropies of the atom and the field present local maxima and minima and the difference between them diminishes with time , tending to asymptotic values
结果表明，在忽略腔损耗和热库的平均光子数时，原子和场的线性熵有周期性的变化，在没有纠缠的时刻，值为0 ，此时的周期与bell函数相同，而系统的线性熵在任何时刻都为0 ；如果考虑到腔场的损耗和热库的平均光子数，原子和场的线性熵有局部的最大值和最小值，它们之间的差距随时间逐渐减小，趋向一个渐进值。