查询词典 quantum state

The external quantum efficiency and characteristic temperature are improved significantly when the quantum well number is two.

当量子阱数量为2时，外量子效率和特征温度更高。

Through the compare of classical and quantum "Guess My Number"strategies,the advantages of the entanglement-assisted quantum strategy in the reduction of communication complexity are demonstrated in this paper.

通过经典策略和量子"猜数字"策略的对比，说明了纠缠态协助的量子策略在降低通信复杂性中的作用和优势。

The effect of quantum well number on the quantum efficiency and temperature characteristics of InGaN/GaN laser diodes is determined and investigated.

研究了InGaN/GaN 激光二极管中量子阱数量对量子效率和温度特性的影响。

Compared with the pertinent literature, it enhances the quantum transmission without increasing the number of particles, and forms a theoretical basis for transmitting more quanta in quantum secret sharing.

与相关文献相比，在没有增加粒子数的前提下，提高了量子位的传输，为量子密钥共享传递更多量子位提供了理论基础。

Quantum parallelism of genetic algorithms, and not caught early, which is the genetic algorithm in a relatively new area, The compressed bundle contains a number of outstanding Quantum Genetic Algorithm some excellent articles.

量子遗传算法并行性好，不易陷入早熟，是目前在遗传算法方面一个比较新研究，该压缩包里包含了大量了一些优秀的量子遗传算法的一些优秀文章。

Quantum measurement is the most sensitive part of quantum mechanics and physics.

量子测量是量子理论乃至整个物理学的一个最敏感部分，对它的研究激发了许多哲学上的争议。

It is produced by syncretizing quantum theory and information science, characterized by that quantum states are information carrier.

它是量子力学和信息科学相结合的产物，它的最大特色是以量子态作为信息载体。

In the process of quantum information memory and transmission, the quantum noise of light field will have the certain influence on the SNR of information read-out.

另一方面，由于原子相干效应介质中较大的色散特性，对其作用场量子噪声特性的研究，也间接提供了一种测量激光场位相噪声的方法。该论文讨论了原子相干效应介质中与之作用的探测场的量子噪声特性。

Though theories and methods about noncommutative problems mainly root in quantum field theory, discussing noncommutative effects on resolvable model based on quantum mechanics is important similarly.

尽管研究非对易空间问题的理论和方法主要来自于量子场论，然而，在量子力学的框架下研究一些可解模型的非对易空间效应也是非常重要的工作。

Quantum entanglement, which is first revealed by Einstein-Podolsky-Rosen and Schrodinger, is the unique phenomenon of quantum system.

量子纠缠是首先被Einstein-Podolsky-Rosen和薛定谔注意到的不同于经典物理最奇特、最不可思议的一种奇妙现象。

This immediately brings us to the next part of this article: creating an output "replace function".

下面进入文章的第二部分：建立一个"缓存处理函数"。

He was elected as an International Ornithological Committee member in 2002 during the 24th IOC held in Beijing.

现为中国鸟类学会理事和WPA 专家组成员。2002年被推选为国际鸟类委员会委员。