Chinese translation for "量子状态"
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- quantum state
Related Translations:
量子密码: qkdquantum cipherquantum cryptography 量子信息论: quantum information theory 量子量: measurement in quantum mechanics
- Example Sentences:
| 1. | The above physical quantities of quantum take different values if the atomic system are in different quantum states
当原子系统处于不同的量子状态时，上述量子物理量的取值完全不同。 | | 2. | 2 、 summarize how to design quantum state tomography , and analyze how to optimize the times of different measurements
2 、对量子状态层析的实验设计进行总结,并着重分析了测量次数最优化问题。 | | 3. | Discuss and analyze changing characteristic of berry phase , the berry phase is intimately connected with the nonstationarity of a quantum state
几何相与量子状态的非定态性有直接的联系，定态没有berry相。 | | 4. | Unlike bosons , fermions are misanthropes ; the pauli exclusion principle prohibits them from existing in the same quantum state
费米子与玻色子不同，它们喜欢离群索居，包立不相容原理禁止它们处于同一个量子状态。 | | 5. | Quantum measurement can ’ t get all information of the quantum state , so it needs quantum state tomography to reconstruct the output quantum state
量子测量不能获得量子态的完整信息,因此需要采用量子状态层析对量子态进行重构。 | | 6. | At a definite temperature a mesoscopic circuit isnt in a determinate quantum state instead of in the mixed state ( or statistical state ) . using the density matrix of the canonical ensemble , we have deduced the formulate of the quantum fluctuations of both charge and current in a non - dissipative mesoscopic coupled circuit . and the dependences of the quantum fluctuation of the circuit on its temperature have obtained
在有限温度下，介观电路系统实际上并不处在一个确定的量子状态，而是处在混合态.根据正则系综的密度矩阵导出耦合互感电路中电荷和电流的量子涨落，得到了量子涨落与温度的依赖关系 | | 7. | Discusses in detail the microscopic nature of various physical quantities characterizing the intrinsic attributes of hydrogen atom to prove that the hydrogen atom ' s quantum energy , the inner quantum orbital momentum of electron and the relative quantum distance between atomic nucleus and electron all relate to the quantum state of the atomic system
摘要阐述了表征氢原子内在属性的各种物理量的微观本质，证明氢原子系统的量子能量、系统内部电子的量子轨道动量及原子核和电子的量子相对距离均与原子系统所处的量子状态有关。 | | 8. | My study involves two areas in quantum key distribution protocol . first , in the field of the b92 protocol , it is first calculated and analyzed for the holevo upper bound of b92 protocol to noise and eavesdropping , the fidelity , a lower bound on the guaranteed privacy and the capacity for classical information over phase flip channels . it is computed and validated for that projective measurements increase quantum entropy
本文主要涉及两个方面:一、 b92量子密钥分配协议方面,计算分析了b92协议对噪声和窃听的holevo上界,以及通过相位翻转信道的信道保真度,信道可靠的保密性量子熵下界和对经典信息的容量,计算验证了定理投影测量增加量子熵,分析了测量前后量子状态的变化,并用计算机仿真绘制了图形,能够清楚直观地分析比较。 |
- Similar Words：
- "量子钟" Chinese translation, "量子重力" Chinese translation, "量子重力研究者列表" Chinese translation, "量子转化体" Chinese translation, "量子转换效率" Chinese translation, "量子资讯" Chinese translation, "量子资讯科学" Chinese translation, "量子阱" Chinese translation, "量子阱半导体激光管" Chinese translation, "量子阱半导体激光器" Chinese translation
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