超导量子干涉器件缩写鱿鱼也代表。
The abbreviation SQUID also stands for superconducting quantum interference device.
本文首先讨论了影响量子干涉的因素。
In the thesis, we theoretically investigate some influential factors for the quantum interference.
而且磁阻数据可由量子干涉理论拟合的很好。
Moreover, these magnetoresistance data can be fitted well with the theories of quantum interference effects.
其次考虑非相干泵浦诱导的量子干涉保护相干捕获。
Next we consider the preservation of CPT by quantum interference of incoherent pump processes.
在第二个模型中，对三种不同情形下的量子干涉进行了分析和比较。
The quantum interferences in the three cases are analyzed and compared with each other in the second model.
超导量子比特是工作在特定条件而可以近似看作二能级体系超导量子干涉仪。
It is the superconducting quantum interference device as two-level system approximately operating in a particular state.
本文主要分析了超导心磁图仪系统的基本原理及其核心部件超导量子干涉仪。
In this paper, an analysis of the basic principles of superconducting magnetocardiography system was presented, as well as its core component of SQUID.
该系统可能适合用作超导量子干涉装置（SQUID）的一个类比物，能够探测转动。
The system may be suitable for use as an analogue of the superconducting quantum interference device (SQUID), able to sense rotation.
结果表明，由于真空的各向异性，尽管原子的两电偶极矩阵元相互正交，量子干涉依然存在。
The result shows, as a consequence of anisotropy of vacuum, though the two dipole matrix elements orthogonal to each other, quantum interference still exists.
分析了激光场诱导原子连续态结构系统中多个离化通道间的量子干涉效应对原子离化的影响。
The effect of quantum interference among many ionization channels on photo-ionization properties of an atom in a laser-induced continuum structure system is analyzed.
SQUID的量子干涉效应，将电子对波函数代入在磁场中运动的几率流密度公式，得到在D。
SQUID. Substituting the formule of the probability current density with the electron-pair wave function, this paper obtains the relation between the magnetic flux of the loop in D.
作为灵敏度极高的磁传感器，超导量子干涉器的制作工艺日臻完善，它的应用也愈来愈接近现实。
The process technology of SQUIDs (Superconducting Quantum Interference Devices) has been well developed. As a kind of highly sensitive magnetic sensor, its applications almost become practices.
研究者同时利用磁场测量的“金标准”——超导量子干涉器件（SQUID）对心跳信号进行了记录。
The same signals were recorded using the "gold standard" for magnetic measurements, a SQUID (superconducting quantum interference device).
实际上，Aerts已经展示了很多经过证明的隔离效应的结果可以很自然的与一个在量子干涉中起作用的模型相匹配。
In fact, Aerts has shown that many results demonstrating the disjunction effect fit naturally within a model in which quantum interference can play a role.
另外，通过研究新的奇偶非线性相干态相位概率分布，发现新的奇偶非线性相干态具有完全不同的量子干涉特性。
Moreover, we find that the new EONLCS exhibit different quantum interference properties by studying the probability distributions of the states.
研究人员发现隔着一段距离的分子中的能量格局以一种彼此相连-离开的方式振荡，这是一种只有在量子干涉中才可能存在的方式。
They found that energy patterns in distant molecules fluctuated in ways that betrayed a connection to each other, something only possible through quantum coherence.
我们建立了一套基于高温超导量子干涉仪（SQUID）的可靠的、经济型的单通道心磁图（MCG）系统，该系统在一个简易的磁屏蔽室（MSR）中运行。
We have constructed a reliable and economical single-channel magnetocardiogram (MCG) system based on high-T_ c SQUIDs operated in a simply magnetically shielded room (MSR).
在理论分析中，对于超导rsFQ数字电路中的理论基础超导量子干涉器的电路模型进行了深入的分析和研究，得到了超导rs FQ数字电路设计的参数估计。
In the theory analysis, circuit model of the SQUID, theory base of superconducting digital circuit, is intensively investigated, and parameter estimate of the superconducting RSFQ circuit is acquired.
干涉效果是很多量子现象的重点，并在希尔伯特的数学理论中找到了本质的描述。
Such interference effects lie at the heart of many quantum phenomena, and find a natural description in Hilbert's mathematics.
简要介绍了量子相干和干涉效应的研究动态和一项最新理论研究进展。
Quantum coherence and interference are introduced briefly, as well as recent theoretical progress.
文章作者解释了如何通过量子隧穿实现宏观量子相干(即薛定谔猫态的相干叠加)和量子态位相干涉。
We explain how to realize macroscopic quantum coherence, namely the superposition of Schrdinger cat states and quantum phase interference by means of quantum tunneling.
电子波干涉法是一种新的量子阱探测器能带结构计算方法，该方法是基于电子波在量子阱界面的反射和干涉效应提出的。
This method is based on the reflectance and interference effects of electron wave at interfaces between the wells and the barriers.
因此对光子干涉本身的研究将为其在量子信息中的应用提供更好的方法。
We need to study different photon interference, which will offer much more methods for quantum information science.
首次将量子力学的微扰论引入自混合干涉效应，首次提出用LED作为自混合干涉测量光源的设想。
Introduced small disturbance theory in quantum mechanism into SMI effects, and put forward the idea of replacing the light source of LED for the first time.
反过来，光子干涉也是一种量子操作过程。我们可以利用量子信息的语言来描述和分析干涉。
Conversely, we can use the language of quantum computation to describe and analyze the photonic interference.
本文介绍了原子干涉仪的研究历史和发展前景，并且应用量子力学理论推导了在拉曼脉冲作用型原子干涉仪测量重力加速度的原理。
In this thesis, the development history of atom interferometry was described. The gravity measurement of atom interferometry by the work of Raman pulses was studied by quantum theory.
本论文中描述了两种不同的原子干涉仪方案，分别在浙江大学光学研究所量子光学实验室和巴黎天文台SYRTE实验室实施。
Two schematics of atom interferometers are depicted in this thesis, implemented by Institute of Optics at Zhejiang University and SYRTE at Paris Observatory, respectively.
本论文中描述了两种不同的原子干涉仪方案，分别在浙江大学光学研究所量子光学实验室和巴黎天文台SYRTE实验室实施。
Two schematics of atom interferometers are depicted in this thesis, implemented by Institute of Optics at Zhejiang University and SYRTE at Paris Observatory, respectively.
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