dot system
英 [dɒt ˈsɪstəm]
美 [dɑːt ˈsɪstəm]
打点系统
双语例句
- Characteristics of Electron Tunneling Based on Two-Coupled Quantum Dot System
耦合双量子点中基态电子的隧穿特性 - Reaction of Pollen Fertility to High or Low Temperature Stresses in CMS-Based Hybrid Cotton Development of a Reverse Dot Blot System for Rapid Detection of HBV Genotypes
三系杂交棉花粉育性对高温和低温胁迫的反应反向斑点杂交法快速检测HBV基因型反应条件的优化和建立 - A numerous papers covering different aspects of quantum dot infrared photodetector ( QDIP) such as quantum dot growth, system design, modeling, characterization and testing, have been published so far.
迄今为止关于量子点红外光子探测器（QDIP）的研究已有众多文献发表，涉及量子点生长、系统设计、建模、表征与测量等各方面。 - Determination of Trace Silver in Water Samples by Flame Atomic Absorption Spectrometry after Cloud Point Extraction Spin-Dephasing on Quantum Dot System with a Nearby Quantum Point Contact
水中痕量银的浊点萃取-火焰原子吸收光谱测定法量子点接触测量对量子点系统退相干的影响 - Spin-Dephasing on Quantum Dot System with a Nearby Quantum Point Contact
量子点接触测量对量子点系统退相干的影响 - A pixel is the smallest dot in the system which can be manipulated for its brightness and colour.
像素是该系统内最小的点子，每一像素的明暗和颜色可单独的操纵和调整。 - Calculates the ground state energy of two electron parabolic quantum dot system by using the Hartree Fock self consistent method, discussed the variable relation between the correlation energy and strong factor of quantum dot.
采用Hartree－Fock自洽场方法计算双电子抛物型量子点系统的基态能，并对相关能随量子点强度因子的变化关系进行了讨论。 - We finally investigate that the electronic transport properties of quantum dot wires system in which there are two branches.
另外我们对由任意个量子点构成的量子点线存在两个分支的体系的电输运性质进行了研究。 - We have studied nonequilibrium quantum transport through a T-shaped four-quantum – dot system with three terminals under dc bias voltage.
具体内容包括：研究了三终端T形耦合量子点体系的电输运性质。 - Based on photon counting mode, a multi-channel continuous-wave ( CW) diffuse optical tomography ( DOT) system is designed for galactophore inspection.
基于光子计数原理，研发了一套用于乳腺检测的多通道连续光（CW）扩散光学层析成像（DOT）系统。 - In chapter one, we introduce the main characteristics of quantum dot system and the current development in the field of quantum dynamics of ac driving coupled quantum dots system.
第一章主要介绍了量子点系统的主要特性，并且介绍了外场对耦合量子点系统量子隧穿现象影响的研究进展，以及本论文的主要成果。 - Theoretical Study on Electronic Transport Properties of Coupled-Quantum-Dot System
耦合量子点体系电子输运性质理论研究 - For example, in mesoscopic quantum dot system, Electronic spin freedom have relatively long decoherence time, electrons can be easily manipulated etc.
比如在介观量子点系统中，电子的自旋自由度具有比较长的退相干时间，比较容易控制等。 - We studied the dynamical localization of a double quantum dot system as a simple example of this method.
做为一个简单的例子，在本章中我们对耦合双量子点系统的动态局域性质进行了研究。 - The Hartree Fock Solution of Two Electron Quantum Dot System
双电子量子点系统的Hartree-Fock解 - Spin-polarized Transport through Single Quantum Dot System
单量子点体系极化电子的输运 - The study of quantum dot system has always been the hotspot in recent years.
量子点系统研究是近年来的热门话题。 - We find that the hyperfine interaction is the main decoherence source in quantum state transfer in quantum dot system. 4.
我们发现超精细相互作用对量子态传输的破坏是主要的。 - It is shown that due to strong exciton – phonon coupling, slow light effect can occur in such a quantum dot system and signal light can propagate without absorption.
结果表明，量子点系统中由于强激子-声子相互作用，能够产生类似于EIT的透明效应，信号光可以穿过介质而不被吸收。 - As the typical representation of exhibiting quantum effect in low dimensional mesoscopic system, the Kondo phenomenon quantum in dot system becomes the hot topic in condensed matter physics.
量子点结构是研究低维介观量子效应的典型代表，所以量子点中的Kondo效应在凝聚态物理学中被研究的极为广泛。 - The first subsection briefly introduces the background of the study on the transport through the quantum dot system.
在第1节我们简单介绍一下通过量子点系统量子输运的研究背景。 - Then we calculate the current, conductance and tunnel magnetoresistance for double quantum dot system with various electronic correlation conditions.
之后，我们将变化电子关联效应的条件，分别计算不同情况下的双量子点系统的电流、微分电导、以及隧穿磁阻这三个特征量。 - This paper analyzes the sale of DOT NET-based management system.
本文研究分析了基于DOTNET的售管理系统。 - Based on the cavity-quantum dot system model, we mathematically derive the dynamic evolution of interaction between single photons and cavity-quantum dots.
基于腔-量子点系统的理论模型，对单光子波包与腔-量子点系统相互作用的动力学过程进行了数学推导。 - Due to the potential application in spin electronics and quantum computing, semiconductor resonant tunneling and zero-dimensional quantum dot system have been widespread attention in recent years.
近年来，半导体共振隧穿及零维量子点体系由于在自旋电子学和量子计算中具有潜在的应用，受到人们广泛的重视。 - Also based on the composition calculation method, we can obtain the minimum Gibbs free energy of the quantum dot system to study the deposition site and shape transition of the quantum dot on the substrate mesa.
基于组份的计算，得到系统的最小吉布斯（Gibbs）自由能，进而研究台形衬底上量子点的生长位置及形状转化。 - Comparing to single-quantum dot system The double quantum dots system have more physical meaning.
双量子点系统较单量子点系统有更丰富的物理意义。 - The other is an electronic engine model constituted by a quantum dot system.
第二种是量子点系统构成的电子热机。 - Due to strong phonon-exciton interaction, transparency effect can occur in quantum dot system.
由于激子-声子相互作用量子点系统中同样可以得到透明现象，同时还能够得到远强于一般系统的巨克尔效应。 - In addition, these properties of such double quantum dot system are very meaningful for the development of quantum spin electronic devices.
这些性质对于我们研究此类双量子点系统提供了更多的输运性质。此外，负磁阻的出现以及由负变正的现象值得注意，这对于量子自旋电子器件的研发非常有意义。