内量子与外量子,Inside quantum and outside the quantum
1)Inside quantum and outside the quantum内量子与外量子
2)external quantum number外量子数
3)internal quantum number内量子数
英文短句/例句
1.inner quantum number内量子数 -即总量子数
2.Influence of Interaction Between Phonons on Mean Number of Polaron Phonons in Weak-coupling Quantum Dot声子之间相互作用对弱耦合量子点中极化子内声子平均数的影响
3.Theoretical Analysis of the Number of Quantum Well in per Optical Resonance Period in 980nm OPS-VECSEL980nm OPS-VECSEL单个谐振周期内量子阱数目的理论分析
4.neutron number【原物】(核内)中子数
5.Quantity and Ecological Dominance of Endogenesis Rhizobia in Bud Seedling and Seeds of Alfalfa内生根瘤菌在苜蓿芽苗与种子内的数量及优势度
6.Quantum mechanics uses complex number wave functions (sometimes referred to as orbitals in the case of atomic electrons), and more generally, elements of a complex vector space to explain such effects.量子力学用复数波功能（有时指轨道内的原子电子），而更通常用复向量空间原理来解释这类作用。
7.Each functional area has within it a number of systems and subsystems.在每一种职能范围内，包含有一定数量的系统和子系统。
8.Numerical Simulation and Particle Image Velocimeter Measurement for Unsteady Turbulent Flow in Double-channel Pump双流道泵内非定常流动数值模拟及粒子图像测速测量
9.Study on the change of endothelial progenitor cells from peripheral blood in patients with pre-eclampsia子痫前期患者血管内皮祖细胞数量及生物学功能的变化
10.The net charge of a body might be described by a statement of the excess number of electrons or protons in the body.一个物体所带净电荷的量，可以用在这个物体内的过剩电子数或过剩质子数来表示。
11.Homological Dimension and Tensor Identity of Representations of Quantum Algebras;量子代数表示的同调维数及张量等式
12.The energy density of the4- dimensional spacetime is supposed to be dominated by incoherent radiation and the energy-momentum tensor of the internal subspace is a step function.我们假定四维时空的能量密度是以辐射为主的,而内禀子空间的能动张量是一个阶跃函数。
13.The Effects of Low Dose Mifepristone on Population and Subsets of NK Cells in Human Endometrium during Receptive Phase.;低剂量米非司酮对人植入窗期子宫内膜自然杀伤细胞数量及其亚型的影响
14.Study on the Disease of Endometrium with Three Dimensional Color Power Doppler Angiograthy and Its Conection with Microvascular Density;三维能量多普勒超声的血流定量参数在子宫内膜病变及其与微血管密度的研究
15.The second figure displays the amount of boards to be printed in an hour, based on the throughput times of the batch.第二个数字显示板子在一个小时内印刷的总数,根据一个批量的通过时间。
16.The Change of Bases of Subalgebra U_(A )～+ for Quantum Algebra with Two Ranks;秩2型量子代数的子代数U_（A ）～+的基变换
17.electronic digital readout measuring tool for large size电子数显大尺寸量具
18.counter tube fast neutron flux meter计数管式快中子通量计
相关短句/例句
external quantum number外量子数
3)internal quantum number内量子数
4)quantum and gate量子与门
1.With a linear superposition a single bit of quantum non-gate together withquantum and gate,it proved that the trapped two ions system in the relatively quantu.运用量子理论,在Paul阱中共线两离子系统的精确解的基础上,结合量子编码方法,讨论了囚禁两离子系统量子非门(单比特逻辑非门、两比特逻辑非门)实现的理论方法,提出利用质心振动模和两离子构建量子与门的理论方法(不需第三个离子),通过分析,证明了囚禁两离子系统在相对量子数l=1时,可制备为单比特量子非门和量子与门的线性叠加,可以完成并行量子逻辑操作,量子非门和量子与门是构成量子计算机制基本结构单元,值得我们在量子信息实验研究中加以考虑。
2.After defining thequantum and gate,we introduce a new scheme on how to realizequantum and gate,which utilizes the superiority that quantum strategies are more successful than classical ones.在定义了量子逻辑与门之后,利用在博弈游戏中量子策略比经典策略更具优越性这一特点,从理论上提出了一套实现量子与门的新方案:把量子逻辑与门的操作用两个可分辨的量子硬币来实现。
5)intra-and inter-molecular doublequantum coherences分子内与分子间双量子相干
6)external quantum efficiency外量子效率
1.Enhancedexternal quantum efficiency of light emitting diodes by fabricating two-dimensional photonic crystal sapphire substrate with holographic technique全息技术制作二维光子晶体蓝宝石衬底提高发光二极管外量子效率
2.Theexternal quantum efficiency of photon crystal(PHC) structured LED is calculated.对光子晶体结构的外量子效率进行了计算。
3.Several approaches to enhance theexternal quantum efficiency of LED are discussed,such as growth of distributed Bragg reflector(DBR) tabricat-ing,transparent substrates technology,surface lift-off,flip-chip,surface roughening,unusual chip and photonic crystal structure.简要介绍了从芯片技术角度提高发光二极管(LED)外量子效率的几种途径,生长分布布拉格反射层结构、制作透明衬底、衬底剥离技术、倒装芯片技术、表面粗化技术、异形芯片技术、采用光子晶体结构等。
延伸阅读
磁量子数磁量子数m同一亚层（l值相同）的几条轨道对原子核的取向不同。磁量子数m是描述原子轨道或电子云在空间的伸展方向。m取值受角量子数取值限制，对于给定的l值，m=0，1，2…l，共2l+1个值。这些取值意味着在角量子数为l的亚层有2l+1个取向，而每一个取向相当于一条“原子轨道”。如l=2的d亚层，m=0，1，2，共有5个取值，表示d亚层有5条伸展方向不同的原子轨道，即dxy、dxz、dyz、dx2—y2、dz2。我们把同一亚层（l相同）伸展方向不同的原子轨道称为等价轨道或简并轨道。
