1.
Experimental Research on Coherent Population Trapping Within Zeeman Sublevels of Rubidium under Hanle Configuration;
Hanle构型下铷原子塞曼子能级相干布居数囚禁实验研究
2.
Laser Frequency Stabilization of Coherent Population Trapping Atomic Frequency Standard Realized with Digital Servo
数字伺服实现相干布居囚禁原子频标的激光稳频
3.
Edicts were issued against engrossing the market.
当时颁布过若干禁止囤积居奇的法令。
4.
Experimental Research on Collision and Generation of a Squeezed Coherent States of Trapped Ions in Ion Trap;
囚禁离子在离子阱中的碰撞实验研究和压缩相干态的制备
5.
Theoretical Study of Electrostatic Trap for Cold Polar Molecules;
冷分子的静电囚禁及相关理论的研究
6.
DECONFINEMENT TRANSITION OF NONTOPOLOGICAL SOLITON MODEL AT FINITE TEMPERATURE
有限温度下非拓扑孤子模型的退囚禁相变
7.
Most hybrids are the result of deliberate breeding in captivity.
大多数囚禁的混血儿是深思熟虑的饲养结果。
8.
The Effect of VIC on Velocity-selective Coherent Population Trapping;
真空诱导相干效应对速度选择相干布居捕陷的影响
9.
Strong Correlation and Anticorrelation of Resonance Fluorescence via Coherent Population Trapping;
基于相干布居捕获的共振荧光强关联和反关联
10.
Coherent Population Trapping and Optical Bistability by Modulated Fields;
调制场作用下相干布居捕获和光学双稳的研究
11.
The United States has the biggest prison population in the world. Prisons there are overcrowded, and inmates ill-treated.
美国监禁人口居世界之冠，监狱人满为患，囚犯待遇恶劣。
12.
The Wigner Function and its Marginal Distributions for Superposition of the Coherent State
叠加相干态的Wigner函数及其边缘分布
13.
In breaking the chains which have imprisoned humanity, Blake is in danger of breaking all that humanity has achieved
布莱克在打破囚禁人类的枷锁时，冒着破坏人类一切成就的危险。
14.
The Study of Atomic Coherent Population Trapping of the Interacting System of the Atom and the Light;
原子——光场相互作用系统中原子粒子布居相干捕获的研究
15.
The Applications of Coherent State Representation on the Distribution Functions of the Quantum Phase Space
相干态表象在量子相空间分布函数中的应用
16.
During the days that Valentine was imprisoned, he fell in love with the blind daughter of his jailer.
瓦伦丁在被囚禁的日子里，与监狱长那盲眼的女儿相爱了。
17.
FACT: The life span of a wolf in captivity is 12-14 years-the same as a large dog.
事实:囚禁的狼寿命是12-14年与相同于一只大的狗。
18.
The Quantum Motion of Few Trapped Ions Interacting with Laser;
囚禁少离子与激光相互作用系统的量子运动特征