1.
indistinguishability of identical particles
全同粒子的不可分辨性
2.
The main contents are the character of identical particles of quantum human body, and the wave function Pauli principle of identical particles system of quantum human body.
量子人体全同粒子系统的波函数泡利原理 ;
3.
The extension to systems of more than two identical particles is quite straightforward.
把上述结论推广到含有多于两个全同粒子的系统中去是十分容易的。
4.
identity principle of microparticles
微观粒子全同性原理
5.
Particle field measurement using infrared laser in-line holography
测量粒子场的红外激光同轴全息技术
6.
Accurate Axial Location for Particles in Digital In-line Holography
同轴数字全息中粒子轴向的精确定位
7.
Study on Characters of Nonlinear Exposure in In-line Holography for Particle Field;
粒子场同轴全息的非线性曝光特性研究
8.
A gas completely fills its container. The particles are free to move about. They collide with the walls and with other particles.
气体会将容器完全填充满，粒子可自由移动。它们同其他粒子以及容器壁碰撞。
9.
The process of particle coagulation is handled by precisely the same method as condensational growth.
粒子的凝聚过程与凝结增长是用完全相同的方法处理的。
10.
Particle Measurement with Digital Holography: Computational Simulation and Experiment;
同轴全息术测量粒子场的计算机模拟及实验研究
11.
All the kinetic energy of incident particles can go into production of new particles.
入射粒子的全部功能可用于产生新的粒子。
12.
“ It contradicted a50- year-old theory that holds that like charges in a solution repel,” he adds.
他说道：「个现象完全违反了50年来的理论预测，带同性电的粒子在溶液中应该会互相排斥才对。
13.
Also, in quantum mechanics, the use of the term particle refers to an elementary or subatomic particle.
同样在量子力学里，使用术语粒子指的是一基本或亚原子粒子。
14.
Quantum Secure Direct Communication by Using Multi-particle High-dimensional Quantum States
基于多维多粒子量子信道的量子安全直接通讯
15.
A sufficiently energetic particle can penetrate the entire stack of parallel plates.
能量充足的粒子能够穿透全部平行板。
16.
Study on optimization of recording condition in in-line holography for particle field;
粒子场激光全息照相的优化条件研究
17.
The Detection of Hologram Based on Particle Filtering
基于粒子滤波的全息检测技术的研究
18.
Resilient particle swarm global optimization algorithm based on chaos
基于混沌的弹性粒子群全局优化算法