1.
The Decoherence of the Parabolic Linear Bound Potential Quantum Dot Charge Qubit
抛物势量子点电荷量子比特的消相干
2.
Electronic States and the Properties of Qubit in Spherical Shell Quantum Dot
球壳量子点中电子能态及其量子比特的性质
3.
Preparation of Multi-qubit Entangled States Via Atomic Cavity QED
多量子比特纠缠态制备的腔量子电动力学方案
4.
Studies on the Properties of the Triangular Bound Potential Quantum Dot Qubit
三角束缚势量子点量子比特性质的研究
5.
Two-qubit Quantum State Controlled by Ultra-short Pulse
超短激光脉冲操控双量子比特的量子态
6.
The Influence of the Form Factor on Longitudinal Piezoelectric Acoustic Phonon Decoherence of a Double Quantum Dot Charge Qubit
形式因子对双量子点电荷量子比特压电纵声学声子退相干的影响
7.
Multi-qubit Quantum Information Processing in Cavity QED;
在腔QED中实现多量子比特信息的处理
8.
Electronic measuring instruments and computers are all over the place
电子测量仪器和电子计算机比比皆是。
9.
the amount by which the mass of an atomic nucleus is less than the sum of the masses of its constituent particles.
原子核的质量总和比粒子的总质量少。
10.
The mass of proton, e.g., is 1836 times heavier than the electron mass .
例如，质子的质量比电子的质量重1836倍。
11.
Quantum key distribution based on state compare
基于量子态比较的量子密钥分发协议
12.
scattering ion energy ratio
散射离子的能量比值
13.
The energy equipartition time is longer than the interparticle collision time by the mass ratio of proton and electron.
由于质子与电子的质量比很大，能量平衡时间比粒子间碰撞时间长。
14.
In comparison with the mass of the proton the mass of the electron is considered negligible.
与质子的质量相比，电子的质量可以忽略不计。
15.
Comparison of Pharmaceutical Quality and Seed Quality of Fructus Arctii in Different Places
不同产地牛蒡子药学质量和种子质量比较
16.
atomic weight(also relative atomic mass) ratio between the mass of one atom of an element and one-twelfth of the weight of an atom of carbo
原子量（某元素的一个原子的质量与十二分之一的碳 原子量的比值）.
17.
A semistable or unstable baryon with mass greater than the neutron.
超子一个不固定的重子，其质量比中子大
18.
From Binet Equation to Quantize Elliptical Orbit of Electron in Hydrogen-like Atom
从比耐公式到类氢原子电子的量子化椭圆轨道