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.
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
3.
intermediate charged vector boson
中间荷电矢量玻色子
4.
The Bohr magneton, calculated using the mass and charge of the electron.
鲍尔磁子，用电子的质量和电荷来计算
5.
A charge measurement method of readout electronics for BES Ⅲ TOF detector
BESIII飞行时间电子学中的电荷测量
6.
Temperature Compensation for Charge Measurement of BESⅢ TOF Electronics
BESⅢ飞行时间电子学电荷测量电路的温度补偿
7.
The weight of the neutron is about the same as a proton, but it has no electrical charge.
中子的重量和质子差不多相等，但中子不带电荷。
8.
Study on the Quantum Fluctuation Properties of the Charge and the Current in Nanometer Circuit with Source;
纳米含源量子电路中电荷和电流的量子涨落特性研究
9.
An electron with a negative charge, as contrasted with a positron.
电子带有负电荷，与正电荷相反的电子
10.
Relating to or designating a body having an excess of electrons.
阴电荷的关于或表明有过量电子的躯体的
11.
And the quantum fluctuation of charge and current in the mesoscopic circuit in squeezed states are strdied, too.
还讨论了在压缩态下的电荷和电流的量子涨落。
12.
We regard electrons as particles because they posses charge and mass.
我们认为电子是粒子，这是因为电子带有电荷，有其质量。
13.
quantity galvanometer
测量电荷量的电流计
14.
"In a wire, electric current is a flow of electrons that have been dislodged from atoms and is a measure of the quantity of electrical charge passing any point of the wire per unit time."
导线中以电子为载荷子的电流是单位时间内通过导线任意一点的电荷量的量度。
15.
Electrons are negatively charged with electricity; protons are positively charged
电子带有负电荷，质子带有正电荷。
16.
Electrons are negatively charged with electricity,protons are positively charged.
电子是带负电荷的,质子是带正电荷的。
17.
The Energy Distribution of Scalar Particles of a Rectilinearly Accelerating Non-stationary Black Hole with Electric Charges and Magnetic Charges;
带有电荷、磁荷的直线加速黑洞时空背景下标量粒子的能级
18.
Energy Transmission and Charge Transfer between Rare Earth Ions of Nanometer Fluorides;
纳米氟化物中稀土离子间能量传递及电荷转移