elementary charge

英 [ˌelɪˈmentri tʃɑːdʒ]

美 [ˌelɪˈmentri tʃɑːrdʒ]

元电荷；基元电荷

All elementary particles, such as protons and electrons, have antimatter counterparts with the same mass but the opposite charge.
所有基本粒子如质子和电子都有其对应的反物质。它们的质量相同，电荷相反。
Electrons are the lightest elementary particles with an electric charge.
电子是最轻的基本粒子与一电荷。
If you look up really close, there is the elementary charge e.There is the mass of the electron.
如果你仔细找的话，会找到e表示的元电荷，也能找到电子的质量。
This will be Z times the elementary charge.
这将是元电荷的Z倍。
Remember, e represents the elementary charge, not the charge on the electron.
记住，e代表元电荷，而非电子所带电荷。
Times the square of the elementary Z charge times n squared over Z.
乘以元电荷的平方，乘以n的平方除以。
The solution of inverse matrix is to use adjoin space and elementary charge.
n阶非奇异阵的逆矩阵求解普遍采用伴随阵的方法和初等变换的方法求逆矩阵。
As we know, due to strong electron-lattice coupling, the elementary excitations are those including both charge and lattice distortion, such as soliton, polaron and bipolaron.
我们知道，在高聚物中由于强的电子&晶格耦合，聚合物中的元激发是那些既包含电荷，又有晶格畸变的激发，如孤子，极化子，双极化子。