1.
nuclear physics with electromagnetic interaction
电磁相互作用核物理学
2.
The electromagnetic interaction cannot be switched off.
电磁相互作用不能撤掉。
3.
It is roughly 100 times stronger than the electromagnetic interaction.
它大体上比电磁相互作用强100倍。
4.
The electromagnetic interaction is one of the four basic interactions that are responsible for all physical processes.
电磁相互作用是决定所有物理过程的四种基本相互作用之一。
5.
A neutron has no appreciable electromagnetic interaction with nuclei or with electrons.
中子与原子核或与电子并没有可察觉的电磁相互作用。
6.
The upper limit on F quoted above already excludes such an admixtxre due to electromagnetic interactions.
上面引用的F的上限已经排除了由电磁相互作用引起的这种混合。
7.
SR is valid in EM interaction.
狭义相对论适用于电磁的相互作用。
8.
interaction of magnetic dipoles
磁偶极子的相互作用
9.
On Interaction Energy and Mutual Force of Magnetic Dipole and Magnetic Field;
磁偶极子与磁场的相互作用能与相互作用力
10.
Low-frequency Electromagnetic Radiation Field Interaction with Cerebral Nervous MT
低频电磁辐射与脑神经细胞微管的相互作用
11.
Interactions of electromagnetic wave and Langmuir wave in an inhomogeneous plasma
不均匀等离子体中电磁波与Langmuir波的相互作用
12.
They have no electric charge and are completely unaffected by electromagnetic or strong interaction forces.
它们不带电，无论电磁力还是强相互作用对它们都完全不起作用。
13.
electron-electron interaction
电子－电子相互作用
14.
electron-positron interaction
电子－正电子相互作用
15.
Each Other Effect of the Relativistic Electron and the Scattered Optical Field in the Walking-wave Magnetic Field;
在行波磁场中相对论性电子与散射光场之间的相互作用
16.
The Expansion of General Relativity and the Unification of Gravitation and Electromagnetic
广义相对论的扩展及电磁与引力相互作用的统一
17.
However, the theory ignores the interaction between the electron and a quantized electromagnetic field.
不过，该理论忽略了电子与量子化的电磁场之间的相互作用。
18.
The Studies of Magnetic Properties in Magnetic Multilayer with Complex Interactions;
复杂磁相互作用的磁性多层膜磁特性的研究