| 1. | What is measured, then, is the size of the electric charge distribution .
所以我们所测定的是电荷分布区的大小。 |
| 2. | As the two charge distributions separate, leaving positive and negative sheaths .
当两种电荷分布开始时，就留下正离子鞘和负离子鞘。 |
| 3. | And intra - bridged ligand on asymmetrical charge distribution on
对基态电荷转移的影响 |
| 4. | Charge distribution in nucleotide groups
核苷酸基团的电荷分布 |
| 5. | Numerical simulation for electric field formed by spatial electric charge distribution
空间电荷分布产生电场的数值模拟 |
| 6. | On the problem of charge distribution on a conductor and the calculation of geometric factor of an emitting cathode
带电导体面电荷分布问题与发射阴极的几何因子的计算 |
| 7. | The charge distribution and electromagnetic field of an axially symmetric conductor rotating in a uniform steady magnetic field
轴对称导体在均匀磁场中转动时的电荷分布及其电磁场的求解方法 |
| 8. | Various factors , including the apex geometry of the emitter tip , the protrusion length , and the simulated charge distribution , were considered
因而对其发射系统进行仿真分析，可以很好地指导液态金属离子源的设计制造。 |
| 9. | Effect of the two vibration modes of ru - nh3 and intra - bridged ligand on asymmetrical charge distribution on the ru atoms for taube ion in the ground state
Taube离子中ru - nh3之间以及吡嗪桥配体内的两种振动模对基态电荷转移的影响taube离子中ru - nh |
| 10. | In this paper , space charge distribution in dc composite insulator frp rod materials after negative dc high voltage application was measured by pea method and the results were analyzed and discussed
摘要使用pea法空间电荷测量系统测量了负直流高压电场作用后复合绝缘子芯棒材料中空间电荷分布，并进行了相关的分析和讨论。 |
