| 1. | Electric field strength transducer sensor
电场强度传感器 |
| 2. | Variation of field strength
电场强度变化 |
| 3. | Electric field intensity
电场强度场强 |
| 4. | Average field intensity
电场强度平均值 |
| 5. | Series solution of electric field intensity on perpendicular axis of elliptic charged ring
椭圆形带电环垂直轴上的电场强度级数解 |
| 6. | Effect of air refraction index by equvalent electric - field intensity in high power microwave propagation
高功率微波有效电场强度对大气折射率的影响 |
| 7. | The result can be used in further study about the yield - stress and critical electric field strength
分析结果可作为进一步讨论电流变液屈服应力以及临界电场强度的基础。 |
| 8. | Recommended practice for instrumentation for magnetic flux density and electric field strength meters - 10hz to 3khz
10hz - 3khz磁通密度检测仪表和电场强度计的推荐实施规程 |
| 9. | The er fluid we developed is quite suitable for research purpose , and it has a static yield stress of 3kpa at 3 . 3kv / mm
这种电流变流体在3 . 3kv mm的外加电场强度下，静态剪切屈服应力可达3kpa 。 |
| 10. | In the former case , the transmittance decreases with field strength when the concentration of the fluid is low
在垂直的情形，当流体浓度较低时，透射率随电场强度增加而减小，并且也随浓度增加而增加。 |
