场强

词组短语

field intensity · intensity of field

与场强相关的网络例句 [注：此内容来源于网络，仅供参考]

So it can exactly reflects the depth of apparent resistivity of the anomaly. Furthermore, we can utilize geological datum from the borehole directly to calibrate the apparent resistivity anomaly near the borehole and reduce the ambiguity of the anomaly explanation.

在垂直地电剖面法中，由于电极是在地下供电，直流电流源的电场所受干扰比较小，电流线的走向是直接从地下到地表，场强较均匀而且场强值大，所以对深部岩溶分辨能力比较强，并可消除非岩溶体对异常的干扰，更能准确反映有视电阻率异常体的存在深度。

Because the electric field at the end of the uniformly charged line is not decided,we calculated the electric field distribution on the axis of uniformly charged cylinder.

本文针对均匀带电直线端点场强的不确定性，提出了均匀带电圆柱体轴线上的场强计算，结果表明，在不同条件下，均匀带电圆柱体的场强表达式将变成均匀带电直线、均匀带电圆面的场强。

Bsed on real circumstances of TV transmitting station,the artiele presents a methodof calculation of field strength in case the radiowave is affected by ground objectsand meteorological conditions,and that of approximate calculation of field strengthIn penumbra areas,and so on,A method of calculating field strength in city is alsopresented with int...

文章从电视发射台的实际情况出发，介绍了电波受地物、气象等影响时的场强计算方法和半阴影区的近似场强计算方法等。还介绍了在城市的电波计算中，引入"建筑物密集度"参数的场强计算方法。

An expression of exact computation to measure the electric field intensity is achieved.

它可以方便地测定静电场场强的绝对值和高频电场场强的有效值。

The ability of a demulsifier's desalting is determined by its ability of lowering interfacial tension.

当场强一定时温度的升高或当温度一定时场强的升高都将使电分散作用加剧。

Strength of SPBT was numerically explained on the base of Perdersen discharge model of ellipsoid void, and the conclusion was got that the discharge strength of void was an inverse measure of the cosine of oriented angle of void.

本文首次利用Perdersen的棉球气孔放电模型，定量解释了SPBT瓷体局部放电起始场强的大小，并得到瓷体中气孔发生放电的外施场强与此气孔取向角余弦成反比的结论。

For different surface roughness of electrodes and glycol concentration of glycol/water mixture, pressurized water breakdown experiments are carried out. Experimental results suggest that Mirza's formula is valid and independent of surface roughness and glycol concentration, and it is accumulative for surface polish, glycol additive, and pressurization for the capability to improve electrical breakdown strength. Moreover, the increase of electrical breakdown strength of water dielectric for surface polish is explained with bubble breakdown. Especially, highest stress of 235.5kV/cm observed in glycol/water mixture with a glycol concentration of 80% at a hydrostatic pressure of 12atm is about one time greater than that in pure water at constant pressure.

通过改变电极表面光滑程度和乙二醇浓度，分别进行了加压水介质击穿实验，证实了不同电极表面光滑程度和乙二醇浓度下Mirza关系式仍成立，抛光电极表面、添加乙二醇与加压在提高水介质电击穿能力方面具有可叠加性，将抛光电极表面、添加乙二醇与加压分别进行了比较，特别，在静压12atm、乙二醇浓度80%下，得到实测最高击穿场强为235.5kV/cm，其有效时间归一化后的击穿场强比常压下纯水的相应值提高了112.2%，运用气泡击穿模型对抛光提高水介质击穿场强进行了物理解释。

The Wien effects of three variable charge soils (red soil, lateritic red soil and latosol) saturated with various chlorides in electric field were different. The relative electrical conductivities of red soil saturated with various chlorides increased apparently with the increase in field strength, whereas that of latosol were almost equal to 1 in the test field strength (15 kV cm-1 to 250 kV cm-1), the increase of △EC in lateritic red soil were between that of red soil and latosol.

各氯化物饱和红壤悬液的相对电导率随着场强的增加而明显增大，且不同的氯化物饱和悬液的△EC之间差异明显；砖红壤悬液的△EC随着场强的增加没有出现变化，在所测场强下（15 kV cm -1到250 kV cm -1）各悬液的△EC都几乎为1；而赤红壤悬液中的现象处于前两者之间。

The Wien effects of three variable charge soils (red soil, lateritic red soil and latosol) saturated with various chlorides in electric field were different. The relative electrical conductivities of red soil saturated with various chlorides increased apparently with the increase in field strength, whereas that of latosol were almost equal to 1 in the test field strength (15 kV cm-1 to 250 kV cm-1), the increase of △EC in lateritic red soil were between that of red soil and latosol.

各氯化物饱和红壤悬液的相对电导率随著场强的增加而明显增大，且不同的氯化物饱和悬液的△EC之间差异明显；砖红壤悬液的△EC随著场强的增加没有出现变化，在所测场强下（15 kV cm -1到250 kV cm -1）各悬液的△EC都几乎为1；而赤红壤悬液中的现象处于前两者之间。

It is recommended that the probabilistic distribution of the Spatial field intensity, the ground field intensity and the induced current in human body should be used as a measure of the level of the electrostatic induction.

根据国内多个500千伏变电站的试验数据，本文着重叙述为什么宜采用空间场强、地面场强以及人体感应电流这三者的统计分布来表征高压变电站的静电感应水平；对于新设计的变电站，提出了比较合理的允许场强值；这时对暂态电击问题仍要重视，文中也提出了一些减少暂态电击的措施。

与场强相关的网络解释 [注：此内容来源于网络，仅供参考]

electric field intensity：电场强度(场强)

electric dipole 电偶极子 | electric field intensity 电场强度(场强) | electric field 电场

field intensity：场强

field equation 场方程 | field intensity 场强 | field ion microscope 场致离子显微镜

magnetic field intensity：场强

磁轴承:Magnetic Bearing | 场强:magnetic field intensity | 磁回收:magnetic reclaim

magnetic field intensity：磁场强

1410 magnetic field board 磁场板 | 1411 magnetic field intensity 磁场强 | 1412 magnetic field strength 磁场强

field strength meter：场强计

field strength 场强 | field strength meter 场强计 | field synchronization 场同步

radio noise field intensity：射频干扰场强,无线电噪声场强

radio net 无线电网 | radio noise field intensity 射频干扰场强,无线电噪声场强 | radio noise voltage 无线电噪声电压 RNV

radio field intensity：射电场强度,高频场强

radio fadeout 无线电波消失 | radio field intensity 射电场强度,高频场强 | radio field strength 高频场强

radio field intensity：无线电场强,高频场强度,射电场强度

radio field ==> 无线电场 | radio field intensity ==> 无线电场强,高频场强度,射电场强度 | radio field-to-noise ratio ==> 射电场噪声比,无线电场强噪声比

radio interference field intensity meter：无线电干扰波场强计

radio interference eliminator 无线电干扰消除器 | radio interference field intensity meter 无线电干扰波场强计 | radio interference field strength measuring instrument 无线电干扰场强测量仪

breaking down field strength：击穿场强

breaking down dield strength 击穿场强 | breaking down field strength 击穿场强 | breaking down point 断裂点