表面电荷密度

词组短语

surface charge density

与表面电荷密度相关的网络例句 [注：此内容来源于网络，仅供参考]

The inhibiting affectivity on ASR expansion increa ses obviously with the surface charge density of lithium compound.

随着锂化合物阴离子表面电荷密度的增加，其对膨胀的抑制效果依次增强。

It can be speculated that the permanent charge accounts for 70%~90% of the total charge quantity; therefore, the permanent charge is the main type of the soil samples.

例如，温度从298K上升到3 13K时，表面电荷总量降低了50%左右，表面电位降低约加%，而三者的表面电荷密度降低30%左右，这可能由于温度升高导致了胶体凝聚以及离子在双电层中的分布的改变。

The results showed that (1) Surface charge density of apoptotic cell of electret group was significantly reduced as compared with those of control group.

结果显示：（1）负极性驻极体作用3T3细胞能减少凋亡细胞的表面电荷密度。

In this work, cationic kraft pulp was prepared by grafting copolymerization using acrylamide and cationic monomer ［2- ethyl］ trimethyl-ammonium chloride.

实验结果表明，当引发剂硝酸铈铵的用量从2%提高到8%时，纸浆的接枝率和阳离子表面电荷密度稳步提高；进一步提高引发剂的用量，纸浆的接枝率和阳离子表面电荷密度变化平坦。

By using kinetic method,surface charge properties of neutral purplish soil and latosol were studied in this paper.

现在，对于测定任何土壤表面电位、表面电荷密度的方法，使方便地获得土壤表面电化学参数成为可能[3]。

Therefore,parameters of its electrochemical properties,especially the surface potential and the surface charge density,are of the most important.

但是关于土壤表面电荷性质的资料特别是关于表面电位、表面电荷密度的资料还相当缺乏，最主要原因是长期以来缺少可靠的测定方法[2]。

The grafting rate and surface charge density of the pulp were also influenced by the reaction temperature, they increased from 20℃ to 50℃ and reached the maximum value at 50℃.

在浆浓较低时，随着浆浓的提高，接枝率和阳离子表面电荷密度提高，当浆浓超过11%时，接枝率和阳离子表面电荷密度下降。

The grafting rate and surface charge density of the pulp increased when the amount of ceriumammonium nitrateinitiator increased from 2% to .

实验结果表明，当引发剂硝酸铈铵的用量从2%提高到8%时，纸浆的接枝率和阳离子表面电荷密度稳步提高；进一步提高引发剂的用量，纸浆的接枝率和阳离子表面电荷密度变化平坦。

And the effect of the equivalent surface charge density on the surface depletion area for positively beveled p-n junction was also analysised.

分析了等效表面电荷密度对正斜角造型p-n结表面耗尽区的影响。

The higher is the trap density in the material, the higher is the surface charge density, and the lower is the flashover voltage on alumina surface.

研究发现，氧化铝陶瓷的陷阱分布与其真空中的表面带电和沿面闪络特性之间存在一定的内在联系，即材料中的陷阱密度越大，其表面电荷密度越高，且沿面闪络电压越低。

与表面电荷密度相关的网络解释 [注：此内容来源于网络，仅供参考]

surface charge density：表面电荷密度

supersonic speed 超聲速,超音速 | surface charge density 表面電荷密度 | surface energy 表面能

surface charge density：表面电荷密度=>表面電荷密度

surface charge coupled device 表面电荷耦合装置 | surface charge density 表面电荷密度=>表面電荷密度 | surface charge effect 表面电荷效应

surface-state charge density：表面状态电荷密度

表面传导电子发射显示器 surface-conduction electron-emitter display | 表面状态电荷密度 surface-state charge density | 表面模型建立 surfacing

charge density wave：电荷密度波

比如说,在铂(100)的重构表面上,我们发现表面电子有很强地形成电荷密度波(charge density wave)的倾向(10). 原因是当重构发生时,表层的原子密度远高过下层,导致表层浮起来,使其近似於一个二维系统. 造成金属或半导体的表面重构或结构相变的原因很多,

electric current：电量

- Electric Charge Surface Density 电荷表面密度 | - Electric Current 电量 | - Electric Current Density 电量密度

charge, surface density of：电荷表面密度

charge, surface 表面电 | charge, surface density of 电荷表面密度 | charge, test 检验电荷

electric charge surface density：电荷表面密度

electric charge 电荷 | electric charge surface density 电荷表面密度 | electric charge time constant 充电时间常数

surface density of charge：电荷表面密度

surface charge 电荷表面 | surface density of charge 电荷表面密度 | surface energy 表面能

charge, test：检验电荷

charge, surface density of 电荷表面密度 | charge, test 检验电荷 | charge, unit 电荷单位

electric surface density：表面电荷密度

表面电荷 surface charge | 表面电荷密度 electric surface density | 表面涂层 surface coating process