2) Electric field periodic poling method
外加电场极化法
3) electric field
外加电场
1.
The growth of ZnO nanowires under electric field and field emission property;
ZnO纳米线在外加电场下的生长及场发射性能
2.
In order to control the growth of ZnO nanowires effectively,the authors have fabricated ZnO nanowires by thermal evaporation under the condition of electric field.
为了有效控制ZnO纳米线的生长,采用物理热蒸发法在外加电场的条件下制备ZnO纳米线。
3.
CdS nanowire arrays,nanobelt and nanotubes have been synthesized successfully by thermal evaporation under condition of electric field.
在外加电场的条件下利用物理热蒸发法成功制备出CdS纳米线阵列、纳米带和纳米管,纳米线阵列沿平行于电场方向生长。
4) external electric field
外加电场
1.
Work function change of Ag, Au, K adsorbed on W(001) surface as a function of external electric field;
Ag,Au,K吸附在W(001)表面上的功函数随外加电场的变化
2.
The performance of charged membrane under an external electric field was investigated by the ultra-filtration for dextran sulfate with molecular weight less than 10000 by means of determinations of flux,retention rate,decay and scavenging recovery of the membrane flux.
结果表明:与中性膜PES300相比,外加电场下荷电膜的膜通量和截留率都有所提高,而膜通量衰减程度由41。
3.
The authors try to find the effect of external electric field on the combustion mechanism of SHS through experimental study on a reaction system: (1-x)(Ti+C)+x(Ni+Al)=(1-x)TiC+xNiAl.
通过对（１－ ｘ）（ Ｔｉ＋ Ｃ）＋ ｘ（ Ｎｉ＋ Ａｌ）＝ （１－ ｘ） Ｔｉ Ｃ＋ ｘ Ｎｉ Ａｌ反应体系的 Ｓ Ｈ Ｓ实验研究，获得了外加电场对燃烧过程及产物的影响规律： Ｓ Ｈ Ｓ过程中燃烧波速与外加电场电压呈线性关系；外加电场将使燃烧温度升高，升高的比率与预热条件有关；外加电场对燃烧产物颗粒尺寸有显著影响。
5) applied voltage
外加电场
1.
The comparison of experimental data with model calculation representing oxygen ion immigration between slag and metal melt under applied voltage has proved that the model is right.
根据实验结果,对外加电场脱氧的反应机理进行了讨论和分析。
2.
Some traditional deoxidization methods and unpolluted deoxidization processes using solid electrolyte are reviewed, and a new technique with externally applied voltage is proposed in this paper.
现有实验表明,渣金间外加电场作为一种新的脱氧方法在氧的分离方面具有较好的应用前景。
6) applied electric field
外加电场
1.
Experimental study and practice of applied electric field cyanide leaching of gold concentrate;
外加电场氰化浸出金精矿的试验研究与实践
补充资料：声频大地电场法
声频大地电场法
sonic frequency tulluric electric field method
shengPin dadi dianehang fa声频大地电场法(sonie frequeney tellurieeleetrie field method)观测、研究频率为10一3okH:的天然大地电场强度变化规律的工程电法勘探方法。该方法仅适宜于剖面测量，沿测线逐点观测测量电极MN之间的电位差VMN(V)，材人万之间的距离(m)固定不变，用下式计算电场强度水平分量E二: _V、，。 E，一亏一共共 一盆材N在一定条件下E二(v/m)与介质电阻率Ps(O·m)满足如下关系: 1{E、、2 ，。一牙(瓦)式中f为选用的工作频率，H:;H，为磁场强度水平分量，A·m一，。 E二(vMN)的变化直接反映了地层电阻率Ps的变化，根据电阻率法的原理，可用该法来查明断层破碎带、岩溶和地下暗河等。该方法不需供电，观测速度快，成果资料直观，仪器设备简便。在其他工程地球物理勘探方法难以开展的山区，取得了较好的地质效果。在中国，此方法还只能做定性解释。 声频大地电场法，可使用各种型号的声频大地电场仪。 (范昌隆)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条