1) limiting current density
极限电流密度
1.
After the determination of the limiting current density,The influences of different flow rate and different concentration on the desalting rate and the recovery of amino acid in the electrodialysis desolation of the amino acid solution were measured,the best operation parameters were determined.
在确定极限电流密度的前提下,测定了氨基酸盐溶液在电渗析过程中,不同淡水流速和浓度对脱盐率及氨基酸回收率的影响,得出了最佳操作参数。
2.
The experimental results showed that the limiting current density was significantly improved with the increase of ammonium sulfate concentration, flow rate and temperature.
采用六室膜组合的膜堆研究离子交换膜-硫酸铵溶液体系的电流-电压曲线,考察了离子交换膜(JCM-15和JAM-15)-硫酸铵溶液体系中硫酸铵浓度、流速和温度对极限电流密度的影响。
3.
The limiting current density of salt solution with and without amino acid of different concentrations under different flow rates were measured.
测定了不同浓度和流速下的盐水和氨基酸盐溶液的极限电流密度,分析了浓度、流速、氨基酸含量等因素对电渗析极限电流密度的影响,提出了描述电渗析特性的数学模型。
2) limited current density
极限电流密度
1.
The factors of limited current density of electrodialysis;
影响电渗析器极限电流密度的因素
3) limit current density
极限电流密度
1.
The results show that:the copper electrorefining by AC/DC electrolysis can increase the limit current density to about 360A/m2 but does not have much effect on the quality of cathode copper,so it is with some reference value of today\'s electrolytic copper production.
结果表明:在阴极铜质量未受到较大影响的前提下,交直流叠加电解可以将极限电流密度提高到360A/m2左右,对当今的电解铜生产有一定的参考和借鉴意义。
2.
That is due to that the decrease of limit current density caused by CO coverage.
提出电池在中等电流密度段电压迅速下降的原因是由于CO吸附在催化剂表面,影响了氢气氧化反应的速率,从而降低了电极的极限电流密度造成的。
4) cathodic limiting current
阴极极限电流密度
1.
The results showed that the cathodic limiting current density significantly increased with the presence of the TPB zone,indicating that the TPB zone played an important role in the cathodic process of metals.
结果表明,三相线界面区长度及宽度的增加均使得阴极极限电流密度有明显增加,而溶液浓度对阴极过程的影响只在三相线界面区面积较小时才表现出来。
5) Limited diffusion current density
极限扩散电流密度
6) heat flux limit
热流密度极限
补充资料：极限电流密度
分子式：
CAS号：
性质：在离子交换膜专业领域中是指在离子膜电渗析过程中即将发生膜极化的电流密度界限。在此极限之下，可以缓和或避免极化而引起的沉淀结构问题。一般电渗析过程应在极限电流密度以下范围内进行。
CAS号：
性质：在离子交换膜专业领域中是指在离子膜电渗析过程中即将发生膜极化的电流密度界限。在此极限之下，可以缓和或避免极化而引起的沉淀结构问题。一般电渗析过程应在极限电流密度以下范围内进行。
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