- 更多网络例句与阳极液相关的网络例句 [注：此内容来源于网络，仅供参考]
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By means of experiment and analyzing with comparison,it was poi nted that the existence of moleculear calcium in brine is the main causes for Ca ion of anolyte increasing.
通过试验并分析比较，指出盐水中分子钙的存在是导致阳极液Ca2+升高的主要因素。
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Effect of parameters including current density, temperature, acidity of anolyte and catholyte, concentration of nickel and NaCl in anolyte on preparation of nickel chloride solution is investigated.
研究了以镍基废合金板为原料，电流密度、温度、阳极液和阴极液的酸度、阳极液中NaCl和Ni(上标 2+)的浓度对电解制备氯化镍溶液的影响。
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The electro-oxidation in anion exchange membrane system can be carried out in larger range of anolyte acid but cation exchange membrane system only for over 0.75mol/L.
发现阴离子膜电解体系可以在较大的阳极液酸度范围内进行铈的电解氧化，而阳离子膜电解体系则必须在大于0.75mol／L的酸度条件下进行。
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Current density, anolyte acid and concentration of SO42 in anolyte are notable factors influencing the current efficiency, oxidation rate and cell potential.
通过均匀设计的电解条件试验得出：电流密度、阳极液酸度和阳极液硫酸根浓度为影响电流效率、氧化率和槽电压的显著因素。
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Under the conditions of stir speeds 400 r·min~(-1) and distance between anode and cathode 1 mm, by using the orthogonal design, the optimum technological conditions were found that the current density was 0.3 A·cm~(-2), initial NaOH concentration in catholyte was 50 g·L~(-1), reaction times of two steps were all theoretical electrochemical reaction times. In the first electrosynthesis, initial Na_2CrO_4 concentration in anolyte was 650 g·L~(-1), and reaction temperature was 80℃. In the second electrosynthesis, initial Na_2Cr_2O_7 concentration in anolyte was 700 g·L~(-1), and reaction temperature was 85℃.
324全氟磺酸增强复合阳离子交换膜、阴阳极液中搅拌速度均为400r·min~(-1)条件下，通过正交实验得到优化工艺条件为：电流密度0.3A·cm~(-2)，阴极液氢氧化钠初始浓度50g·L~(-1)，两步反应时间均为理论电催化反应时间，第一步阳极液铬酸钠初始浓度650g·L~(-1)，反应温度80℃，第二步阳极液重铬酸钠初始浓度700g·L~(-1)，反应温度85℃。
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Procedure— Using a dry syringe, quickly inject the Test Preparation, accurately measured and estimated to contain 0.5 to 5 mg of water, or as recommended by the instrument manufacturer into the anolyte, mix, and perform the coulometric titration to the electrometric endpoint. Read the water content of the Test Preparation directly from the instrument's display, and calculate the percentage that is present in the substance.
规程---使用一个干燥的注射器，快速注入测试样本，准确测量并估计大约含有0.5~5mg水，或者按照仪器制造商的推荐至阳极液中，混匀，采用库仑滴定法滴定至电量终点，直接从仪器显示处读取测试样本的水的含量，计算样品中存在的水的百分含量。
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The kinetic data such as anolyte volume, fractional conversion, etc., were experimentally measured at different reaction times, different temperatures and different initial anolyte concentrations.
实验测得不同温度、不同初始阳极液浓度、不同反应时间下阳极液体积、转化率等宏观动力学数据。
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The working voltages were experimentally measured on-line at different reaction times under conditions of different temperatures, different current densities, and different initial anolyte concentrations in the electrochemical synthesis process of sodium dichromate and chromic anhydride from sodium chromate and sodium dichromate, respectively.
在线实验测得不同温度、不同电流密度、阳极液不同初始浓度时，铬酸钠电催化合成重铬酸钠和重铬酸钠电催化合成铬酸酐过程中不同反应时间下的工作电压。
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The anolyte used was sodium dichromate solution, and the anode used was a self-made combination electrode of titanium matrix with a multiple-unit metal oxides active coating.
本技术所用阳极液为重铬酸钠水溶液，阳极为自制钛基多元金属氧化物复合电极。
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The result shows that to improve the anodic current efficiency, we should decrease the reactions in the anodic solution between dissolving chlorine and transferring sodium hydrate and reduce a series of the reactions between the anode and the cathode.
本论文首先阐述了氯碱工业生产技术发展历史，并介绍离子膜法电解产生、发展过程以及其发展方向，考察了影响电流效率的各种因素，并提出提高电流效率的措施，得出要提高阳极电流效率，就要尽量减少在阳极液中产生的溶解氯与迁移烧碱之间发生的副反应，减少阳极上氧的析出量；要提高碱的电流效率，就要尽量减少氢氧根离子向阳极室的反渗。
- 更多网络解释与阳极液相关的网络解释 [注：此内容来源于网络，仅供参考]
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anolyte：阳极电解液
anogenic 深成变质的 | anolyte 阳极电解液 | anomalistic point 反常点
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anolyte：阳极液
anodized film 陽極化成 | anolyte 陽極液 | anomalous 異常
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anolyte：阳极电解液(电解时阳极附近液体
anolyte 阳极电解液 | anolyte 阳极电解液(电解时阳极附近液体 | anomalistic inequalities 月角差
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anolyte：阳极电解液,阳极液
anodizing 阳极氧化处理 | anolyte 阳极电解液,阳极液 | anomalous behavior 反常行为
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anolyte acidity：阳极液酸度
bran flour 带有细麸皮的面粉 | anolyte acidity 阳极液酸度 | negotiate a turn 拐弯道
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anolyte compartment：阳[阴]极液室
anolyte acidity | 阳极液酸度 | anolyte compartment | 阳[阴]极液室 | anolyte | 阳极(电解)液
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anomalistic inequalities：月角差
anolyte 阳极电解液(电解时阳极附近液体 | anomalistic inequalities 月角差 | anomalistic month 近点月
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colorimetric method：比色法
pH值可由指示剂的比色法(colorimetric method)及PH计测定法. 比重(specific gravity)的测定可以简易快速的了解铬镀液中铬酸之浓度,硫酸铜镀液中硫酸之浓度,阳极处理液中之铬酸盐之浓度等. 镀液中加润湿剂(wetting agent)做为防止针孔剂(anit-pitting agents)时,
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anodizing treatment：阳极处理
anodic reaction 阳极反应 | anodizing treatment 阳极处理 | anolyte 阳极电解液
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anodising：阳极处理
anode wire 阳极丝 | anodising 阳极处理 | anolyte 阳极电解液