- 更多网络例句与电解液相关的网络例句 [注：此内容来源于网络，仅供参考]
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An anolyte make-up tank (62) external to the anolyte reservoir and anode chamber supplies anolyte solution to the anolyte reservoir.
设置在阳极电解液储存器及阳极室外部的阳极电解液补给罐（62）向阳极电解液储存器供应阳极电解溶液。
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When 0.02 mol/L NaOH solution is employed as the anolyte, the removal rates are 25.9%, 31.2% and 47.3% with 1.0, 1.5 and 2.0 V/cm voltage gradient respectively.
结果表明，1.0 V/cm电解电压下，当阳极电解液为去离子水时，氟在阴、阳极电解液中的累积量分别为8.2 mg和47.7 mg，土壤氟的去除率仅为8.8%。
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The anolyte solution is transferred from the anolyte make-up tank, to the anolyte reservoir, and into the anode chamber by gravity.
阳极电解溶液借助于重力从阳极电解液补给罐输送到阳极电解液储存器，并流入阳极室。
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The influence of battery formula and technology parameter on the safety performance of mercury-free alkaline Zn/MnO2 button cell was explored. Short circuit test and overdischarge test were used to study the safety performance of battery produced with varied formula and technology parameter. The factors affecting the safety performance of battery were studied. The optimal technology parameters are confirmed as follows: capacity ratio of anode to cathode is 0.91, KOH electrolyte content is 43%, content of Zn22- dissolved in KOH electrolyte is 7%, content of ZnO added in zinc gel is 0.8%1.0%, content of electrolyte added in zinc gel is 40%42%, content of binder added in zinc gel is 1% and the mass ratio of polyacrylate sodium to polyacrylic acid is 64, content of inhibitor added in zinc gel is 0.01%.
摘 要：探讨电池配方和工艺参数对无汞扣式碱锰电池安全性能的影响，采用短路测试和过放电测试的方法研究各种工艺配方下电池的安全性能，通过实验研究了影响电池安全性能的各种因素，并确定最佳的工艺参数分别如下：负极与正极容量配比为0.91，KOH电解液浓度为43%，电解液中氧化锌的含量为7%，锌膏中的氧化锌用量为0.8%~1.0%，锌膏中电解液用量为锌粉量的40%~42%，锌膏中增稠剂用量为锌粉量的1%且其中聚丙烯酸钠与聚丙烯酸的质量比为64，锌膏中缓蚀剂用量为锌粉量的0.01%。
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The synthesis mechanism of Al_(13)in the process of electrolysis was discussed,the effects of electrolysis voltage,the original concentration of Al~(3+),the circulation mixing rate of the electrolyte and the exchanging frequency of the electrodes on the synthesis velocity of Al_(13),ratio of Al_(13)in total Aland the electrolysis time were studied.
本工作对电解过程中Al_(13)的形成机理进行了探讨，并研究了电解电压、Al~(3+)的初始浓度、电解液的循环搅拌速度和阴阳电极的互换频率对Al_(13)的合成速度、Al_(13)占总铝的比率及电解所需时间的影响，得出了电解法制备Al_(13)的最佳工艺条件：电极互换频率为1次·min~(-1)、电解液中Al~(3+)的初始浓度为0.5000mol·L~(-1)、电解电压为12V和0.5L·min~(-1)的电解液循环搅拌速度，在此条件下电解125min可制得碱化度为82.0%，Al_(13)占总铝的比率达91.2%的液体产品。
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The deposition speed of Fe powder was mainly influenced by current ,initial catholyte pH and mol-ratio of Fe and EDTA.
实验结果表明，电流、阴极电解液初始pH值和Fe/EDTA摩尔比对粉末铁析出速率影响较大，粉末铁电解析出的适宜条件是电解电流为1.0 A、阴极电解液初始pH值为5.6、阴极电解液Fe/EDTA摩尔比足够高。
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In this process, the electrolylic bath with cationic exchange membrance and leas electrode is used. The cathode liquor is oxalic acid, the anode liquor is diluted sulfuric acid. The process above has following advantages with high yield, top quality, lower cost, no "three wastes" pollution, and no oxalic aldehyde in the product. It is a cleaner and environment-friend technology, and is a development trend for production of glyoxalic acid. Complete analytical process for raw materials, intermediate and final products were established.
本论文通过对乙醛酸合成路线的研究，确定了草酸电解法制乙醛酸的工艺路线，此法采用装有阳离子交换隔膜和铅电极的电解槽，阴极电解液为草酸溶液，阳极电解液为稀硫酸，该工艺具有产品收率高、质量好、成本低、无三废污染、产品中无乙二醛等特点，是一条清洁、绿色工艺，是生产乙醛酸的主要发展方向。
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The electrolyte, which is different from the conventional electrolyte of the ethylene-boric acid system, consists of ethylene, dimethylformamide, ammonium hexandioic and polyhydric alcohol but water.
它是以乙二醇和二甲基甲酰胺为主溶剂，以己二酸铵为溶质，以多元醇为热稳定剂的非水系工作电解液。本文对新型工作电解液和一般工作电解液进行了比较。
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The invention discloses an electrochemical method for preparing a hydroxylapatite particle thin coating on the surface of a metal implant, which comprises the following steps: electrolyte is put into a container equipped with a constant temperature heating system and heated to be 30 DEG C to 95 DEG C, and then the temperature is kept; platinum is taken as the anode and evenly distributed around the container, and the metal implant is taken as the cathode, put in the middle of the container and totally soaked in the electrolyte; DC voltage of 2V to 4V is added between the anode and the cathode, the surface of the metal implant has cathode reduction reaction, the pH value is increased and the supersaturation degree of the hydroxylapatite is also increased, so as to crystalize on the surface of titanium; after 0.5h to 5h of deposition, a layer of hydroxylapatite particle thin coating which can be excellently adhered to the matrix metal is formed on the surface of the implant.
本发明公开了一种在金属植入体表面制备羟基磷灰石颗粒薄涂层的电化学方法，在装备了恒温加热系统的容器中装入电解液，并将电解液加热到30～95℃恒温；将铂作为阳极均匀分布在容器四周，金属植入体作为阴极置于容器中间，完全浸没在电解液中，两极之间加直流电压2～4V，金属植入体表面发生阴极还原反应，pH值升高，羟基磷灰石过饱和度增加，从而结晶在钛金属表面；经过0.5～5小时沉积后，在植入体表面即可形成一层与基体金属结合优良的、薄的羟基磷灰石颗粒薄涂层。
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Since the marking water will be supplied with the gauge pump marking water supply system, the marking water consumption for each marking will be even so that less water would be used and more stable marking will be done.
由于使用泵液系统进行电解液供给，使每次打标时所消耗的电解液量都是均匀的，不仅节省电解液，而且打出的标记更加稳定。
- 更多网络解释与电解液相关的网络解释 [注：此内容来源于网络，仅供参考]
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electrolyte analyser：电解液分析器
electrolyte;电解液;; | electrolyte analyser;电解液分析器;; | electrolytic cells for fluorine production;生产氟的电解槽;;
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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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Bastian meter：电解液安时表
ball electrolyte tester 色球式[蓄电池]电解液检验器 | Bastian meter 电解液安时表 | bath solution 电解液
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electrolyte：电解液
这电池被称为"干的"是因为其电解液(electrolyte)是一种潮湿的糊剂(moist paste). 如果它真的(actually)是干的话,电解液中的离子(ion)就不能动来动去(move about),电流就产生不了了. 在电池工作(operation)时,锌原子通过失去电子而变成了锌离子.
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electrolyte：电解液,电解质
electrolysiswithairblowing 鼓风搅拌电解 | electrolyte 电解液 电解质 | electrolyteactivatedbattery 电解液激活蓄电池
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electrolyte solution：电解液
Electrolyte 电解液,电解质 | Electrolyte solution 电解液 | Electrolyte degreasing 电解去除
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wet electrolytic capacitor：湿电解电容器,电解液电容器
wet electrical dust precipitator 湿式电除尘器 | wet electrolytic capacitor 湿电解电容器,电解液电容器 | wet element 湿电池
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electrolytic hardening：电解液淬火法
electrolytic hardening 电解液淬火 | electrolytic hardening 电解液淬火法 | electrolytic instrument 电解式仪表
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electrolytic hardening：电解液淬火
electrolytic grinding 电解磨削 | electrolytic hardening 电解液淬火 | electrolytic hardening 电解液淬火法