研究了若干种氧化物的还原温度和还原时间对还原效率的影响。
The relations of reduction efficiency with the temperature and the time are measured. The optimum reduction conditions are obtained.
测得的反应动力学常数能够定量地表示胶体半导体光还原效率的差异。
Kinetics constants measured can quantitatively express the photoreduction efficiency difference of colloidal semiconductors.
对镉还原测定食品中硝酸盐的方法进行了改进，研究了影响镉柱还原效率的因素。
The determination of nitrate content in foods by deoxidization with cadmium is improved. The effecting factors on deoxidization efficiency of cadmium column are studied.
开关电源充电机具有恒压、恒流充电功能，具有充电速度快、充电还原效率高、无需人工值守等优点。
The switch type charging has the features of constant voltage and current, quick charging, high reducing efficiency of charging. Therefore there's no need of person to be on duty.
实验结果发现，碳极的表面积会强烈影响介面电荷转移阻抗、I3-离子还原效率与光电转换效率。
We find that the surface area of carbon electrodes has markedly influences on the charge transfer resistance, the efficiency of catalytic process of I3 - ions, and the energy conversion efficiency.
初始氧浓度对煤粉和煤焦再燃还原NO效率均有明显影响，当粒度较粗时这种影响更加显著。
The primary oxygen concentration obviously affected NO reduction, especially when the reburning coal and char had bigger size.
为考查异化还原微生物在浸出金属氧化物中的行为，提高微生物浸出深海多金属结核的效率。
Behavior of microbial dissimilatory reduction in the process of bioleaching metal oxide was researched to increase the leaching efficiency of Marine manganese nodules.
结果表明，还原脱硫效率高，喷氨脱氮效果好。
Results show that reducing desulfurization has higher efficiency and ammonia injection effect is very perfect.
该法处理速度快、效率高，主要原因是处理过程中同时发生了吸附作用和腐蚀电池还原作用。
The quick and high rate of the treatment is mainly due to the adsorption and reduction action of the corrosion cell.
对于同一煤种，再燃还原NO效率受温度的影响随再燃燃料比增加而增大。
For the same kind of coal, with the increase of reburning fuel fraction, temperature had more obvious effect on NO reduction.
对氧还原反应，发生在燃料电池的阴极地方创建作为其唯一的废水和它的存在，多达40燃料电池的效率是百分之丢失。
The oxygen reduction reaction that takes place at the fuel cell's cathode creates water as its only waste and it is there that up to 40 percent of a fuel cell's efficiency is lost.
试验表明：冷固结球团矿直接还原新工艺具有工艺流程短、基建投资省、生产效率高、能源消耗少等特点。
The experiment showed that the new direct reduction technology had such advantages as short flow, small investment, high efficiency and low power consumption.
基于报文级别的捕获、还原、匹配的传统入侵检测系统效率无法满足要求。
Traditional IDS systems based on packet level with capturing, reassembling and matching can't follow the desire of efficiency.
短回转窑具有可用热效率高，熔炼强度大的优点，可作为脆硫铅锑矿精矿还原造锍熔炼的熔炼设备。
Due to its advantages, such as high thermal efficiency and smelting intensity, the short rotary furnace can be used as smelting devices for reduction matting smelting of jamesonite concentrate.
首次使用电化学聚合-掺杂技术制备了固定化氧化还原介体，用以提高硝基苯的厌氧转化效率。
To promote the anaerobic biotransformation efficiency of nitrobenzene, electrochemical polymerization-doping technology has been proposed to prepare the immobilized REDOX mediator for the first time.
还原炉是卧式布置。炉子加热启动快，热惯性小，保温效果好，热效率高。
The furnace is horizontal, which is characterized by fast starting, low heat inertia, good isolation and high heating efficiency.
单一基质白光荧光粉因具有流明效率高、色彩还原性好等特点，所以对其研究的意义重大。
Due to the high lumens efficiency, good color reproduction characteristics of single matrix white phosphor, the research on it has great significance.
通过强化传热可以大幅提高还原加料速度，缩短还原生产周期，提高生产效率。
The strengthening heat transfer can significantly improve reduction feeding rate and shorten the cycle of reduction process, finally increase production efficiency.
它是将热升华墨水直接打印在涂织物上，无需任何介质，通过显示机色彩还原所需画面。 设备稳定，成本低，效率高，省人工，市场前景广阔，商机无限。
Brief introduction: This machine eliminates the need for any medium, with stability , low cost , high efficiency and labor-saving, it has a promising market and an unlimited business opportunities.
介绍了各种储能方式及其特点，综述了大型储能技术的研究开发状况，其中氧化还原液流电池具有成本低、效率高、寿命长等优点，商业化前景看好。
It was pointed out that redox flow batteries, which possess advantages of low capital cost, high energy efficiency and long lifetime, were the most promising commercial technologies.
本方法提高了脱硝效率，提高了生物质及氨基还原剂的利用率，减少二次污染物生成和排放。
The method enhances the denitration efficiency, improves the utilization rate of the biomass and the amino reducer, and reduces the generation and emission of secondary contaminants.
本方法提高了脱硝效率，提高了生物质及氨基还原剂的利用率，减少二次污染物生成和排放。
The method enhances the denitration efficiency, improves the utilization rate of the biomass and the amino reducer, and reduces the generation and emission of secondary contaminants.
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