caking coal
英 [ˈkeɪkɪŋ kəʊl]
美 [ˈkeɪkɪŋ koʊl]
炼焦煤，粘接性煤
双语例句
- The results show the high-temperature coke from low metamorphic weakly caking coal has the most pore, and the best activity;
结果表明，低变质弱粘结煤高温焦炭的孔隙最发育，活性最好； - Effects of the caking property of coal for briquetting on the cold briquetting process and the briquette carbonization process were analyzed.
本文研究了云南海口地区磷矿料浆法制重钙的主要工艺条件和改善化成法重钙粘结性的添加剂。 - The caking property of coal for cold briquetting
冷压成型用煤的粘结性 - Analyzed was the feasibility for production of columnar activated carbon from Datong weak caking coal and high temperature coal tar with advanced blending and molding techniques.
分析了利用大同低灰弱粘煤和高温焦油，采用先进的配比、成型等生产工艺，生产柱状活性炭的可行性； - Research on the desulfurization of high sulfur and strongly caking coal by high temperature pyrolysis
高硫强粘结性煤高温热解脱硫的研究 - The CO& Carbonization of High Volatile Weaker Caking Coal with Binder
高挥发弱粘结煤与粘结剂的共碳化 - Lignite, long flame coal, non-caking coal and weakly caking coal with higher ratio of atomic hydrogen to atomic carbon, higher volatile matter, lower inert component content and lower ash are suitable for direct liquefaction.
H/C原子比较高、挥发份较高、惰性组分含量和灰分较低的褐煤、长焰煤、不粘煤、弱粘煤等是适宜直接液化煤种。 - Counting on Caking Index of Coal With Volatile Content and Plastic Layer Thickness of Coal
用煤的挥发分、胶质层厚度计算煤的粘结指数 - Investigation on structure of weakly caking coal at high temperature and influence on synthesizing SiC
弱粘结煤的高温结构变化及其对合成SiC的影响 - A 40 kg small coking oven test was made for to find suitable substitute coal kind through the basic characters analysis of weakly caking coal.
通过分析弱粘煤的基本特性，找出其适合替代的煤种，并通过40kg小焦炉实验和工业实验，确定了配煤方案。 - THE CAKING PROPERTY OF COAL FOR COLD BRIQUETTING Study on activation ability of coal ashes
冷压成型用煤的粘结性粉煤灰活化性能的试验研究 - Study on Briquette of Weak Caking Coal Fine
弱粘结性粉煤成型的研究 - Comments on Countermeasures for the Shortage of Strong Caking Coal Resources
谈强粘结煤资源短缺的对策 - Effects of Binders on Carbon Molecular Sieves From Non caking Coal
粘结剂对不粘煤制炭分子筛的影响 - This paper studies requirement for industrial dry of non caking coal according to its characteristic.
从不粘煤的特性出发，讨论了不粘煤工业干燥的要求； - Investigation on Microwave Convection Drying of Non caking Coal
不粘煤的微波－对流干燥研究 - SiC was prepared with siliceous colliery waste, quartzite, anthracite coal and weakly caking coal by Acheson process. The microstructure of siliceous colliery waste was investigated by SEM.
分别以硅质煤矸石、石英砂与弱粘煤、无烟煤作原料用Acheson工艺合成了SiC，并研究了硅质煤矸石的微观结构。 - Scientific basis for making metallurgical formed coke from weakly caking coal ( part 1)
弱粘结性煤生产冶金型焦的科学基础（连载1） - THE CAKING PROPERTY OF COAL FOR COLD BRIQUETTING Pressure Drop in Packed Beds of Small Particles
冷压成型用煤的粘结性细粒湿填料床的流动压降 - Effects of the caking property of coal for briquetting on the cold briquetting process and the briquette carbonization process were analyzed. The influence of the caking property of basic coal and blending caking coal on the strength and the hot property of briquettes and formcokes were discussed.
分析了成型用煤粘结性对冷压成型和型煤炭化工艺的作用，讨论了主体煤粘结性和配粘结用煤对型煤和型焦的强度及热性质的影响。 - The high temperature activation character and application of weakly caking coal
弱粘结煤高温活化特性及其应用 - The slurry forming ability was researched in laboratory with two low rank coals& Fuxin long flame coal and Shenmu non caking coal.
采用两种低阶煤&阜新长焰煤和神木不粘煤进行了成浆性试验研究。 - The caking property of coal is related with its fluorescent parameter.
煤的粘结性、结焦性均与其荧光参数有关； - Preliminary Study on Weakly Caking Coal Blending Coking and production Practice
弱粘煤配煤炼焦的初步研究与生产实践 - The reaction process and mechanism of pyrolysis and carbonization of caking coal were proposed.
提出了焦煤的热解、碳化反应历程及其机理。 - After 1/ 3 coking coal is replaced by waste plastics, it shows particular law, in view of products distribution, if waste plastics is used to replace weakly-caking coal, its blending proportion can be increased.
废塑料代替1/3焦煤配煤炼焦后表现出较特殊的规律，从产物分布上考虑，若用废塑料代替弱粘煤，废塑料的配比可以增加。 - During carbonization step, Caking coal can produce large quantity of coal tar which can act as a high temperature binder. This could reduce produce cost and simplify the process.
由于粘结性煤在炭化过程中能生成大量煤焦油，起到高温粘结剂的作用，从而避免了高温粘结剂的使用，降低了生产成本，简化了生产工艺。