煅烧制度,calcined system
1)calcined system煅烧制度
1.Study on microstructure of portland cement clinker under differentcalcined systems不同煅烧制度下硅酸盐水泥熟料显微结构的研究
英文短句/例句
1.The Influence of the Burning Conditions on the Dissolution Properties of Burnt Gypsums;煅烧制度对煅烧石膏溶解特性的影响
2.The Influence of Calcinated Condition and Activator on the Pozzolanic Activity of Metakaolin煅烧制度及激发剂对偏高岭土活性的影响
3.Calculation of the thermodynamic and Sintering System Research for Belite-barium Calcium Sulphoaluminate Cement贝利特-硫铝酸钡钙水泥熟料矿相体系的热力学计算及煅烧制度
4.Heat Treatment System on Properties of Micropored Lightweight Mullite Aggregate煅烧制度对合成轻质微孔莫来石骨料性能的影响
5.Study on microstructure of portland cement clinker under different calcined systems不同煅烧制度下硅酸盐水泥熟料显微结构的研究
6.Study on optimum burning temperature of white cement by soda residue碱渣烧制白色水泥适宜煅烧温度的研究
7.Study on the Temperature Control Algorithm of Gypsum Calcinatory System脱硫石膏干燥煅烧系统温度控制的算法研究
8.Design and Simulation of Temperature Controller for Calcining Zone of Rotary Kiln回转窑煅烧带温度控制器的设计与仿真
9.The influences of particle size, calcining temperature, and time on the preparation of lime with high activity from small particles of limestone were studied.研究了石灰石粒度、烧温度和时间对小颗粒石灰石煅烧制备高活性度石灰的影响。
10.Influence of Combustion Temperature on Strength Activity of Pulverized Strontium Slag煅烧温度对磨细锶渣强度活性的影响
11.brown [brownish] red棕红(用土黄煅烧制成的颜料)
12.Synthesis and Application Research on Extinction Effect of Calcined Diatomite煅烧硅藻土消光助剂制备与应用研究
13.Determination and control of insulation points in retort calciner罐式煅烧炉烘炉保温点的确定与控制
14.The design and realization of 45-meters rotary kiln calcination combustion control system45m煅烧回转窑燃烧控制系统设计与实现
15.Study of the Calcining Temperature Effect on the Properties of Needle Coke from Baosteel煅烧温度对宝钢针状焦性能影响的研究
16.The Research On Calcination Temperature and Soaking Time of the Silicon Chrome Green Pigment硅铬绿色料煅烧温度及保温时间的研究
17.POLYCRYSTALLINE STRUCTURE OF WASTE SLAG INALUMINUM FACTORY AT DIFFERENT CALCINING TEMPERATURES煅烧温度对铝型材厂污泥晶相结构影响的研究
18.Effects of catalysts and calcination temperatures on synthesis of SiC fibers催化剂及煅烧温度对合成SiC纤维的影响
相关短句/例句
calcination temperature煅烧温度
1.Effect ofcalcination temperature on the structure and catalytic properties of perovskite mixed-oxide for simultaneous removal of NO_x and soot;煅烧温度对钙钛矿复合金属氧化物的结构及其同时催化去除NO_x和碳烟的影响
2.Suitablecalcination temperature of activate kaolin clay;活化高岭土适宜煅烧温度
3.Effects ofcalcination temperature on structure of titanium oxide photocatalyst煅烧温度对二氧化钛光催化剂结构的影响
3)calcined temperature煅烧温度
1.The results show that when thecalcined temperature increases,the grain size increases and the absorption profile shifts to longer wave to some degree.以钛酸四正丁酯为原料,采用溶胶-凝胶法制备了不同煅烧温度(500℃、600℃、700℃和800℃)的TiO2纳米粒子,对样品进行了TG-DTA、XRD、UV-Vis及IR分析,并以甲基橙为目标降解物,考察了煅烧温度对TiO2光催化性能的影响。
2.The effects ofcalcined temperature on the characteristics of SrTiO3 Powder prepared by chemical coprecipitation method were studied by TG-DTA, XRD, SEM, etc.通过研究不同煅烧温度对粉料性能的影响,认为粉料前驱体在800～900℃煅烧1小时后所得SrTiO_3粉料烧结活性较好。
4)calcinations temperature煅烧温度
1.The property of the granular bentonite was measured,the influences ofcalcinations temperature and absorbed time on adsorption property were discussed.测试了样品的性能,讨论了煅烧温度、吸附时间对吸附性能的影响。
2.It analyzes origin of activity of coal gangue and method on acting it,and also analyzes influencing factors to its forming fromcalcinations temperature、calcinations time、cooling means、maintenance condition and fineness,then puts forward some suggestion combined with research finding in domestic.对煤矸石活性来源及激活煤矸石活性的方法进行了分析;从煅烧温度、煅烧时间、冷却条件、养护条件及细度等方面分析了煤矸石活性形成的各种影响因素,并结合国内的研究成果,提出了一些建议。
3.Thecalcinations temperature and ageing time influence the performance of desulphurization gypsum.脱硫石膏的煅烧温度和陈化时间会对石膏浆体的性能产生影响,特别要注意陈化时间过长时,脱硫石膏会吸收过多的水分,出现不凝结的现象。
5)calcining temperature煅烧温度
1.The best PH range was investigated,and the effects ofcalcining temperature and holding time on the size of nanometer-sized particles were also studied.探讨了共沉淀法制备SnO2 CuO的最佳PH值范围 ,研究了煅烧温度和保温时间对纳米粒子尺寸的影响。
2.The morphology of the particles was observed by means of scanning electron microscopy and the influence ofcalcining temperature to particle"s morphology was studied.借助热分析仪(DSC)分析了共沉淀产物的热分解过程,确定了共沉淀产物的煅烧温度范围,采用三个不同煅烧温度煅烧得到BaTiO3粉体。
3.Results show that with the increase ofcalcining temperature,the grain becomes larger and d(111)and an axis becomes shorter while c axis becomes longer gradually.通过DSC对其进行热分析,确定两个煅烧温度:780℃和900℃。
6)burning temperature煅烧温度
1.The effect of flour-sulfur contained quarry A formed under differentburning temperature on cement hydration;不同煅烧温度下形成的含氟硫A矿对水泥水化性能的影响
2.Study on optimumburning temperature of white cement by soda residue;碱渣烧制白色水泥适宜煅烧温度的研究
3.Using burnability index to control theburning temperature of rotary kiln;用生料易烧性指数控制回转窑煅烧温度
延伸阅读
煅烧分子式：CAS号：性质：在一定温度下，于空气或惰性气流中进行热处理，称为煅烧或焙烧。煅烧过程主要发生的物理和化学变化有：(1)热分解。除去化学结合水，CO2，NOx等挥发性杂质，在较高温度下，氧化物还可能发生固相反应，形成有活性的化合状态；(2)再结晶，可得到一定的晶形、晶体大小、孔结构和比表面；(3)微晶适当烧结，以提高机械强度。
