1)unburned pulverized coal未燃煤粉
1.Influence of unburned pulverized coal on metallurgical properties in slag in blast furnace at PZH steel;未燃煤粉对攀钢高炉炉渣冶金性能的影响
2.Behavior of unburned pulverized coal in blast furnace was investigated with a coke-filled bed hot model on the basis of the field production conditions at Baosteel,in different atmosphere and at different temperatures.该试验根据宝钢现场生产条件,在不同气氛、不同温度时利用焦炭充填床热模型研究未燃煤粉在炉内的行为。
3.It is avoidless to bring unburned pulverized coal in the case of injecting pulverized coal into blast furnace of iron making.在炼铁生产的高炉喷煤中,不可避免的要产生未燃煤粉。
2)unburnt pulverized coal未燃煤粉
1.The consumption of unburnt pulverized coal in Blast Furnace, the distribution of pulverized coal in Blast Furnace and the economic pulverized coal injection combined with production data at Baoshan I&S Corp.本文对未燃煤粉在高炉内消耗行为进行了试验模拟研究,并结合宝钢高炉喷煤的实际生产数据对煤粉在高炉内分配和高炉经济喷煤量进行了系统研究。
3)Unburned Coal未燃煤粉
1.The holdup of the unburned coal increases with the increase of powder diameter and decreases with the velocity of gas.通过建立守恒方程组,软件模拟高煤比产生的未燃煤粉和煤气两相流在高炉内的分布情况。
4)distribution of unburned pulverized coal未燃煤粉分布
5)unburned carbon of fly ash粉煤灰未燃碳
英文短句/例句
1.Impact of Laser Energy on Measurement of Fly Ash Carbon Content激光能量对粉煤灰未燃碳测量的影响
2.INVESTIGATION OF DUAL CHANNEL LOW NO_x PULVERIZED COAL COMBUSTOR FLY ASH CARBON FORMATION双通道低氮煤粉燃烧器飞灰碳形成机理的研究
3.Feasibility Study of Dry-Method Recovery of Iron Powder in Fly Ash from Coal Power Station燃煤电厂干法回收粉煤灰铁粉工艺的可行性
4.The results showed that, compared with grade Ⅱ fly ash, grade Ⅰ fly ash was not certainly good in pozzolanic reactivity.结果表明 :相比于Ⅱ级粉煤灰 ,Ⅰ级粉煤灰火山灰活性未必更高 ;
5.Establishment and contrast of formula for carbonation progress of fly ash concrete粉煤灰混凝土碳化方程的建立与对比
6.Study on Preparation of Decarburized Fly Ash-phosphogypsum Autoclaved Brick脱碳粉煤灰-磷石膏蒸压砖的制备研究
7.The design of unburnt carbon detector in fly ash based on DSP基于DSP的粉煤灰碳含量检测仪的设计
8.Slagging characteristics on carborundum combustion of boiler liners during pulverized coal stream combustion粉煤燃烧过程中锅炉碳化硅质卫燃带结渣特性
9.The Test Study of Hollow Block Made with Fly Ash and Self-burning Coal-stone;粉煤灰、自燃煤矸石空心砌块的试验研究
10.SEQUENTIAL EXTRACTION OF HEAVY METALS IN FLY ASH FROM A COAL-FIRED POWER PLANT燃煤锅炉粉煤灰中痕量元素赋存形态研究
11.And reburning PC is finer, UBC increase is smaller.再燃粉越细,飞灰含碳量随细度增加而降低越慢。
12.Study on Substitution of Clay with high Carbon Fly Ash for Cement Production用高碳粉煤灰代土生产水泥熟料的研究
13.Impact of Iron and Carbon in Synthesis Zeolite from Coal Fly Ash under the Microwave微波法粉煤灰合成沸石中铁、碳杂质的影响
14.New Process for Preparation of Poly Aluminum Ferric Chloride and White Carbon Black from Fly Ash粉煤灰制聚合氯化铝铁和白碳黑新工艺
15.Phases Transformation of High-alumina Fly Ash under Carbothermal Reduction and Nitridation高Al_2O_3粉煤灰在碳热还原氮化条件下的物相演变
16.Effect of fly ash content on the carbonation velocity of concrete by vacuum dewatering treatment粉煤灰掺量对真空脱水混凝土碳化速度的影响
17.Carbonation of Fly Ash Concrete and Mircro-hardness Analysis粉煤灰混凝土抗碳化性能及显微硬度分析
18.Impact of carbon addition method on extent of nitridation reaction of fly ash碳还原剂加入方式对粉煤灰氮化反应的影响
相关短句/例句
unburnt pulverized coal未燃煤粉
1.The consumption of unburnt pulverized coal in Blast Furnace, the distribution of pulverized coal in Blast Furnace and the economic pulverized coal injection combined with production data at Baoshan I&S Corp.本文对未燃煤粉在高炉内消耗行为进行了试验模拟研究,并结合宝钢高炉喷煤的实际生产数据对煤粉在高炉内分配和高炉经济喷煤量进行了系统研究。
3)Unburned Coal未燃煤粉
1.The holdup of the unburned coal increases with the increase of powder diameter and decreases with the velocity of gas.通过建立守恒方程组,软件模拟高煤比产生的未燃煤粉和煤气两相流在高炉内的分布情况。
4)distribution of unburned pulverized coal未燃煤粉分布
5)unburned carbon of fly ash粉煤灰未燃碳
6)unburnt coal未燃煤
1.Advantages and disadvantages of unburnt coal (char) for blast furnace running and the char producing controlling are studied.以宝钢高炉为背景分析高炉喷煤降焦的特点,以及实现喷煤 200 kg/t、焦比< 300 kg/t 的目标应采用的冶炼方针;指出未燃煤对高炉的利弊与减少未燃煤生成量的途径,并以国内外高炉的实践研究了大喷煤量以后炉内的变化规律及采取的对策
延伸阅读
白垩,磨细白垩粉,白垩粉CAS:1317-65-3中文名称:石灰石;电石灰岩;石灰石粉;霰石,文石;方解石,碳酸钙晶体;碳酸钙,白垩;白云石,白云岩,石灰岩;石灰石,石灰石;大理石,大理岩,云石,玻璃球;波特兰石;白垩,磨细白垩粉,白垩粉英文名称:Limestone;Agstone;agricultural limestone;aragonite;atomite;bell mine pulverized limestone;calcite;calcium carbonate;carbonic acid, calcium salt;chalk;dolomite;domolite;franklin;lithograpic stone;marble;natural calcium carbonate;portland stone;sohnhofen stone;whiting;limestone,powder;flux lime
