【摘 要】
：
在现在的建筑陶瓷工业中,大部分都是利用轻柴油、蜡油等作为喷雾干燥塔的燃料,虽然操作简单、容易控制,但是消耗了大量的石油资源。我国是世界上煤炭储量最大的国家,在陶瓷工
论文部分内容阅读
在现在的建筑陶瓷工业中,大部分都是利用轻柴油、蜡油等作为喷雾干燥塔的燃料,虽然操作简单、容易控制,但是消耗了大量的石油资源。我国是世界上煤炭储量最大的国家,在陶瓷工业的生产中,使用水煤浆这种清洁的高技术燃料代替石油燃料,成本低、占地面积小,所以在很多省市的陶瓷工业中得到了广泛的应用。文章介绍了水煤浆的制备及特性,具体探讨了在建筑陶瓷工业中的应用。
In the current building ceramics industry, most of them use light diesel oil and wax oil as fuel for spray drying tower. Although simple and easy to control, they consume a large amount of petroleum resources. China is the world’s largest coal reserves in the country, in the production of ceramic industry, the use of coal-water slurry clean high-tech fuel instead of petroleum fuel, low cost, small footprint, so in many provinces and cities in the ceramic industry A wide range of applications. The paper introduces the preparation and characteristics of coal water slurry, specifically discusses the application in the building ceramics industry.
其他文献
The accuracy of solid density primary standard is decided mainly by the accuracy of the diameter measurement of silicon sphere. With traditional five-interferog
Field experiments were conducted at Cereal Crops Research Institute, Pirsabak, Nowshera, Pakistan, during winter 2003～2004 and 2004～2005 to evaluate the effect of
Dialdehyde starch nanoparticles (DASNP) were prepared by the redox reaction of NaIO4 and starch in water-in-oil microemulsion. IR spectrum showed that DASNP had
介绍了上电漕泾发电有限公司一期化学系统中的超滤系统运行情况.对超滤膜的污染原因进行了分析,阐述了通过调整超滤进水加药量消减超滤装置污堵的措施.
大豆花荚脱落率和单株荚数是影响大豆单株产量的两个主要性状.研究以花荚脱落率高的大豆品种吉育73为母本及花荚脱落率低的铁荚四粒黄为父本,构建了样本容量为100的F2遗传群
对牛奶中叶酸、VB12和生物素的本底含量进行测定,为乳制品中叶酸、VB12和生物素的强化提供数据支持.选取大量牛奶样本,通过微生物法对叶酸、VB12和生物素含量进行测定.牛奶中
Objective To develop a computer-aided diagnosis(CAD)system with automatic contouring and morphologic and tex-tural analysis to aid on the classification of brea
[目的]研究2012年我国部分地区猪圆环病毒2型（PCV2）、类猪圆环病毒 P1和猪输血传播病毒（TTV）混合感染的情况。[方法]采用 PCR 方法对采集自我国江苏、安徽和浙江3省的108份组织和
针对某电厂高含盐反渗透浓排水进行了处理工艺的试验研究.结果表明,采用压气蒸馏与单效竖管蒸发相结合的工艺技术,在加入固体硫酸钙及TPRI-1-3盐卤稳定剂、pH值维持在5.0～6.0
文章采集新疆吐鲁番地区传统家庭用烤馕酵子，对酵子中的细菌进行分析。应用传统分离培养方法分离得到乳酸菌15株，均为革兰氏阳性。提取菌株DNA，扩增16S rDNA序列，并测序。乳酸菌1