1)ultrafine comminution technolog y超细粉碎技术
1.Then the applications of ultrafine comminution technolog y in biomaterials,including plant materials and animal materials,were introduced emphatically.首先分析了生物材料超细粉碎的特点及其意义,进而重点介绍了超细粉碎技术在植物、动物等生物材料中的应用。
英文短句/例句
1.The application of Ultra-fine pulverization on the exploiture of plant resources;植物性食品资源开发中的高新技术——超细粉碎技术
2.Study on the Superfine Grinding Technology of Food Based on the Controlled Cutting Principle;基于受控切割机理的食品物料超细粉碎技术的研究
3.The present state of the ultra-fine comminution technology and equipment for non-metallic ores are reviewed and the existing problems and the development orientation are pointed out.综述了非金属矿超细粉碎技术和设备的发展现状，指出了目前存在的问题和发展方向。
4.Developments of Techniques of Ultra-fine Grinding and Classification非金属矿超细粉碎与精细分级技术进展
5.Research on New Techniques of Superfine Grinding for Superhard Powder by High Vibration Intensity超硬粉体超微粉碎的高振强振动磨技术研究
6.Study on the Application of Near Infrared Spectroscopy and Ultrafine Grinding in the Processing of Chitin;近红外技术和超细粉碎在甲壳素加工中的应用研究
7.Study on the Micro Comminuting Technology and Experiment on the Oiliness Materials;高油脂物料微细粉碎技术及实验研究
8.Study on the impact of Physical and Chemical Properties of Radix Saposhnikoviae during Ultrafine grinding超微粉碎技术对防风理化性质的影响初探
9.Superfine comminution technology and its application on animal resources development超微粉碎技术及其在动物资源开发中的应用
10.Study on the influence of pre-processing on partical size of bone paste with super micro-smash前处理技术对超微粉碎猪骨泥粒度影响的研究
11.Study on Super-Pulverized Coal Reburning Mecharism and Separating Technology;超细煤粉再燃机理及细粉分离技术研究
12.Study on the Key Technique and Equipment of Micro Shattering for the Soybean Dregs from Industry;工业豆渣微细粉碎关键技术与装备研究
13.Effects of Superfine Comminution Technique on Leaching Rates of Quercetin and Kaempferol in Pollen of Brassica campestris超微粉碎技术对油菜花粉中槲皮素和山奈素溶出率的影响
14.Interference fit level for electricity spindle on superfine cellulosine disintegrator超细木粉粉碎机电主轴的过盈配合量
15.Single-phase Numerical Simulation on Comminuting Concave of Superfine Comminuting Mill with Turbulence湍流超细粉碎机粉碎腔内单相流场的数值模拟
16.super fine zinc powder production technology and equipment超细锌粉生产技术与设备
17.The Numerical Simulation on Micronized Coal Reburning Technology for Reducing NOx Emission;超细煤粉再燃技术降低NOx的数值模拟
18.The Application of the Micronization Technology in Zhizhu-Pills and the Produced Impact of its Dissolution超微粉碎技术在枳术丸中的应用及其溶出影响研究
相关短句/例句
ultramicro disintegrating technology超微细粉碎技术
3)superfine communication technique超微粉碎技术
1.The characteristics of superfine communication technique and the applied advantage of modern production in the Chinese herbal medicine are described.概述了超微粉碎技术的特点,阐述了超微粉碎技术在中药生产现代化中的应用优势和近来所开展的部分研究工作,展望了超微粉碎技术与中药现代化生产相结合在产业化方面的应用前景。
4)ultra-fine grinding超细粉碎
1.Progress of ultra-fine grinding and classifying techniques in China;中国超细粉碎和精细分级技术现状及发展
2.Through experimental studies on ultra-fine grinding of molybdenite,it can be found that there is the effect of density in grinding,the ratio of ball to ore,ball distribution,rotating speed of mill, the consumption of dispersant,grinding time on grinding process.对润滑剂级辉钼矿进行超细粉碎研究,研究了磨矿浓度、球矿比、球径配比、搅拌转速、水溶分散剂用量、磨矿时间对超细磨矿结果的影响。
3.The present states of the ultra-fine grinding technology and equipment for non-metallic ores are reviewed in recent years in China.综述了我国近年来非金属矿超细粉碎技术和设备的发展现状 ,指出了制约国内技术和设备发展的几个问题 ,结合超细粉体粒子微细化、表面活性化、用途功能化、组成高纯化、产品系列化的性能要求 ,提出了我国超细粉碎技术今后的发展方向。
5)ultrafine grinding超细粉碎
1.Influence of liquid medium on ultrafine grinding of pyrite;液体介质对黄铁矿超细粉碎的影响
2.Study of ultrafine grinding of pyrite catalyst used in direct coal liquefaction;煤直接液化用黄铁矿催化剂超细粉碎的研究
3.Affecting mechanism of grinding aid during ultrafine grinding;超细粉碎过程助磨剂的作用机理
6)ultra-fine comminution超细粉碎
1.Study on ultra-fine comminution to coal using effect of pressure released;利用压力释放效应对煤进行超细粉碎的研究
2.In the meantime,the cause of ultra-fine comminution of LDPE with turbulence mill at atmospheric temperature was analyzed,also.在湍流粉碎机上,进行了常温低密聚乙烯超细粉碎的转速、入料粒度和入料速度的实验。
3.Datong coal-series kaolin can be used as paper coating after being processed by chemical blanching, ultra-fine comminution and calcine.大同含炭硬质高岭土经化学漂白、超细粉碎和煅烧处理,可获得造纸涂布用煅烧高岭土。
延伸阅读
超细粉碎 将粉粒物料磨碎到粒径为微米级的操作。应用于新型陶瓷、电子材料、 复印材料、 细胞生物化学以及塑料助剂、橡胶助剂的生产过程。超细粉碎设备种类很多，主要有三类： ①振动磨 磨体是一个装载研磨体的筒体，用弹簧支承。筒内有一球形偏心转子，由电动机直接带动，作高速旋转(1000～3000r／min)。惯性离心力使筒体在垂直和水平两个方向上作高频振动，置于筒内研磨体之间的粉料，在研磨体高频冲击和研磨作用下磨细。若用圆柱体代替圆球作研磨体，则研磨体之间从点接触改为线接触，可提高生产能力。以乙醇为助剂磨碎陶瓷原料时，可获得90％通过1μm、50％通过0.4μm的超细粉体。 ②流能磨 又称超音速内循环气流粉碎机。该机无运动部件，它利用压缩空气或过热蒸汽从喷嘴喷出时产生的高速气流（100～180m/s）带动粉体运动,粉粒因相互碰撞及与壁面的摩擦而磨细；还可利用气流的分级作用,将合格的细粉带出磨机。产物粒径大部分在1μm以下。（见彩图） ③胶体磨 磨机内有一高速旋转(周速为18~36m/s)的圆盘，它与固定圆盘之间的缝隙是可调节的，通常为0.3mm。粉料调制成悬浮液加入机内,在转盘与固定盘之间的缝隙中连续流过，粉粒在很高的剪切速度作用下碎裂，形成1μm以下的微粒。
