英语释义

1. a bed of small solid particles (as in a coal burning furnace) suspended and kept in motion by an upward flow of a fluid (such as a gas) — called also fluid bed

片语

fluid-bed furnace流动粒子炉

fluid-bed fermenter流化床发酵罐

fluidized bed[化工] 流化床；流动层

fluid-bed coking流化床焦化

fluid-bed processing流化床过程

fluid-bed vulcanization流化床硫化

fluid-bed drying沸腾干燥法

fluid-bed roaster床式烘焙机

fluid-bed cooling流化床冷却

fluid-bed combustion流化床燃烧

英汉例句

• drying is one of the key steps in the refined salt production process , so the improvement of the efficiency of the fluid bed dryer is very important to the salt industry.

  流化床干燥器是制盐行业中最主要的干燥设备，在制盐生产中起着重要的作用。提高流化床干燥器的效率，是制盐工业的课题之一。

• the greatest difference lines in the monitoring, regulating and interlock protection which are the characteristics of circulating fluid bed boiler.

  差异最大的是循环流化床锅炉特有的循环物料的监测调节及联锁保护。

• a description is given of the use of the fluid bed cooling and dedusting technology for the first time in the product urea dust collection in medium nitrogenous fertilizer plants.

  介绍了流化床冷却除尘技术首次应用于中氮肥厂成品尿素除尘的情况。

• the effects of pressure parameters in the system of fluid bed grinding and turbine classification on the properties of the fluid bed grinder and turbine classifier were analyzed.

  本文分析了流化床气流粉碎分级系统中的压力参数对流化床粉碎与涡轮分级机性能的影响。

• the fabrication, installation and welding of dispersion plate is of importance to quality and service life of the fluid bed roaster;

  空气分布板的制作安装与焊接关系到整个沸腾焙烧炉的质量和寿命。

• therefore, has the desulphurization system's circulation fluid bed boiler to use the electrostatic precipitator, the cloth sack dust remover union use.

  因此，很多带有脱硫系统的循环流化床锅炉采用静电除尘器、布袋除尘器联合使用。

• circulating fluid bed (cfb) boiler, which is developed in recent years, is kind of clean coal technology (cct).

  循环流化床锅炉是近年才发展起来的新型洁凈煤燃烧技术，是一种洁凈绿色燃烧技术。

• in the control mode of steam water side, circulating fluid bed boiler is basically the same as pulverized coal boiler.

  循环流化床锅炉与煤粉相比，在汽水侧的控制方式上基本相同。

• more modern fluid bed driers are now much in use .

  目前大量应用的是更先进的流化床干燥器。

• the reaction characteristics of synthesizing methyl chlorsilane by direct method and the heat transfer of the fluid bed in the reactor were analyzed.

  分析了直接法合成甲基氯硅烷的反应特点及反应器内流化床的传热过程。

• submerged heat transfer area can be retrofitted to existing fluid bed dryers to increase evaporative capacity.

  埋弧焊传热面积可以改造现有的流化床干燥机，以增加蒸发量。 。

• using fluid bed coating equipment, the pellets was coated with hpmc. results the results of dissolution test was good.

  采用微型流化床包衣设备，将微丸包上hpmc薄膜衣，并测定了溶出度。

• fluid bed dryer bags are another example of equipment that is difficult to clean and is often dedicated to a specific product.

  流体床的干燥器袋是很难清洗的设备之一，经常用于特定的产品。

• the fluidizing characteristics and powder discharge process of gas fluid bed reactor with hypol process were described.

  介绍了聚丙烯流化床反应器流化特性和卸料过程；

• the application and development of circulating fluid bed combustion technique have special significance in the state.

  叙述循环流化床燃烧技术的应用与发展在我国具有特殊的意义；

• vibrating fluid bed coolers?function by passing a process gas directly through a bed of solids via a perforated plate or another type of fluidizing media.

  振动流化冷却器通过多孔板或其他类型的媒体流化，推动气体发挥作用。

• this paper describes fluid bed and its fluid dynamics phenomenon which fluid bed transforms pneumatic transportation into circulating fluid bed.

  本文论述了由鼓泡流化床与从气力输送状态向循环流化床转化过程中的流体动力学现象；

• agglomerations of powder on fluid bed walls or within the powder delivery system.

  粉末在流化床壁上或在粉末输送系统中聚集。

• when comparing a vacuum dryer with a direct-heat dryer, such as a direct-heat rotary dryer or fluid bed dryer, keep some limitations in mind.

  当比较流化床干燥机真空干燥可直接一热机，如直接加热烘干机或旋转，记住一定的局限性。

• dry the wet pellets in gfg high efficient fluid bed dryer, fg fluid bed dryer, ct-c heat cycle oven, get rid of the water; get the pellets as we need.

  热风循环烘箱等干燥设备进行干燥，去掉水份，取得所需的球形颗粒。

• the experimental result shows : fly ash can as biomembrane carrier, with arrange mud law can circulate biological fluid bed start, succeed in make, fast.

  实验结果表明：粉煤灰可以作为生物膜载体，用快速排泥法可使内循环生物流化床启动成功。

• the chapter mainly deal with the fluid bed reactor design.

  本讲主要讲述流化床及反应器的设计。

• fluid bed performs better than fixed bed for the combustion of toluene because of the disturbance and better heat transfer caused by bed materials;

  流化床比固定床更有助于甲苯的分解，床料强化了炉内扰动和换热条件，有利于甲苯燃烧；

• circulating fluid bed multi-generation technology can combine pyrolysis, gasification and combustion in a hybrid process according to different compositions of coalition.

  循环流化床多联供技术根据煤的不同组分的特点，实现热解、气化、燃烧的分级利用，是适合我国煤炭特点的技术。