例句與造句

1. More modern fluid bed driers are now much in use .
   目前大量應用的是更先進的流化床干燥器。
2. Formosa plastics , no . 6 naphtha cracker plant incinerator fluid bed
   臺塑六輕焚化爐流體化床。
3. Specification of fluid bed equipment for sodium ion exchange water treatment
   流動床鈉離子交換水處理設(shè)備技術(shù)條件
4. Heat and mass transfer of porous material drying in centrifugal fluid bed
   離心流化床中多孔介質(zhì)干燥的傳熱傳質(zhì)研究
5. Biological fluid bed method
   生物流化床法
6. It's difficult to find fluid bed in a sentence. 用fluid bed造句挺難的
7. Circulating fluid bed
   循環(huán)流化床
8. Fluidization is one of the most commonly used techniques for drying particulate , but there are channeling and other problems in traditional fluid beds
   摘要在散狀物料干燥方面，流態(tài)化干燥技術(shù)得到廣泛應用，實際使用中，傳統(tǒng)流化床干燥存在溝流、死區(qū)和局部過熱等問題。
9. The pulsed fluid beds can overcome these problems , especially for uneasily fluidized and special materials , and it has lower pressure drop , small fluidization velocity , height and saving energy etc
   脈沖流化床干燥器用來干燥不易流化的物料和有特殊要求的物料，能有效克服上述弊端，且具有壓降低、流化速度小、床層高度小、節(jié)能等優(yōu)點。
10. Boiling drier , the other name is fluid bed , is composed of air filter , heater , main frame of boiling bed , star like feeder , cyclone separator , cloth bag dust catcher , high pressure centrifugal blower , and control board
    沸騰干燥器，又稱流化床，經(jīng)過30多年的使用、改進，目前在制藥、化工、食品、糧食加工等方面，越來越體現(xiàn)它的重要作用。它是由空氣過濾器、沸騰床主機、旋風分離器、布袋除塵器、高壓離心通風機、操作臺組成。
11. The use of the urea fluid bed unit will efficiently solve the problems arisen from the inadequate capacity of the prilling tower , such as the higher temperature of the product urea , higher dust content , smaller mean particle size , and liability to caking in storage , and bring about good economic benefit
    摘要應用尿素流化床裝置有效解決了因造粒塔能力不足而造成的成品尿素溫度偏高、粉塵含量較高、平均粒徑偏小、存放易結(jié)塊等問題，并且具有良好的經(jīng)濟效益。
12. A quantitative pretreatment scheme suitable to gc - ms analysis of bio - oil was proposed for the first time in china , and an extensive determination of the chemical composition of bio - oil fractions was performed by means of gc - ms coupling . these studies were crucial for the upgrading and utilization of bio - oil . using some novel designing method , which are suitable to biomass and pyrolysis characteristics , were applied in designing the fluid bed biomass flash pyrolysis system
    并且率先在國內(nèi)提出了適合于gc - ms分析的生物油的量化預處理方案(液?液萃取分離法) ，得出了各個組分(酸組分、堿組分、極性中性組分以及碳氫組分)在生物油中所占的份額，并對預處理所得的各個組分分別進行了gc - ms分析，鑒定出了上百種化學成分。