脫硅率 的英文怎麼說
中文拼音 [tuōguīlǜ]
脫硅率
英文
desilication yield-
Abstract : by utlizing abundant local resource of ytirium and combining the characteristics of magnesium, barium, calcium and silicon, a sort of composite nodulizer - ytirium - based heavy rare earth nodulizer was developed which is characterized by its good desulphurizing and deoxidizing rate effect, excellent effect to neutralize anti - nodulizing effect of trace elements, strong nodulizng effect and degeneration - resistance, good effect to fine matrix structure, decreased chilling tendency and wide scope of applicatiom using this nodulizer to produce some important castings such as water - cooled wall of blast furnace and roller could increase mechanical properties of central area and casting yield
文摘:利用江西省豐富的釔基重稀土，結合鎂、鋇、硅、鈣等元素的特性開發了釔基重稀土復合球化劑，該球化劑具有脫硫、脫氧、抗干擾元素、球化和抗球化衰退能力強，細化基體組織，白口傾向小，適用范圍寬等特點，應用於高爐冷卻壁，軋輥等關鍵鑄件上可提高心部力學性能和工藝出品率。Abstract : the mechanism, stages and controlling step of hot metal desiliconization process are investigated, and the methods intensifying process and increasing reaction rate are proposed
文摘:研究了鐵水脫硅過程的機理、組成環節和控制步驟等動力學問題，提出了強化過程和提高過程速率的方法。Effects of roasting conditions on desilication rate of coal - series kaolin
焙燒條件對煤系高嶺土脫硅率的影響The factors which influenced material ' s dehydration capabilities were researched, which included temperature, monomer content, ion concentration etc. the experiments showed the introduction of organic silicon kh570 could drop the material ' s dehydration speed
討論了單體配比、溶脹脫水溫度和離子濃度等因素對溶脹脫水性能的影響，結果表明有機硅的引入能降低水凝膠材料的脫水速率。Pavlova viridis, isochrysis zhanjiangensis and isochrysis galbana 3011 were cryopreserved in liquid nitrogen using encapsulation - dehydration. algal cells in early stationary phase were encapsulated in 3 % ca - alginate beads with 30 nacl, 2 million cells in one bead. beads were desiccated with silica gel then directly immersed in liquid nitrogen. the cell viability after warming was evaluated by chlorophyll content. the main factors influencing the cell viability, such as water content of beads, dehydration rate, dehydration procedure, preculture and recovery methods after thawing were studied. the results are as follows : 1
本文以綠色巴夫藻（ pavlovaviridis ） 、湛江等鞭金藻（ isochrysiszhanjiangensis ）和球等鞭金藻（ isochrysisgalbana3011 ）等三種餌料金藻為試驗材料，用包埋脫水法進行冰凍保存。選擇靜止初期的藻細胞包埋在含有30氯化鈉的3 %的褐藻酸鈣膠球中，細胞負載約200萬個細胞/膠球，經過硅膠吸濕法脫水后，探討了膠球含水量、脫水速率、脫水程序、預培養以及化凍后恢復方法對冰凍保存存活率的影響。Based on summarizing the actual research status, developing prospects, and the characteristic of different ways in preparation for silicon based composite, three ways were chosen, which was pyrolysis for si - phenolic resin prolyzed carbon material, using different catalyzer to prepare for si - o network coated silicon and carbon complex composite, easily chemical and deoxidizing reaction for super tiny metals mixed silicon and carbon complescomposite
通過高溫熱解法制備了硅-酚醛樹脂（ pf ， phenolicresin ）熱解碳材料。在700的條件下制備了硅-酚醛樹脂熱解碳材料，發現si和熱解碳的質量比為3 : 7時材料具有最優異的性能，首次脫嵌容量為394 . 7mah ? g ~ （ - 1 ） ，充放電效率為50 % 。分享友人