活性碳柱 的英文怎麼說

中文拼音 [huóxìngtànzhù]
活性碳柱 英文
carbon column
  • : Ⅰ動詞1 (生存; 有生命) live 2 [書面語](救活) save (the life of a person):活人無算 (of a goo...
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : 名詞[化學] (非金屬元素) carbon (c)
  • 活性 : [化學] activity; active; activated活性肥料 active fertilizer; 活性酵母 active dry yeast; 活性粘土...
  1. The solenoid plunger pulls the vent valve down, blocking off the passage to the charcoal canister.

    電磁塞拉下通氣閥,堵住通向罐的通路。
  2. The influence of nano - al2o3 on the sintering and the properties of the si3n4 ceramics was researched in this paper. the samples with different amount of nano - al2o3 were obtained by using pressureless sintering at 1600, 1650, 1700 in the nitrogen atmosphere. the microstructure and the composition of the ceramics were determined by the means of x - ray, sem, micro - hardness meter etc. it is show that the sisty ceramics can be densified at 1650c to % percent of the theory density through the addition of nano - al2o3 ( the value could be 90 percent by other technique ). the crystalline growth of the cylindrical - si3n4 and the ratio of its longitude to its diameter are increased with the addition of nano - al2o3. a uniform microstructure and an fined crystal as well as more sialon phases can be obtained in the si3n4 ceramics through the addition of that

    實驗結果表明:在管爐中、氮氣保護下進行燒結,添加劑為納米al _ 2o _ 3粉末時,由於納米粉末的高、高燒結驅動力,在1650就可使si _ 3n _ 4完全地燒結,並使其緻密度可達理論密度的96以上(比其它工藝高6左右) ;同時,納米al _ 2o _ 3地加入大大促進了長狀? si _ 3n _ 4的生長和發育及狀晶長徑比的提高,使微觀結構均勻、細化,形成了更多力學能優異的固體? sialon相,減少了不利於陶瓷材料能的晶間玻璃相,凈化了晶界。
  3. Methods : the method was based on the adsorption of organic solvents on activated charcoal, desorption with cs2 and analysis of the abtained solution by ffap capillary gc with fid detector

    方法:用吸附管採集空氣中有機溶劑, cs2解吸,經ffap毛細管色譜分離,以氫火焰離子化檢測器檢測。
  4. An apparent activation energy of 182. 35kj / mol was obtained for the range of 1250 c to 1350 c, and that of 82. 32kj / mol for the range of 1350 c to 1400 c. at the same time, the relation between reaction velocity and reaction time is linear in the range of 1250 c to 1350 c, but it is a parabola curve in the range of 1350 c to 1400 c. so it can be concluded that the process undergone in the range of 1250 c to 1350 c is controlled by chemical reaction while that in the range of 1350 c to 1400 c by diffusion

    本實驗採用的試樣是以鈦白粉和按1 : 30的比例混合料為原料,在6mp下成型為37 . 2 26mm的形樣塊,分別在1250 、 1350和1400于氮化爐中測定反應速率與時間的關系。當反應在1250 1350時,表觀化能為182 . 35kj mol 160kj mol ,反應速率與時間的關系是線的,說明此階段反應由化學反應控制。當反應在1350 1400時,表觀化能為82 . 32kj mol 160kj mol ,反應速率與時間的關系符合拋物線方程,說明此階段反應由擴散控制。
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