首页 / 词典 / good

c10

  • 第10条;【医】碘化十烃双胺,碘化十碳铵
c10c10
  1. Study on the enzymatic properties of inulinase produced by yeast C10

    酵母菌C10产菊粉酶酶学性质的研究

  2. Please note that the capacitor C10 must be removed .

    请注意,一定要拆掉C10电容。

  3. Studies on the Synthesis of Novel C10 Higher Carbon Sugar Nucleosides and Their Amino Derivatives

    新型C10高碳糖核苷类化合物及其胺基衍生物的合成研究

  4. The experiment and application of C10 sliding gate nozzle was introduced by the authors in this report .

    介绍C10型滑动水口的试验及应用情况。

  5. Application of C10 sliding gate nozzle to the 18t ladle

    C10型滑动水口在18t钢包上的应用

  6. Electron microscopy indicated that PVY particles can be inactivated by the activity protein in C10 broth .

    电镜观察发现C10发酵液中的活性蛋白对PVY有体外钝化作用。

  7. The enzymatic properties of inulinase produced by yeast C10 were investigated with assays of inulinase activity .

    采用菊粉酶活力测定的方法研究了酵母菌C10所产菊粉酶的酶学性质。

  8. We simulated the full process of the DLC films assembled by C2 and C10 and analyzed the structure properties of the films .

    并模拟了C2和C(10)合成类金刚石薄膜的结构特征。

  9. By default , the trace files are written to the C10 install logs / XQE .

    默认情况下,跟踪文件被写入到C10installlogs/XQE。

  10. The processing technologies , which have successfully operated in pilot plant to change the C10 heavy aromatics into light fractions , are also described .

    同时对已经中试成功的C10重芳烃轻质化工艺技术进行了阐述。

  11. A series of novel C10 higher carbon amino sugar derivatives are synthesized for the first time . Structure Elucidation of A Higher Carbon Sugar-Derived Amino Alcohol and Its Hydrolysate by NMR

    首次报道了新型C10高碳糖胺基衍生物的合成.含高碳糖片断的氨基醇及水解产物的波谱分析

  12. The application of C10 ~ C16AOS used as main surfactant in the formulation of detergents and personal care products are also included . It is safe and good in performance / price .

    报道了C10~C16AOS在洗涤剂、个人保护用品中作为主表面活性剂的应用,其性能、价格比好。

  13. C10 is the strain that separated from the tobacco rhizosphere soil , which has the strongest antagonistic activity . The inhibition rate of C10 broth to the PVY is 88.19 % .

    其中从烟草根际土壤分离的菌株C10的拮抗活性最强,其发酵液对PVY的抑制率达到88.19%。

  14. The impact energy was varied from 10 to 100 eV . The chemisorption of C10 was found to occur only when its incident energy is above a threshold value Eth ( 5-40 eV ) .

    研究发现仅当C(10)团簇的入射能量超过某一阈值(5-40eV)时才能发生化学吸附。

  15. The 1,2,4,5-tetramethylbenzene and 1,2,4-trimethylbenzene are the fundamental organic chemical materials , and extensive used for industrial applications . In general , they are from the separation of aromatics reformer C9 , C10 fraction .

    均四甲苯和偏三甲苯是基本的有机化工原料,在工业上用途广泛。它们一般是从重整芳烃装置C9、C10馏分中分离得到的。

  16. In this paper , the source and the present situation of C10 heavy aromatic hydrocarbon were introduced at the first , then the process of producing C 10 heavy aromatic hydrocarbon unit in China was comprehensively expound , in comparison with the advanced technical of abroad .

    介绍了C10重芳烃原料的来源和状况,重点对国内C10重芳烃深加工装置的生产工艺进行了综述,并与国外有关的先进技术进行了对比;

  17. When the composite strength grade is lower than C10 and the requirement of engineering period is not pressing , composite of high blend ratio of fly ash can be considered , which will have little influence on its design strength and dramatically reduce the use level of cement .

    当混合料强度等级低于C10时,当工程工期要求不是很紧时可以考虑用高粉煤灰掺入比的混合料,这样,既不影响其设计强度,又可以大大的减少水泥用量。

  18. The alkylation of benzene with long chain alkenes , basically in the range of C10 to C14 , is performed in the manufacture of linear alkylbenzene ( LAB ), an important intermediate used in the production of biodegradable surfactant in detergency sector .

    苯与长链烯烃(C(10~14))烷基化生产的线性烷基苯(LAB),是洗涤剂工业合成可生物降解表面活性剂的重要原料。

  19. The process of toluene disproportion is an important technology of aromatics mutual conversion . The purpose is to convert the directly less used and relative surplus toluene , C9 aromatics and C10 aromatics into benzene and xylene which are widely used and relatively scarce .

    甲苯歧化与烷基转移工艺是芳烃间相互转化的一种重要技术,目的是把直接用途较少、相对过剩的甲苯、碳九芳烃和碳十芳烃转化为用途较广、相对紧缺的苯和二甲苯。

  20. It could be concluded that in the course of photodegradation of EE_ ( 2 ), C3 or C10 atoms should be the sites at which is subject to the electron attack and oxidization of EE_2 into carbonyl or hydroxyl compounds .

    对EE2的降解机理进行了探讨,认为EE2在光降解过程中,分子中的C3和C10原子容易受到电子的攻击,氧化生成羰基或羟基化合物。