cuprous chloride

氯化亚铜

化学



双语例句

  1. Cuprous chloride is widely used in organic synthetic industry.
    氯化亚铜有着广泛的用途。
  2. Study on improvement of inoxidizability of cuprous chloride by surface modification
    表面改性提高氯化亚铜抗氧化性的研究
  3. The chemical and physical properties of cuprous chloride and its manufactures and application field are introduced in this paper.
    介绍了氯化亚铜的物理化学性质、主要生产厂家及应用领域。
  4. The production method and technology progress status of cuprous chloride has been introduced, as well as it's demand status has been discussed.
    介绍了氯化亚铜的生产方法及技术进展情况,对其需求情况进行了讨论。
  5. Hydrolysis was carried out with cuprous chloride as catalyst at130 ℃ for4 h.
    确定了水解反应的最佳条件:氯化亚铜作催化剂,于130℃反应4h。
  6. Vinyltriisopropenyloxysilane was prepared with cuprous chloride as catalyzer, triethylamine as absorb acid agent, acetone and vinyltrichlorosilane as raw materials.
    以氯化亚铜为催化剂,三乙胺为缚酸剂,丙酮与乙烯基三氯硅烷为原料反应制取乙烯基三异丙烯氧基硅烷。
  7. Direct Production of Cuprous Chloride from Copper Ash
    以铜灰为原料直接生产氯化亚铜工艺研究
  8. The preparation of cuprous chloride from etching waste liquor of cupric chloride and crude copper powder was studied. The result showed that this method had many advantages, including simple process, easy operation and good quality of product, therefore it had remarkable economic and environmental benefits.
    以氯化铜蚀刻液废液、粗铜粉等为原料,在常温下反应制备氯化亚铜,工艺简单,操作简便,产品质量好,具有显著的经济效益和环境效益。
  9. In the system Cu ( I)-NaCl-HCl-H_2O, the cathodic process of cuprous chloride complex ion is studied by means of linear potential sweep method.
    在Cu(I)-NaCl-HCl-H2O系中,用线性电位扫描法研究了亚铜氯化物络离子的阴极过程。
  10. Study on the preparation of cuprous chloride by catalystic oxidation with nitric acid
    硝酸催化氧化法制备氯化亚铜的研究
  11. By use of copper ash as raw material, a new method for direct production of cuprous chloride is introduced. The process conditions affecting on recovery of cuprous chloride are discussed.
    介绍了以铜灰为原料直接生产氯化亚铜的方法,讨论了工艺条件对产品收率的影响。
  12. New technique for extracting the high reactive cuprous chloride from waste slag of catalyst
    从催化剂废渣中提取高活性氯化亚铜新工艺
  13. Preparation technology progress and application of cuprous chloride
    氯化亚铜制备技术进展和用途
  14. In this paper the process of the thermal stabilization of polyacrylonitrile ( PAN) fibres pretreated with cuprous Chloride ( CuCl) have been studied in air and nitrogen atmosphere by in-situ infrared spectroscopic method.
    本文用原位红外光谱法考察了用氯化亚铜(GuCl)预处理过的和未处理的聚丙烯睛(PAN)试样在空气和氮气条件下热稳定化过程。
  15. Preparation of cuprous chloride micro-powder with different crystal size
    不同晶粒尺寸氯化亚铜微粉制备
  16. Investigation on Cathodic Reduction Mechanism of Cuprous Chloride Complex Ion
    亚铜氯化物络离子阴极还原机理的研究氯化亚铜合成及精制
  17. Study on the preparation of cuprous chloride from low grade copper ore by catalysis conversion
    转化法由低品铜矿制备活性氯化亚铜
  18. The comparison and evaluation of various preparing technologies of cuprous chloride are made.
    详细论述了氯化亚铜的生产工艺和制备技术进展,并对氯化亚铜的各种生产工艺进行了对比评价。
  19. Aza-copper phthalocyanine could be obtained by baking of pyridine-2,3-dicarboxylic acid or pyridine-3, 4-dicarboxylic acid separately with urea and cuprous chloride in the presence of ammonium molybdate.
    在钼酸铵存在下,采用固相烘焙法,2,3-吡啶二甲酸和3,4-吡啶二甲酸分别与尿素和氯化亚铜作用得到了氮杂铜酞菁。
  20. By use of copper ore powder as raw material, a new method for the production of cuprous chloride in the presence of ZHP-catalyst is introduced.
    介绍了以铜矿粉为原料,在ZHP-催化剂作用下生产氯化亚铜的方法。
  21. Preparation of Cuprous Chloride From Containing-Copper Refuse
    由铜泥制备氯化亚铜
  22. Manufacture of Cuprous Chloride and Zinc Oxide by Waste Catalyst from Co-production Methanol Unit
    利用联醇装置废催化剂生产氯化亚铜和氧化锌
  23. The quality of cuprous chloride exceeds that of Chinese National Standard GB 1619-79.
    其产品质量超过了国标GB1619-79的要求。
  24. Direct production of cuprous chloride from copper ore powder
    以铜矿粉为原料直接生产氯化亚铜
  25. Experiment Study of Preparing Active Cuprous Chloride from Low Grade Copper Ore
    低品位铜矿制备活性氯化亚铜
  26. The study showed that the catalyst samples contained a large number of active ingredients cuprous chloride which accelerated the synthesis reaction, this mainly due to the catalytic oxidation of copper chloride oxidation, making the conversion rate of phosphine greatly improve.
    研究表明催化剂样中含有大量的活性成分氯化亚铜,主要由于氯化铜的催化氧化氧化作用加速了合成反应的进行,使得磷化氢的转化率大大的提高。