硫化镍

  • 网络Nickel Sulfide;NIS
硫化镍硫化镍
  1. 溶剂热法制备硫化镍空心微球

    Preparation of NiS Hollow Microspheres by Solvothermal Method

  2. 详细研究了硫化镍试金预富集-ICP-AES测定矿石中的Pt、Pd、Ir、Au的多种影响因素。

    The effect of various factors on the determination of Pt , Pd , Ir and Au by ICP-AES was investigated in detail using minified nickel sulfide fire assay preconcentration .

  3. 硫化镍诱导转化人支气管上皮细胞基因组DNA甲基化的研究

    Effect of aberrant DNA methylation in the NiS-transformed 16 HBE cells

  4. 在TEM观察的基础上,发现反应时间对花样硫化镍形貌产生影响。

    Based on the TEM observation results , it was found that the reaction time had influence on the morphology of the products .

  5. 镍源对自蔓延高温合成Ni(0.35)Zn(0.65)Fe2O4的影响一种黄色矿物,含硫化镍,是少量镍的来源。

    Self-propagating High Temperature Synthesis of Ni_ ( 0.35 ) Zn_ ( 0.65 ) Fe_2O_4 using Various Ni-containing Species a yellow mineral consisting of nickel sulfide ; a minor source of nickel .

  6. 并利用苯并(a)芘代谢产物B(a)P二醇环氧化物(BPDE)和结晶型硫化镍(NiS)诱导的体外人支气管上皮细胞转化癌变模型,检测癌变进程中8OHdG的变化。

    The changes of 8-OH-dG in the progress of carcinogenesis were detected in human bronchial epithelial cells induced by Benzo ( a ) pyrene diol-epoxide ( BPDE ) and sulfide nickel ( NiS ) in vitro .

  7. 473K时表面的碳物种消失,而残留在样品上的硫均转化为硫化镍。

    At 473 K , the C_ 1s peak disappears , leaving nickel sulfide on the surface .

  8. 目的:研究结晶型硫化镍(NiS)诱发SV40LargeT抗原永生化的人支气管上皮细胞系(16HBE)恶性转化作用。

    Purpose : To study the malignant transforming activity of crystalline nickel sulfide ( NiS ) in human bronchial epithelial cell line ( 16HBE ) immortalized by SV - { 40 } Large T antigen .

  9. 硫酸盐体系中硫化镍阳极电化学溶解动力学

    Electrochemical kinetics of anodic dissolution of nickel sulfide in sulphate solution

  10. 元江镍矿区硫化镍矿床找矿思路探讨

    Ideas for sulfide nickel deposit prospecting in Yuanjiang nickel ore mine

  11. 中国硫化镍矿床类型及成矿模式

    Types and metallogenetic models of nickel sulfide deposits in China

  12. 结晶型硫化镍诱导的人支气管上皮细胞系转化细胞基因组不稳定性分析

    Crystalline nickel sulfide - induced genomic instability in transformed human broncho-epithelial cells

  13. 利用微乳液制备超细硫化镍粒子的研究

    Preparation of nickel sulfide nanoparticles by the method of microemulsions

  14. 水热微乳液法制备低维硫化镍纳米晶

    Preparation of Low-dimensional Nickel Sulfide Nanocrystals via Microemulsion-assisted Hydrothermal Method

  15. 不同缓冷条件对分离硫化亚铜与硫化镍效果的影响

    Influence of different slow cooling conditions on seperating cuprous sulfide from nickel sulfide

  16. 中国硫化镍矿床成矿规律的研究与展望

    Studies of metallogenic regularity of nickel sulfide deposits in China and their prospects

  17. 微乳液的性质及超微细硫化镍粒子的制备研究

    The Research of Character of Microemulsion and Preparation of Nickel Sulfide Ultrafine Particles

  18. 据我们了解,此六方相硫化镍纳米带的合成为国际上首次报道。

    This was reported for the first time in international to our knowledge .

  19. 中国几个硫化镍矿床基本特征

    Fundamental characteristics of some nickel sulphide deposits in China

  20. 用两性捕收剂&胺醇黄药浮选金川硫化镍矿石

    Flotation of Jinchuan nickel sulphide ores using an amphoteric collector & amino-ethyl xanthate

  21. 硫化镍精矿常压浸出研究

    Research on Nickel Sulfide Leaching at Atmospheric Pressure

  22. 一种黄色矿物,含硫化镍,是少量镍的来源。

    A yellow mineral consisting of nickel sulfide ; a minor source of nickel .

  23. 某硫化镍矿石中硅酸镍占总镍的36.9%。

    Nickel silicate counted for 36.9 % of total nickel in a nickel sulfide ore.

  24. 硫化镍阳极电解制取电镍的工艺改进

    Improvement in electrorefining nickel with nickel sulphide anode

  25. 滑石&碳酸盐化硫化镍矿石浮选工艺研究

    Flotation Technology Study of Talc-Carbonation Nickel Sulphide Ore

  26. 对硫化镍电解阳极泥提硫后硫磺渣,进行了真空蒸馏硫磺渣提取元素硫的工艺研究,并分析了影响蒸馏过程的因素。

    The sulfur recovery from the pre-treated anode slime of nickel sulfide electrolysis by vacuum-evaporation .

  27. 从工厂回收废料硫化镍制备镍盐

    Preparation of Nickel from Recovered Nickel Sulfide

  28. 科马提岩类岩浆熔离硫化镍矿石建造

    Nickel sulfide formation of komatiite magmatic liquation

  29. 测定之前,痕量铑用小硫化镍试金富集分离。

    The trace Rh was concentrated with minified nickel sulfide fire assay before it was determined .

  30. 超细粒子在化工分离上的应用&活性硫化镍特性研究

    The application of superfine particle in chemical engineering separation ─ study on properties of activated nickle sulfide