硫化银

  • 网络Silver sulfide;AgS
硫化银硫化银
  1. 在BSA水溶液中制备蛋白共轭的硫化银纳米棒

    Fabrication of Protein-Conjugated Silver Sulfide Nanorods in the Bovine Serum Albumin Solution

  2. 硫化银体系共振散射光谱研究及分析应用

    Resonance Light Scattering Spectra of Silver Sulfide System and Analytical Application

  3. 借助XRD,SEM和化学反应分析等手段,对硫化银浆化氢还原过程中的影响因素进行了研究。

    The influence factors on the hydrogen reduction process of silver sulfide slurry were studied by XRD , SEM and chemical reaction analysis .

  4. 一种贵重的银矿,由硫化银组成,(AgS)。

    A valuable silver ore consisting of silver sulfide ( Ag2S ) .

  5. 本文通过测定以EDTA-NH4OH-H2O2为溶剂浸取方铅矿时滤液中硫的存在状态,从而确认方铅矿中类质同象银不能定量回收的原因,是由于生成了硫化银沉淀。

    By determinating sulphur species in the filtrate after soaking galena in EDTA-NH_4OH-H_2O_2solution , it is recognized that the reason why the isomorphic silver in galena cannot be recovered is due to the formation of silver sulfide precipitate .

  6. Timm硫化银染色显示海马苔藓纤维中颗粒密度也明显减少。

    The obvious decrease in density of the staining particles in the mossy fiber layers of hippocampus was showed by Timm sulfide silver technique .

  7. 硫化银比浊法测定液氨中微量硫

    Determination of Trace Sulfur in Liquid Ammonia by Silver Sulfide Turbidimetry

  8. 硫化银锰精矿全湿法提银新工艺

    Whole-wet Silver Extraction Technology for Mixed Treatment of Silver-manganese Sulfide Concentrate

  9. 铅锌精矿中游离自然银和游离硫化银的测定

    Determination of free native silver and free silver sulphide in lead-zinc concentrate

  10. 氯盐浸出硫化银之研究

    Study on the leaching of silver sulfide with chloride solution

  11. 硫化银染重金属离子的组织学方法在脑组织的应

    The application of sulphide silver method for heavy metals in brain tissue

  12. 广东某高砷硫化银锑矿石的浮选试验研究

    Flotation Behavior of an Antimony - Silver Sulfide Ore Containing Rich Arsenic

  13. 半导体硫化银纳米晶的控制合成与光学性能研究

    Controlled Synthesis of the Semiconductor Ag_2S Nanocrystals and Research of Optical Properties

  14. 硫化银与氰化钠反应研究

    Probing into the reaction of silver sulphide and sodium cyanide

  15. 半导体硫化银纳米管的制备与光学性能

    Controlled Synthesis and Optical Properties of the Semiconductor Ag_2S Nanotubes

  16. 润滑油中纳米硫化银分散体系的制备

    Preparation of Dispersed System of Ag_2S Nanoparticles in Lubrication Oil

  17. 纳米硫化银离子敏感材料的研制

    Preparation of nano-particles of silver sulfide as ion-sensitive material

  18. 硫化银纳米晶的γ辐射制备

    γ - Irradiation Route to Prepare Silver Sulfide Nanocrystals

  19. HCI-KCIO3法氧化硫化银反应产物之研究

    Study on the products from the oxidation of silver sulfide with hcl & kclo_3

  20. 硫化银碱性水浆直接加氢还原制备金属银

    Direct Preparation of Metallic Silver by Hydrogen Reduction of Basic Slurry of Silver Sulfide

  21. 用铝还原含银废水中硫化银回收试剂级硝酸银的研究

    Retrieve silver nitrate agent from waste solution of silver sulfide use aluminium as reducing agent

  22. 硫化银氢还原的动力学研究

    Reduction kinetics of silver sulfide with hydrogen

  23. 提出了一种新的从硫化银直接制备金属银的湿化学方法。

    A new wet-chemical method for producing metallic silver directly from silver sulfide was proposed .

  24. 拟定了分离测定铅锌精矿中游离硫化银和游离自然银的方法。

    A method is proposed to determine free native silver and free silver sulphide in lead-zinc concentrate .

  25. 方法:利用硫化银离子选择性电极法测定。

    Methods : Potentiometry was introduced to analysis sulfur in astragalus by sulphide silver / sulfur ion-selective electrode .

  26. 水热处理可以提高硫化银纳米晶的结晶度,进而提高Ag2S@MSN核壳材料的近红外发光强度。

    The NIR emission intensity could be enhanced after hydrothermal treatment with higher crystallinity of the silver sulfide cores .

  27. 目的:探讨数字激光胶片指纹影污染与硫化银伪影的变化规律,以提高胶片的存储质量。

    AIM : To improve image quality of storage films by exploring finger marks in storage digital laser films .

  28. 采用硫化银的碱性水浆在高压釜中直接加氢进行还原。碱性水基氧化铝陶瓷料浆的流变学研究

    The basic silver sulfide slurry was reduced directly by hydrogen in autoclave . Rheological Behavior of Al_2O_3 Water Alkaline Suspensions

  29. 热力学计算表明:溶液中的银是以硫化银或自然银的形式沉淀析出。

    Thermodynamic calculation indicates that the silver chloride complex becomes unstable and silver is precipitated as Ag 2S or Ag .

  30. 提出了一个简单的、温和的条件下合成高产量的、均匀的、单分散的硫化银纳米粒子的方法。

    A simple , mild method to synthesize high-yield , uniform and monodispersed Ag2S nanoparticles has been presented in this article .