钼酸铵

mù suān ǎn
  • ammonium molybdate
钼酸铵钼酸铵
  1. 不同结晶态的钼酸铵SEM形貌探讨及应用

    Exploration of SEM Appearances of Various Ammonium Molybdate Crystallines and Their Applications

  2. 介绍了结晶态钼酸铵不同的SEM形貌及其在动态焙解还原制取钼粉中的应用情况。

    Various SEM appearances of ammonium molybdate crystalline and their application in molybdenum powder preparation by dynamic roastdissociation-reduction are introduced in this paper .

  3. 金-钼酸铵-罗丹明B体系显色反应的研究

    Color Reaction of the Gold - Molybdate - Rhodamine B System

  4. 钯-钼酸铵-丁基罗丹明B显色反应体系的研究

    Study on the Colour Reaction of Palladium - Molybdate - Butyl Rhodamine B System

  5. 钼酸铵在Na2O修饰Al2O3载体上热分解的激光拉曼光谱

    Laser Raman Spectroscopy of Thermal Decomposition of Ammonium Molybdate Supported on Na 2O Modified Al 2O 3

  6. 验证试验表明工艺条件合理可行,试验中产出钼酸铵符合GB92-3460标准。

    The test shows that the process is reasonable and feasible , the quality of the product can meet the standard GB92-3460 .

  7. 对钼产品(多钼酸铵)中高含量的钼,则采用氢氧化钠溶液溶解样品,以EDTA容量法测定。

    Mo in molybdenum product can be determined by EDTA volumetry .

  8. 研究了加硫化氨用氨水调节pH值的方法处理钼酸铵生产中的酸性废水。

    Study is made of the treatment of acid effluent from ammonium molybdate plant by addition of ammonium sulfide and pH value control with ammonia spirit .

  9. 利用XRD、IR、DSC和TG对所制备的磷钼酸铵进行了表征,为磷钼酸铵的应用提供了理论基础。

    To provide basic data for application of ammonium phosphomolybdate , it is characterised by means of XRD , IR , DSC and TG .

  10. 二苯基碳酰二肼还原-磷钼酸铵-孔雀绿-TritonX-100体系的研究及其应用

    Study on Phosphorus-Ammonium Molybdate-Malachite Green-Triton X-100 System With Diphenylcarbazide as Reductant and Its Application

  11. 第五,钼酸铵RLS法测定蛋白质。

    Fifthly , a novel assay of proteins was established based on enhanced RLS signal of ammonium molybdate .

  12. 用磷酸锆-磷钼酸铵复合交换剂从动力堆元件废液中提取~(137)Cs的研究

    Studies on recovery of ~ ( 137 ) cs from waste solution of power reactor fuels with zirconium phosphate & ammonium phosphomolybdate complex inorganic ion exchanger

  13. 研究了四钼酸铵(AQM)晶体生长速率、反应历程和控制性步骤。

    The rate of crystal growth , reaction mechanism and control step of AQM were studied .

  14. 提出了ICP-AES测定纯三氧化钼和钼酸铵粉末样品中Al、Bi、Ca、Cr、Cu、Fe、Mg、Ni、Si、Ti和W等11种痕量元素的分析方法。

    The method for the determination of trace elements in high purity molybdenum trioxide and ammonium molybdate by inductively coupled plasma atomic emission spectrometry combined with the matrix matching was studied .

  15. 钼酸铵固定TMB反应产物方法的探讨

    Fixation of TMB products with ammonium molybdate

  16. 介绍利用HT吸附剂从钼酸铵母液及氨浸钼渣酸分解母液中回收钼及氯化铵的实验过程。

    The experimental process for recovery molybdenum and ammonium chloride from mother liquors of ammonium molybdate and ammonia leaching molybdic acid using HT adsorbents is presented .

  17. 发现钼酸铵和次亚磷酸钠可以作为着色液的主要成分,并确定了化学镀Ni-P后着色和着色后再进行热处理变色的二种工艺方法。

    Ammonium molybdate and sodium hypophosphite are the chief formulation of coloring agent . Coloration after electroless Ni-P plating and color change after heat treatment are adopted .

  18. 仲钼酸铵(AHM)生产新工艺研究

    A New Technology for Ammonium Heptamolybdate

  19. 方法应用单胺氧化法和钼酸铵法分别测定SOD和CAT活性,用Bradford法测定蛋白质含量。

    Methods The activities of SOD and CAT were determined by Monoamine oxidized method and Ammonium molybdenum acid method respectively . The concentration of protein were determined by Bradford method .

  20. 微胶囊包覆磷钼酸铵的制备、表征及在UPR中的阻燃抑烟性能研究

    Preparation and Characterization of Ammonium Molybdophosphate Coated by Microcapsule and Flame Retardancy and Smoke Suppression of Its Composites with UPR

  21. 在讨论钼酸铵成核机理的基础上,研究了不同酸化速度下四钼酸铵(AQM)结晶的成核速率。

    On the basis of discussion for nucleation mechanism of ammonium molybdate , the crystallized nucleation rate of AQM at different speed .

  22. 水合二氧化钛磷钼酸铵(HTOAMP)球形复合无机离子交换剂在一定条件下具有对Cs+和Sr2+同时交换的性能。

    Spherical hydrated titanium dioxide ammonium molybdophosphate ( HTO AMP ) can adsorb Cs + and Sr 2 + simultaneously in definite conditions .

  23. 热失重的实验结果表明,添加抑烟剂的PVC分解后的残渣量与不含抑烟剂的PVC相比,都有所提高,尤其是含有钼酸铵、氧化钼或Fe2O3的PVC复合物。

    TG results indicated that PVC blends containing smoke suppressants , especially ammonium molybdate , molybdenum oxide and Fe 2O 3 , produced more amount of char during the decomposition compared with PVC resin .

  24. 以七钼酸铵[(NH4)6Mo7O24.4H2O]和HAc为原料,制备了超级电容器电极活性材料&MoO3超细粉末。

    MoO_3 ultrafine powder for the application of supercapacitor active material was prepared by using ( NH_4 ) _6Mo_7O_ ( 24 )· 4H_2O and HAc as raw materials .

  25. 研究建立了以磷(V)-洒石酸锑钾-钼酸铵-抗坏血酸显色体系测定分子筛中磷含量的新方法,提出了测定磷的最佳条件。

    A new method for the determination of phosphorus in molecular sieves has been developed by using the color system phosphorus ( V ) antimony potassium tartrate ammonium molybdate ascorbic acid . The optimum conditions of the determination of phosphorus were proposed .

  26. 结果表明,钼酸铵、重铬酸铵、铬酸铵或钨酸铵的添加对提高产物醛的收率有促进作用,并且在蒸馏分离催化剂和产物的过程中可以减少Rh的损失。

    Ammonium molybdate , ammonium dichromate , ammonium chromate and ammonium tungstate showed positive effects on the formation of aldehydes and reduced the loss of rhodium in the distillation process for the separation of the catalyst and products .

  27. 实验结果表明,在温度<1350K时,钼酸铵经历MoO3和Mo4O(11)中间产物转变为MoO2(s)。

    It is shown that at temperature below 1350K ammonium molybdate decomposes into MoO_2 ( s ) through the intermediates MoO_3 ( s ) and Mo_4O_ ( 11 )( s ) .

  28. 研究了新生态Fe(OH)3对钨钼的吸附,找到了钨钼分离的适宜条件,并应用于氨浸法生产钼酸铵的工业生产中。

    The optimal technological conditions of separating tungsten and molybdenum are found out by studying the absorption of nascent state Fe ( OH ) 3 to tungsten and molybdenum . The conditions are applied to the industrial production of ammonium molybdate in the process of ammonium leaching .

  29. 结果表明,用仲钼酸铵硝酸分解法制备的MoO3在酚藏花红、罗丹明B、甲基紫等染料的光催化降解过程中催化活性好,脱色率可达90%以上;

    The results show that photocatalytic activity of the pyrogenic decomposition of ammonium paramolybdate with nitric acid and MoO_3 powder is obtained good in photocatalytic decoloration of dyes , such as phenosafranine , rhodamine B , methy violet and so on .

  30. 采用非等温TG-DTA技术在5,10,15,20K/min四个不同线性升温速率条件下研究硫钼酸铵热分解动力学,采用XRD,SEM和TEM对产物进行分析。

    The kinetics of ammonium tetrathiomolybdate decomposition process at various heating rates of 5,10,15 and 20 K · min ~ ( - 1 ) is investigated by means of non-isothermal TG-DTA based on the analysis of the reaction products with XRD , SEM and TEM .