coprecipitation

coprecipitation

1. magnesium induced coprecipitation procedure

Mg（OH）2共沉淀

2. coprecipitation for X-ray

X射线共沉淀

3. Keywords ethylene;vinyl chloride;oxychlorination;catalyst;coprecipitation;impregnation;

乙烯;氯乙烯;氧氯化;催化剂;共沉淀;浸渍;

4. ethanol coprecipitation

乙醇共沉淀

5. latex coprecipitation method

乳液共沉淀法

6. Keywords Methanation of carbon dioxide;Impregnation method;Coprecipitation method;Support-metal strong interaction;

二氧化碳甲烷化;浸渍法;共沉淀法;金属与载体相互作用;

7. The transportatio n and reaction o f materials in spraying coprecipitation process was discussed by hydrodynamics m echani sm.

从流体力学角度分析了喷射共沉淀法中物质的输运和反应过程并解释了试验结果。

8. The micro-amount of manganese in solid slat was determined by flame atomic absorption spectrometry after separation and pre-concentration by coprecipitation with aluminium hydroxide.

以氢氧化铝共沉淀测定固体盐样中的微量锰,用火焰原子吸收光谱法测定。对试剂的加入量、酸度等进行了实验。

9. Keywords Catalyst;Morpholine;Coprecipitation method;Diethylene glycol;

催化剂;吗啉;沉淀法;二甘醇;

10. Keywords photocatalyst;lanthanum doping;titanium dioxide;coprecipitation;sol-gel method;

光催化剂;掺镧;二氧化钛;共沉淀法;溶胶-凝胶法;

11. Immune coprecipitation

免疫共沉淀

12. coprecipitation pretreatment

共沉法预处理

13. coprecipitation technique

共沉淀

14. coprecipitation and wet impregnation

共沉淀-浸渍法

15. coprecipitation - supercritical drying method

共沉淀-超临界干燥法

16. Keywords coprecipitation;dielectric constant;lead magnesium niobate-lead titanate;perovskite;

共沉淀;介电常数;铌镁酸铅-钛酸铅;钙钛矿相;

17. Keywords coprecipitation;homogeneous distribution law;logarithmic distribution law;

共沉淀;均匀分配律;对数分配律;

18. Keywords coprecipitation;zirconia;ultrafine powder;agglomeration;

共沉淀;氧化锆;超细粉末;团聚;

19. Keywords coprecipitation;nickel catalyst;nano-sized;higher hydrocarbons;steam reforming;palladium membrane reactor;

共沉淀;镍催化剂;纳米化;高碳烃类燃料;水蒸气重整;钯膜反应器;

20. coprecipitation separation

共沉淀分离

21. coprecipitation met hod

共沉淀法

22. Keywords Coprecipitation synthesis technique Rare earth Long afterglow materials;

共沉淀法;稀土;长余辉发光材料;

23. Keywords coprecipitation;ultrafine powders;properties;aluminium oxide;silicon oxide;composite resin;

共沉淀法;超细粉末;性能;氧化铝;氧化硅;复合树脂;

24. coprecipitation foam separation

共沉淀泡沫分离

25. coprecipitation phenomena

共沉淀现象

26. Keywords coprecipitation;barium titanate powders;synthesis;

关键词共沉淀法;钛酸钡;

27. Keywords space time yield;space velocity;gel oxalate coprecipitation;catalyst;methanol synthesis;

关键词时空产率;空速;草酸盐胶体共沉淀法;

28. Keywords Bismuth Nitrate;Coprecipitation;Flame Atomic Absorption Spectrometry;Soy Sauce;Lead;

关键词硝酸铋;共沉淀;火焰原子吸收;酱油;铅;

29. Keywords Bi-based pyrochlor;coprecipitation;ceramic powders;

关键词铋基焦绿石;共沉淀法;陶瓷粉体;

30. Production of ammonium chloride reagent by cold dissolution coprecipitation and crystallization interval

冷溶共沉淀介稳区结晶法

31. chemical coprecipitation technique

化学共沉法

32. chemical coprecipitation

化学共沉淀

33. chemical coprecipitation process

化学共沉淀工艺

34. chemical coprecipitation method

化学共沉淀法

35. reverse coprecipitation

反向共沉淀

36. Keywords luminescent powders;coprecipitation method;oxalate;strontium aluminate;

发光粉体;共沉淀法;草酸盐;铝酸锶;

37. How toprepare PLZST precursor by coprecipitation has been discussed.Correspondingsoluble salts have been chosen as raw materials and ammonia as precipitator.

合适的工艺条件为：选择以各离子的可溶性盐为原料，以氨水为沉淀剂，通过共沉淀得到白色无定型前驱体，最佳的PH值范围为8。

38. The method has overcome the effect of matrix and proved to be satisfactory.The coprecipitation mechanism has also been studied.

同时对共沉淀机理进行了初步的研究探讨，结果表明其属于吸附共沉淀类型。

39. adsorption coprecipitation

吸附共沉淀

40. homogeneous coprecipitation

均匀共沉淀法

41. homogenous coprecipitation

均相沉淀法

42. Keywords homogeneous precipitation method;coprecipitation method;soft-templates;strontium carbonate;crystal growth;

均相沉淀法;共沉淀法;软模板;碳酸锶;晶体生长;

43. And the advantages and disadvantages of main coprecipitation systems,their applied conditions are presented.

并对主要共沉淀体系的适用范围、优缺点进行了阐述。

44. Keywords microwave dielectric;ceramics;Sol Gel;coprecipitation;hydrothermal synthesis;

微波介质陶瓷;溶胶-凝胶法;共沉淀法;水热法;

45. Rapid coprecipitation

快速共沉淀

46. Keywords cerium substituted YIG;ferrite;magnetic powders;coprecipitation;

掺铈钇铁石榴石;铁氧体;磁性粉体;共沉淀法;

47. Methods: A recombinant cosmid containing CD and TK fusion gene was constructed, and then mixed with DNA TPC and co transfected to the 293 cells by calcium phosphate coprecipitation.

方法:构建含有CD、TK融合基因的重组粘粒,将其与腺病毒DNA末端肽复合物混合后以磷酸钙共沉淀法转染人胚肾293细胞株细胞,获取重组腺病毒,并进行鉴定。

48. Methods The recombinant plasmid was transfected into NIH/3T3 by calcium phosphate-DNA coprecipitation.

方法重组质粒转染3T3细胞通过DNA-磷酸钙共沉淀法；

49. Methods: D116H-ANG - pAxCAwt cosmid DNA and DNA-TPC were mixed and co-transfected to the 293 cell by calcium phosphate coprecipitation.

方法：ANG衍生物D116H-ANG重组粘粒与腺病毒DNA末端肽复合物混合后以磷酸钙共沉淀法转染293人胚肾细胞株细胞。

50. METHODS: The SPIO nanoparticle was obtained by means of classical coprecipitation in dextran solution and its size determined by electron microscopy and photon-correlation spectroscopy.

方法：在葡聚糖溶液中，通过经典的共沉淀方法获得SPIO纳米颗粒，用电镜和光子相关光谱法技术分析颗粒的大小。

51. Inductively coupled plasma atomic emission spectrometric determination of trace rare earths with on-line fillerless coprecipitation

无滤共沉淀富集-等离子体原子发射光谱法测定痕量稀土元素

52. n-propyl alcohol-water coprecipitation method

正丙醇-水共沉淀法

53. Determination of Arsenic, Antimony and Bismuth in Halo Water by Hydride Generation-Atomic Fluorescence Spectrometry with Coprecipitation of Ferric Hydroxide

氢氧化铁共沉淀氢化物发生-原子荧光光谱法测定卤水中痕量砷、锑和铋

54. Determination of Useful Selenium in KCl by Hydride Generation-Atomic Fluorescence Spectrometry after Coprecipitation with Lanthanum Hydroxide;

氢氧化镧作为共沉淀剂,沉淀用盐酸溶解,氢化物-原子荧光光谱法测定钾肥中的有效硒。

55. Keywords iron oxides;chemical coprecipitation;doping;gas sensing materials;gas sens-ing effect;

氧化铁;化学共沉淀;掺杂;气敏材料;气敏特性;

56. Keywords zirconia;hafnia;nanometer powders;coprecipitation;dispersity;

氧化锆;氧化铪;纳米粉末;共沉淀法;分散性;

57. Keywords water-gas shift reaction;gold;supported catalyst;iron oxide;precipitant;coprecipitation;

水煤气变换反应;金;负载型催化剂;氧化铁;沉淀剂;共沉淀;

58. Mg-Al hydrolysis and coprecipitation

水解共沉淀

59. Adsorption and Coprecipitation of Dissolved Metals with Jarosite under Conditions Simulating Sewage Sludge Bioleaching

污泥生物淋滤过程中黄铁矾对重金属离子的吸附与共沉淀作用的模拟研究

60. Keywords precipitant;coprecipitation;ammonium hydroxide;sodium hydroxide;non chromium iron based catalyst;oxidative dehydrogenation;

沉淀剂;共沉淀;氨水;氢氧化钠;无铬铁系催化剂;氧化脱氢;

61. Keywords Ce-substituted YIG,Faraday effect,coprecipitation,magnetooptic,nonreciprocal effect,optical absorption,integrated optics,isolator,magnetooptic waveguides;

法拉第效应;共沉淀法;非互易效应;光吸收;集成光学;光隔离器;磁光波导;

62. Keywords Flow injection On-lin（?）paration and preconcentration Atomic spectre （?）etry Precipitation and coprecipitation;

流动注射;在线预分离富集;原子光谱;沉淀与共沉淀;

63. Keywords Flow injection;Knotted reactor;Inductively coupled plasma atomic emission spectrometry;Fillerless coprecipitation;Rare earth elements;

流动注射;编结反应器;等离子体原子发射光谱法;无滤共沉淀;稀土元素;

64. HG-AFS DETERMINATION OF TRACE AMOUNTS OF GERMANIUM AFTER ITS PRECONCENTRATION BY FI ON-LINE COPRECIPITATION

流动注射在线共沉淀分离富集HG-AFS测定痕量锗

65. impregnation coprecipitation

浸渍共沉积

66. liquid phase coprecipitation

液相共沉淀

67. liquid phase coprecipitation method

液相共沉淀法

68. Determination of Trace Calcium in Pearl Eye Drops By Coprecipitation Atomic Absorption Spectrophotometry

珍珠明目滴眼液中微量钙的共沉淀分离原子吸收光谱分析

69. DETERMINATION OF Cr~(3+) AND Cr~(6+) IN NATURAL WATER BY GRAPHITE FURANCE ATOMIC ABSORPTION SPECTROMETRY WITH METAL CHELATE COPRECIPITATION

用DDTC-Mn~(2+)共沉淀分离无火焰原子吸收测定天然水中痕量Cr~(3+)和Cr~(6+)

70. DETERMINATION OF TRACE NICKEL AND COBALT IN POTABLE WATER BY FLAME ABSORPTION SPECTROMETRY-PRECONCENTRATION OF COPRECIPITATION

用共沉淀富集分离火焰原子吸收分光光度法

71. COPRECIPITATION SEPARATION AND PRECONCENTRATION WITH BISMUTH NITRATE FOR TRACE LEAD IN SOY SAUCE AND DETERMINATION OF LEAD BY FLAME ATOMIC ABSORPTION SPECTROMTRY

用硝酸铋共沉淀分离富集的火焰原子吸收法测定酱油中微量铅的方法研究

72. L-aspartic acid was intercalated into the layered double hydroxides by coprecipitation.

由共沉淀法得到了L-天冬氨酸插层结构水滑石。

73. The technique of coprecipitation is introduced in detail in this paper.

目前国内外处理酸性含砷废水的方法很多。

74. direct coprecipitation method

直接共沉淀

75. Studies indicate that chymist coprecipitation annexed azeotropic distillation can better prevent from hard-agglomeration and obtains homodisperse nanoparticle.

研究表明，在共沉淀法中辅以共沸蒸馏过程，可以较好地防止粉体的硬团聚，得到分散均匀的纳米级超细粉体。

76. Keywords Bismuth nitrate;Coprecipitation;Flame atomic absorption spectrometry;Salt;Lead;

硝酸铋;共沉淀;火焰原子吸收;食盐;铅;

77. Determination of lead in the feed-grade calcium hydrogen pyrophosphate by the cupric sulfide coprecipitation flame atomic absorption spectrometry

硫化铜共沉淀火焰原子吸收法测定饲料级磷酸氢钙中的铅

78. BaSO4 coprecipitation

硫酸钡共沉淀

79. FAAS DETERMINATION OF TRACE AMOUNTS OF LEAD IN COBALT SULFATE AFTER COPRECIPITATION WITH YTTRIUM PHOSPHATE

硫酸钴中痕量铅及铅的原子吸收光谱测定

80. Keywords agglomeration;reverse micelles;coprecipitation;ultrafine particles;zirconia;wet chemical processing;

硬团聚;反胶团;共沉淀;超细粉末;氧化锆;湿化学工艺;