固相

gù xiàng
  • solid phase;solidoid
固相固相
固相[gù xiàng]
  1. YAG材料的制备一直备受人们的关注,它一般是通过固相反应方法得到的。

    The general preparation method of YAG is solid phase reaction at high temperatures .

  2. 研究了在用不同方法(SHS方法和传统固相反应法)制备NiZn软磁铁氧体粉体的过程中,Zn挥发量的变化。

    Zinc volatilization in the process of preparing Ni Zn ferrite powders by SHS and conventional solid phase method was investigated .

  3. 固相pH梯度等电聚焦是国际上80年代的新型电泳技术。

    The mentioned immobilized PH gradients iso-electrofocusing is a electrophoresis techniquedeveloped in80 's.

  4. 固相法合成Li铁氧体纳米粒子

    Synthesis of Nanoparticles of Li Ferrite by Solid State Method

  5. 瓶级PET固相缩聚反应动力学的研究

    Reaction kinetics of solid-state polycondensation for bottle grade PET

  6. 固相缩聚PET的分子量分布

    The molecular weight distribution of solid phase polycondensation PET

  7. 固相缩聚工艺与PET熔融行为的研究

    Melting behavior of PET after solid state polycondensation process

  8. 瓶级PET连续式固相缩聚生产线的计算机模拟

    Computer simulation for the continued industrial production line of bottle-grade PET solid-state polycondensation

  9. PE固相法氯化反应的研究

    The research of pe chlorinated-graft reaction by solid method

  10. 固相基质表面vonwillebrandfactor抗体的固定化研究

    Immobilization of von Willebrand Factor Antibody on Solid Host Membranes

  11. 固相抗体直接竞争ELISA法测定小白菜和苹果中的甲萘威残留

    The Residue of Carbaryl in Brassica chinensis and Apple Determined by Method of Antibody-Immobilized Direct Competitive ELISA

  12. 作者进一步对Si元素在液相和固相扩散区域的不同扩散行为进行了研究与探索。

    The author further researches and explores the different diffuse action of element Si in liquid and solid zone .

  13. 固相烧结SiC陶瓷

    Solid State Sintered SiC Ceramics

  14. 目的:建立酱油中3-氯-1,2-丙二醇固相萃取净化GC检测方法。

    Object : To develop a method for 3-chloro-1,2-propandiol , using solid-phase extraction and capillary gas chromatography .

  15. 方法采用固相pH梯度双向凝胶电泳分离UVA辐射前后人皮肤成纤维细胞的总蛋白质,凝胶经银染显色后,用ImagingMaster2D图像分析软件进行比较分析,识别差异表达的蛋白质。

    After silver staining , the differential expression proteins were analyzed by using Imaging Master 2D analysis ware .

  16. 固相酶免疫分析用于血清FT3检测探讨

    Investigation for quantitation of serum FT_3 with solid-phase enzyme immunoassay

  17. 结果表明,Al2O3的加入通过固相反应来影响钙基固硫效率,Al2O3对固硫效率的影响并非呈单一性;

    The experimen - tal results show that Al_2O_3 has dual effects on Ca-based desulfurization efficiency through solid state reaction ;

  18. 固相萃取ICP-AES法测定多种微量元素的研究

    Analysis of Multi Trace Elements by Solid Phase Extraction ICP AES with Microcrystalline Naphthalene

  19. 固相吸附GC-MS分析新装居室室内气体中的有机污染物

    Analysis of indoor air pollutants in new decorated rooms by GC-MS with solid-phase adsorption

  20. 固相反应制备网状Fe(CO(0.5)Ni(0.5))O5复合氧化物及其电磁学性质研究

    Study on Preparation of Nanometer Reticulation Fe ( Co_ ( 0.5 ) Ni_ ( 0.5 )) O_5 by Solid-state Reaction and Electromagnetic Characteristics

  21. ZnS纳米粒子的固相合成及其光学性能

    Solid-state Synthesis and Optical Absorption Properties of ZnS Nanoparticles

  22. [Ni(NH3)6]Cl2与NaNO2的固相配位取代反应研究

    The Solid State Substitution Reaction of [ Ni ( NH_3 ) _6 ] Cl_2 With NaNO _2

  23. Ca3Co4O9热电材料的固相制备及其分析

    Solid Fabrication and Analysis of Ca_3Co_4O_9 Thermoelectric Material

  24. 研究结果表明,微波固相合成ZnO晶须的生长机理为固&气生长。

    The Researching results show that the growth mechanism of MW solid-phase synthesizing ZnO crystal whiskers is a kind of solid-gas growth .

  25. 固相萃取RP-HPLC法同时测定人全血中艾司洛尔和代谢物对映体

    RP-HPLC Analysis of the Enantiomers of Esmolol and Its Metabolite in Human Blood with Solid-Phase Extraction

  26. 该高温暂堵剂由HG改性树脂、交联剂、HS固相颗粒组成。

    This agent consists of HG modified resin , cross linking agent , and HS solid particles .

  27. LDPE固相氯化的热力学表征及其工艺性能研究

    Study on the thermodynamic characterization and the technological performances of chlorinated polyethylene from LDPE by solid phase processing

  28. 固&固相变储能物质(CnH(2n+1)NH3)2MCl4及其二元体系的研究

    The Research of the Solid-solid Phase Change Material ( C_nH_ ( 2n + 1 )) _2MCl_4 and Its Binary Systems for Energy Storage

  29. 层状结构材料Mn2P2S6的室温固相合成与表征

    Synthesis and Characterization of Lamellar Structural Material Mn 2P 2S 6 by Room Temperature Solid State Reaction

  30. 固相微萃取(SPME)是在固相萃取(SPE)的基础上发展起来的新型萃取分离技术。

    Solid-phase micro extraction ( SPME ) is a new extraction technology based on SPE .