selenate

网络  硒酸盐

化学



双语例句

  1. Overexpression of Selenocysteine Methyltransferase Gene on Physiological Effect of Selenate Stress in Tobacco
    超表达硒代半胱氨酸甲基转移酶基因对烟草硒酸盐胁迫的生理效应
  2. Study on Determination of Selenate and Selenite by Single-Column Ion Chromatography
    单柱离子色谱法测定硒酸根和亚硒酸根的研究
  3. OBJECTIVE: To study the quality standard of compound polysaccharide selenate capsules ( CPSC).
    目的:研究复方硒酸酯多糖胶囊的质控标准。
  4. Separation of Arsenate and Selenate with Capillary Zone Electrophoresis
    砷酸根和硒酸根的毛细管电泳分离
  5. The results showed that the combined toxicities were antagonism in both fluoride and selenite and fluoride and selenate tests.
    结果表明,氟离子与两种价态硒的联合毒性都为拮抗作用;
  6. Microbial Transformation of Selenate by Atomic Fluorescence Spectrophotometry
    用原子荧光法研究硒酸盐的微生物转化过程
  7. Effect of vitamin B_6 status on selenium retention in the tissues in rats fed selenium from sodium selenate
    维生素B6营养状况对喂予硒酸钠大鼠组织中硒存留率的影响
  8. Effect of sodium selenate on changes of myocardial cell action potential induced by experimental coronary artery spasm
    亚硒酸钠对实验性冠脉痉挛诱发心肌细胞动作电位变化的影响
  9. Studies on the Quality Standard of Compound Polysaccharide Selenate Capsule s
    复方硒酸酯多糖胶囊质量控制标准的研究
  10. Growth of Rubidium Hydrogen Selenate ( RHSe) Crystals by Solution Temperature-reduction Method
    溶液降温法生长硒酸氢铷(RHSe)晶体
  11. Condition of Valence State Transformation of Selenate in Paddy Soil Solution
    水稻土溶液中Se(Ⅵ)的价态转化条件研究
  12. The purpose of this study was to disclose the mechanism of sodium selenate in electrodeposition of zinc-manganese alloy.
    本文旨在探讨硒酸钠提高锌锰合金电沉积电流效率的机理。
  13. Microbial transformation of selenate was studied in aerobic condition by atomic fluorescence spectrophotometry ( AFS).
    本文用氢化物发生-原子荧光法研究水体中硬酸盐的微生物转化。
  14. Studies on the effect of sodium selenate on electrodeposition of zinc-manganese alloy
    硒酸钠对锌锰合金电沉积影响的研究
  15. The impact on microbial transformation of selenate by nitrate
    硝酸根对硒酸盐微生物转化的影响
  16. Trace sodium selenate and lithium carbonate could stimulate the proliferation of CFU-GM, and increase 200% of the plating efficiency inhibited by IFN.
    微量的硒酸钠,碳酸锂均可刺激CFU-GM增殖,并使IFN200IU抑制的CFU-GM产率提高200%以上;
  17. Study on Nucleation in Supersaturated Solution of Electro-optical Crystal Rubidium Hydrogen Selenate
    电光晶体硒酸氢铷过饱和溶液的成核研究
  18. Study of Kinetic Reaction of Reduction of Selenate to Selenite
    硒酸离子还原成亚硒酸的反应动力学研究
  19. Methods: Sodium selenate was administered to PC-3 cells, and MTT assay and~ ( 3) H-TdR adulterated assay were used to estimate the viability and proliferation of cell.
    方法:用硒酸钠对体外培养的人前列腺癌细胞PC3进行药物处理,然后用MTT法测定细胞的活力,用3HTDR掺入法测定细胞的增殖情况。
  20. With sodium selenite or sodium selenate added in edible salt, selenium-fortified salt is produced. Some salt plants adopt industry standard of the People ′ s Republic of China to determine its selenium content.
    硒强化营养盐通常是在食用盐中添加亚硒酸钠或硒酸钠,如何测定其中的硒含量,一些盐厂采用中华人民共和国行业标准。
  21. Growth Mechanism of Rubidium Hydrogen Selenate Crystal
    电光晶体硒酸氢铷(RHSe)的生长动力学
  22. The Study of the Toxic Effects of Sodium Selenate/ Selenite Anhydrous on Rana Nigromaculata Tadpoles
    硒盐对黑斑蛙蝌蚪(Rananigromaculata)毒性效应的研究
  23. Growth and properties of high quality triglycine selenate crystals
    优质硒酸三甘氨酸单晶的生长和性质
  24. Partial current for the discharge of manganese, hydrogen and zinc individually increased, decreased and kept constant with the addition of sodium selenate.
    硒酸钠能提高锰沉积的分电流,降低析氢的分电流,而对锌沉积的分电流影响不大。
  25. There was no significant relationship between valence state of selenium and the soil alkaline phosphatase activity in the soil planted with pak choi and mustard, but for lettuce and spinach, the inhibition of alkaline phosphatase activity in selenate treatment was larger than that in selenite treatment.
    种植小白菜和芥菜土壤碱性磷酸酶的活性大小与硒的价态无显著关系,但种植生菜和菠菜施加Se6+碱性磷酸酶的活性抑制率壤大于Se4+处理。
  26. Concentration of soluble selenium was lower than 10% both in selenite and selenate treatment.
    两个价态硒处理土壤中可溶态硒含量均低于10%。
  27. Spraying selenate solution increased contents of nitrogen and phosphorus in wheat seed, but decreased the content of potassium.
    喷施亚硒酸钠显著增加了籽粒氮磷的含量,降低了钾的含量。
  28. Non-rhizosphere soil had more selenium than rhizosphere soil in selenate treatment, while the opposite was in the selenite treatment.
    对于亚硒酸钠来说,非根际土中硒含量低于根际土壤,而对于硒酸钠来说,正好相反,这与硒酸钠处理根系易于吸收和转运硒有关。