cd2

  • 网络镉;第二段;第二个文件;第二张;第二张安装光盘
cd2cd2
  1. Furthermore , adsorption temperature has effect on Cd2 + adsorption .

    同时吸附温度对于镉离子的吸附也有一定的影响。

  2. And with higher concentration of Cd2 + , the damage became more serious .

    随着Cd胁迫浓度增高,玉米幼苗受到伤害的程度加深。

  3. The effects of Cd2 + on the protein expression in mitochondria were studied .

    研究了Cd~(2+)对鲫鱼肝线粒体蛋白质表达的影响。

  4. The results showed the rate of root growth decreased successively with increasing Cd2 + concentration ;

    结果表明,随Cd~(2+)浓度增加,根的生长速率递减;

  5. Effects of Cd2 + on Microbial Populations in Submerged Paddy Soil

    Cd胁迫对淹水稻田土壤微生物种群数量的影响

  6. The Construction and Expression of Engineering Antibody Chimeric Fab Rat Against Human CD2

    鼠抗人CD2基因工程抗体嵌合Fab的构建和表达

  7. The results showed that this modified rectorite has higher adsorption capacity for Cd2 + .

    结果表明,改性累托石对Cd2+的吸附容量高。

  8. The absorption process of Cd2 + by beer yeast followed Langmuir equation .

    确定啤酒酵母对Cd2+的吸附过程遵循Langmuir方程。

  9. Effects of Cd2 + Stress on Endosperm Cells and Grain Weight of Rice Caryopsis

    镉胁迫对水稻颖果胚乳细胞增殖和粒重的影响

  10. Effect of cu2 + and cd2 + on three enzymes in oyster liver

    水体中Cu~(2+)和Cd~(2+)污染对育珠蚌肝脏中3种酶的影响

  11. Effect of Immunomodulators on the Expression of CD2 Antigen on Human PBMC

    IL-2和IFN-γ等免疫调节剂对人PBMC表达CD2抗原的影响

  12. Effects of Free-Form CD2 in Pig Serum Upon RBC

    猪血清中游离CD2对红细胞的溶解作用

  13. While initial concentration higher , pure kaolinite and its complex displayed higher selective to Cd2 + .

    在Cd2+和Pb2+初始浓度较高时,纯高岭石及高岭石-胡敏酸复合体对Cd2+的选择性较好。

  14. The initial adsorption rate of Cd2 + decreased while the initial concentration of Pb2 + increased .

    Cd2+,的吸附初速率随着Pb2+,初始浓度增大而减小;

  15. The algorithm of partitioning and combining 3D graph [ CD2 ] based STL format is presented .

    为此,提出了STL格式三维图形拼接算法和分割算法。

  16. The results showed that , P. yezoensis has a higher tolerance to Cd2 + .

    结果表明,条斑紫菜对Cd2+具有较高的耐受性。

  17. The adsorption character and mechanism of Cu2 + and Cd2 + on it was investigated .

    有机质、游离氧化铁、无定形氧化铁、碳酸钙,对Cu~(2+)、Cd~(2+)的吸附特性及其吸附机制的影响。

  18. The results are as following : ( 1 ) Cd2 + has a toxic effect on vegetable soybean .

    主要结果如下:1、Cd2+胁迫对菜用大豆毒害效应。

  19. Upon optimizing the condition of buffer solution , it showed well competive in recognition of Cd2 + .

    在对缓冲液测试体系进行优化的情况下,探针S3也表现出对Cd2+较好的竞争性识别。

  20. The order of maximal induction multiple of Cd2 + to activities of SOD in tissues of A.

    Cd2+对鲢鱼不同组织内SOD活性最大诱导倍数高低次序为:血清>肝脏>鳃>肌肉;

  21. The initial adsorption rate of Cd2 + and Pb2 + increased while their respective initial concentration increased .

    Pb2+,和Cd2+,的吸附初速率都随自身初始浓度的增加而增大。

  22. The effect of Cd2 + was lower than that of Pb2 + on the activity of the enzyme .

    Cd~(2+)比Pb~(2+)对该酶活性影响更小。

  23. However , it is clear that there is black polymer body in the bacterial cells in the group treated by Cd2 + .

    但是重金属Cd2+处理组可以明显看出差异,即在细菌细胞体内存在黑色聚合物。

  24. In the condition of Cd2 + - LAS combined stress , chlorophyll content of seedlings leaves was remarkable influenced .

    Cd2+和LAS复合污染下,对枫香幼苗叶绿素含量产生极显著影响。

  25. The k decreased significantly at higher phosphorus concentration , that was to say the adsorption of Cd2 + was restrained .

    P为高浓度时,吸附常数k值明显减小,土壤对Cd2+的吸附受抑制。

  26. Cadmium ( Cd2 + ) stress as one of the heavy metal stress could harm plants , affect their development and yield and quality .

    镉(Cd2+)胁迫作为重金属胁迫的一种,会对植物产生伤害效应,影响植物的生长发育以及产量和品质。

  27. After taken by ryegrass , Zn2 + and Cd2 + were distributed mainly in shoot .

    黑麦草吸收的锌、镉主要集中在植株地上部。

  28. The effects of surfactant on Cd2 + adsorption by Penicillium simplicissimum and mechanism discussion are investigated .

    本课题研究表面活性剂对简青霉吸附镉离子的影响及机制探讨。

  29. Human error factors are identified by using multi [ CD2 ] view human error factor identification method and a detailed factor identification form is set up ;

    运用人误因素辨识多视图法进行因素辨识,建立了详细的因素辨识表;

  30. At early days , Cd2 + inhibited plant root length , and inhibiting to root is larger than to seeding .

    在处理初期,镉对根长的影响就表现为抑制效应,并且Cd2+对幼苗根长的影响比苗长的影响显著得多。