硫醇类

  • 网络thiols;mercaptan;MERCAPTANS
硫醇类硫醇类
  1. 在晒图纸感光液中加入脲或五元杂环硫醇类衍生物等药剂,可有效地解除以上弊病。

    These drawbacks can effectivelybe eliminated by adding to the sensitive solution such chemical agents as urea or quinaryheterocyclic mercaptan derivatives .

  2. 而硫醇类化合物对DNA的辐射保护作用则随其电荷态的增加而增加;

    In addition , thiol compounds have charges-related radiation protection effects on DNA .

  3. 我们希望所合成的此化合物能进一步与胺类及硫醇类物质发生反应,同时可以利用HPLC来检测。

    The synthesized compound is anticipated to further react with amines and thiols , and the reaction can be monitored using HPLC method .

  4. 采用配体交换法对6个二胺基二硫醇类化合物进行99Tcm标记,配体交换率均大于95%,并选择了较为理想的配体交换标记法的反应条件。

    Six kinds of diamino dithiol compounds are labeled with 99 Tc m by ligands exchange reaction . Their ligands exchange percentage is over 95 % .

  5. 生物转化在硫醇类香料化合物制备中的应用

    Application of biotransformation in preparation of thiols as aroma compounds

  6. 臭氧活性炭去除水中硫醇类致嗅物质的研究

    Removal of thiol compounds from drinking water with ozone-activated carbon

  7. 介绍了两种通过生物转化制备硫醇类香料化合物的方法。

    Two kinds of biotransformation method for preparing thiols as aroma compounds were introduced .

  8. 附载型吸附剂对煤油中硫醇类硫的吸附特性

    Sorption of Mercaptan in Kerosene onto Adsorbents

  9. 经特殊设计的活性炭产品可对石油馏份进行脱硫处理,脱除这些硫醇类物质以保护催化剂。

    Activated carbon products especially designed can offer a mercaptan removal solution to provide catalyst support for desulfurization processes treating petroleum distillates .

  10. 镉硫交互处理对水稻吸收累积镉及其蛋白巯基含量的影响热反应香精中关键香成分硫醇类化合物的稳定性

    Effects of sulfate and cadmium interaction on cadmium accumulation and content of nonprotein thiols in rice seedling stability of thiols in process flavorings

  11. 本文主要研究低分子量的硫醇类化合物&β巯基乙醇(βME)对水牛胚胎体外发育的影响。

    This study investigated the effects of β Mercaptoethanol (β ME ), a low molecular weight thiol compound , on the in vitro development of water buffalo embryos .

  12. 其硫化物的类型分布为:在小于200℃的馏分中主要是硫醇和噻吩类硫化物,占总硫含量的3.2%;

    Mercaptans and thiophenes are dominating sulfur compounds in fractions of < 200 ℃, occupying 3.2 % of total sulfur .

  13. 这是首次应用非硫醇试剂合成该类化合物,合成方法简单,环境友好,在基础研究和实际应用中都有着巨大的应用前景。

    These compounds are firstly obtained from no-thiol reagent and the method is simple , mild condition and environment friendly .