Objective To study the disinfection efficacy of compound disinfectant of peracetic acid.
目的研究过氧乙酸复方消毒剂消毒效果。
Peracetic acid possesses high oxidation potential, it is used as environment friendly oxidant.
过氧乙酸具有较高的氧化电位，被认为是环保型氧化剂。
Penicillin V potassium salt is oxidized with Peracetic acid to synthesize Sulfoxide with a yield of 96.1%.
以青霉素V钾为原料，采用过氧乙酸作催化剂合成青霉素V亚砜酸，收率可达96.1%。
Penicillin G potassium salt can be oxidized by Hydrogen Peroxide or Peracetic acid to give sulfoxide with a yield of 91.5%.
以青霉素G钾为原料，分别采用过氧乙酸和双氧水作氧化剂合成青霉素G亚砜，收率可达91.5 %。
Conclusion 2% content peracetic Acid has the intensity stimulant quality to the experimental animal and staff's visual organ.
结论2%含量的过氧乙酸对实验动物和工作人员的视觉器官有强度刺激性。
Peracetic acid is a strong oxidizer possessing wide application fields. But its chemical property is instable and decomposed easily.
过氧乙酸是强氧化剂，具有广泛用途，但其化学性质不稳定，易分解。
The drawbacks of the synthesis process are analyzed and the suggestion for improvement on the peracetic acid synthesis is also presented.
分析了合成工艺的缺陷并提出了工艺改进的建议。
This paper studies the effect of stabilizer, temperature, and material on the stability of peracetic acid, points out the method of keeping stability.
本文研究了稳定剂、温度、原料对过氧乙酸稳定性的影响，指出了保持过氧乙酸稳定性的方法。
Methods:0.1% 8-hydroxyquinoline is used to as stabilizer and 0.1% AE surfactant is used to as emulsifier, which prepare for Peracetic acid in single-ingredient.
方法：采用0.1%的8-羟基喹啉作稳定剂和0.1%的AE表面活性剂作乳化剂制备的一元过氧乙酸溶液。
Through the experiment of stability, the influence of temperature, dilution water quality and some stabilizers on the decomposition of peracetic acid was revealed.
通过稳定性试验，揭示了温度、稀释用水水质和某些稳定剂对过氧乙酸分解的影响。
This can be accomplished through a number of different methods, but most commonly through steam, ethylene oxide(EtO), gas plasma (Sterrad), or peracetic acid (Steris) sterilization.
这可以通过若干不同方法完成，但最常见的是蒸汽、环氧乙烷（EtO）气体等离子体（Sterrad）或过氧乙酸（Steris）消毒。
This can be accomplished through a number of different methods, but most commonly through steam, ethylene oxide(EtO), gas plasma (Sterrad), or peracetic acid (Steris) sterilization.
这可以通过若干不同方法完成，但最常见的是蒸汽、环氧乙烷（EtO）气体等离子体（Sterrad）或过氧乙酸（Steris）消毒。
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