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Vulcanization reaction of squalene and S8 powder studied by Sulfur K-edge NEXAFS under liquid phase

机译:液相下硫k缘Nexafs研究了Squalene和S8粉末的硫化反应

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Vulcanized rubber materials are useful in our surroundings. However, detail structure and reaction are not revealed even in present. Since squalene molecule possesses some same properties compared with natural rubber, we have prepared the samples of vulcanized squalene at 140 °C for several hours. To understand the vulcanization reaction,sulfur K-edge NEXAFS measurements have been carried out for the vulcanized squalene under liquid phase with He-path system and fluorescence detection mode. Moreover, we have tried curve fitting analysis of NEXAFS spectra. The results indicate that the squalene has been vulcanized by the S8 molecule at 140 °C and the S8 molecule length is shortened from 8 to 5-6 after the vulcanization reaction.
机译:硫化橡胶材料在我们的周围有用。然而,即使存在细节结构和反应也没有透露。由于角鲨烯分子与天然橡胶相比具有与相同的特性相同,因此我们已经在140℃下制备了硫化群的样品几个小时。为了了解硫化反应,通过HE-PATL系统和荧光检测模式,对硫化群中的硫化QseNES进行硫磺K-Edge NexaFs测量。此外,我们尝试了Nexafs Spectra的曲线拟合分析。结果表明,在硫化反应后,S8分子已经在140℃下硫化了S8分子的硫化,并且在硫化反应后,S8分子长度缩短了8至5-6。

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