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Interfacial Modifications in PS/PMMA and PVC/EVA Blends by E-Beam and Microwave Irradiation: A Free Volume Study

机译:电子束和微波辐射对PS / PMMA和PVC / EVA共混物中的界面改性:自由体积研究

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摘要

Phase modifications in a partially miscible blend PS/ PMMA and an immiscible blend PVC/EVA have been brought about using electron beam and microwave irradiation to improve the interfacial tension. These changes have been characterized by positron lifetime technique through free volume monitoring with support from DSC measurements. The hydrodynamic interaction parameter deduced from free volume data turns out to be a good parameter to characterize the interfacial changes compared with free volume data itself. The free volume data also confirms that the conventional DSC measurements are not adequate to differentiate the level of miscibility or interfacial tension. Present data based on hydrodynamic interaction parameter indicate that microwave irradiation is a better route to stabilize the interfaces than e-beam irradiation.
机译:使用电子束和微波辐射改善了界面张力,已在部分可混溶的PS / PMMA和不混溶的PVC / EVA中实现了相变。这些变化的特征是正电子寿命技术,通过在DSC测量的支持下通过自由体积监测来进行。与自由体积数据本身相比,从自由体积数据推导出的流体动力相互作用参数被证明是表征界面变化的好参数。自由体积数据还证实了常规DSC测量不足以区分可混溶性或界面张力的水平。基于流体动力相互作用参数的当前数据表明,与电子束辐照相比,微波辐照是稳定界面的更好途径。

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