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首页> 外文期刊>Plasma processes and polymers >Behavior Of Polymeric Matrices Containing Silver Inclusions, 2 - Oxidative Aging Of Nanocomposite Ag/c:h And Ag/c:h:o Films
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Behavior Of Polymeric Matrices Containing Silver Inclusions, 2 - Oxidative Aging Of Nanocomposite Ag/c:h And Ag/c:h:o Films

机译:含银夹杂物,2-纳米复合Ag / c:h和Ag / c:h:o膜的氧化老化的聚合物基体的行为

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摘要

Nanocomposite Ag/C:H and Ag/C:H:O films were deposited by means of an unbalanced magnetron operated in a gas mixture of argon, hexane, and carbon dioxide. Infrared spec-troscopy was employed to investigate the deposited layers in situ and to monitor film aging.rnUsual CH_2/CH_3 stretching and deformation bands dominate in the infrared spectra of as-grown Ag/C:H films. Oxidation processes observed by FTIR as an evolution of absorption bands caused by hydroxyl, carbonyl, carboxy-late, and carbonate groups depend considerably on the content of the metallic phase. It has been shown that the metallic particle surface is very important for the oxidation processes.
机译:纳米复合Ag / C:H和Ag / C:H:O膜是通过在氩气,己烷和二氧化碳的气体混合物中操作的不平衡磁控管沉积的。红外光谱法用于原位研究沉积层并监测膜的老化。在生长的Ag / C:H膜的红外光谱中,通常CH_2 / CH_3的拉伸和形变带占主导地位。 FTIR观察到的氧化过程是由羟基,羰基,羧酸根和碳酸根引起的吸收带的演变,在很大程度上取决于金属相的含量。已经表明,金属颗粒表面对于氧化过程非常重要。

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