首页> 外文期刊>Surface and Interface Analysis: SIA: An International Journal Devoted to the Development and Application of Techniques for the Analysis of Surfaces, Interfaces and Thin Films >Dual beam depth profiling of polymer materials: Comparison of C _(60) and Ar cluster ion beams for sputtering (Conference Paper)
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Dual beam depth profiling of polymer materials: Comparison of C _(60) and Ar cluster ion beams for sputtering (Conference Paper)

机译:聚合物材料的双束深度剖析:用于溅射的C _(60)和Ar簇离子束的比较(会议论文)

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摘要

Dual beam depth profiling was applied in order to investigate the possibilities and limitations of C_(60) and Ar cluster ion sputtering for depth profiling of polymer materials. Stability and intensity of characteristic high mass molecular ion signals as well as sputter yields will be compared. For this purpose, different beam energies resulting in 2-10 eV/atom for Ar_n and 167-667 eV/atom for C_(60) sputtering were applied to various polymer samples. From our experiments, we can conclude that most of the limitations C_(60) sputtering suffers from could be successfully overcome and that the Ar gas cluster ion beam seems to be a more universal tool for sputtering of organic materials.
机译:为了研究C_(60)和Ar簇离子溅射对聚合物材料进行深度剖析的可能性和局限性,采用了双束深度剖析。将对特征性高质量分子离子信号的稳定性和强度以及溅射产率进行比较。为了这个目的,将不同的束能量施加到各种聚合物样品上,使得Ar_n产生2-10eV /原子,而C_(60)溅射产生167-667eV /原子。从我们的实验中,我们可以得出结论,可以成功克服C_(60)溅射受到的大多数限制,并且Ar气体簇离子束似乎是溅射有机材料的更通用的工具。

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