A Diffraction Study of Amorphous Si0.40C 0.24N0.36

Uhlig, H.; Frieß, Martin; Dürr, J.; Bellissent, R.; Lamparter, Hannes-Peter; Aldinger, Fritz; Steeb, S.

doi:10.1515/zna-1996-1206

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Cited by 5 publications

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“…We note that the curve of a-Si 40 C 24 N 36 is in good agreement with the curve presented in Ref. 16, in which a different experimental setup was used. Differences fall within the experimental error.…”

Section: B Diffraction Experimentssupporting

confidence: 89%

See 1 more Smart Citation

Local order of polymer derived amorphous SixCyNz

Uhlig

Frieß

Lamparter

et al. 1998

Journal of Applied Physics

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Analysis of geometrical effects on the behavior of transverse and longitudinal modes of amorphous silicon compoundsWe report on the local order of a-Si 39 C 61 , a-Si 40 C 24 N 36 , and a-Si 26 C 40 N 34 . The total structure factors and pair correlation functions obtained by x-ray diffraction as well as the coordination numbers of the first coordination sphere are presented. All materials exhibit a distinct short range order. In the case of a-Si 39 C 61 , a stoichiometric amorphous SiC phase besides an amorphous carbon phase is formed. Also in the case of a-Si 40 C 24 N 36 and a-Si 26 C 40 N 34 phase separation into two amorphous phases is observed.

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Section: B Diffraction Experimentssupporting

confidence: 89%

“…X-ray and neutron diffraction results of a-Si 40 C 24 N 36 were discussed and published recently. 16 Comparing the curve of a-Si 40 C 24 N 36 with that of a-Si 39 C 61 , a similar topological order can be assumed. But chemical order here is introduced with strong Si-N bonds supplanting Si-C bonds.…”

Section: Discussionmentioning

confidence: 99%