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Quality of vacuum-deposited films
VINCETT P. S.,
BARLOW W. A., ROBERTS G. G.
Nature. 1975 255(5509). p.542
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Gill J.Philip, Eglinton Geoffrey
Journal of Chromatography A. 1982 236(2). p.395
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Mihill A.,
Buell W., Fink M.
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PERLOVICH GERMAN L.,
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