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2007
DOI: 10.1134/s1063782607050028
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AFM examination of nanolayers synthesised by the molecular layering method on the surface of manufacturing glasses

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Cited by 5 publications
(2 citation statements)
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“…Efimov) has been on the regulation of polymeric and composite material properties by ML . Under the leadership of candidate of sciences E. A. Sosnov, original methods based on scanning probe microscopy (SPM), have been developed to study the surface of dispersed solids, fibers, and bulk materials modified by ML . In 2007, the CNEEM department celebrated its 40 th anniversary and published a collection of papers, which reflected the key achievements of their research teams in the development of the ML method…”
Section: From 1991 To 2015: the Latest Scientific Achievements And Thmentioning
confidence: 99%
“…Efimov) has been on the regulation of polymeric and composite material properties by ML . Under the leadership of candidate of sciences E. A. Sosnov, original methods based on scanning probe microscopy (SPM), have been developed to study the surface of dispersed solids, fibers, and bulk materials modified by ML . In 2007, the CNEEM department celebrated its 40 th anniversary and published a collection of papers, which reflected the key achievements of their research teams in the development of the ML method…”
Section: From 1991 To 2015: the Latest Scientific Achievements And Thmentioning
confidence: 99%
“…In our earlier works [4][5][6][7], we considered some specific features associated with the preparation of titanium and chromium oxide nanocoatings on the surface of borosilicate glasses by the molecular layering method and their influence on the surface quality of glass products and the surface electrical conductivity. The performance of these investigations has been motivated by the necessity of solving the problem regarding an increase in the dielectric strength of glass bulbs of X-ray tubes, because the charge localization on the bulb surface can result in the through breakdown, which leads to the damage of the glass and the loss of tightness of the device [8,9].…”
Section: Introductionmentioning
confidence: 99%