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Zamyatin, A. A.; Makovetskii, A. N.; Milyavskiĭ, Yu. S.

doi:10.1023/a:1022296205816

Russian Journal of Applied Chemistry

2002

DOI: 10.1023/a:1022296205816

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A. A. Zamyatin

A. N. Makovetskii

Yu. S. Milyavskiĭ

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2004

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“…For our investigations we selected compositions based on oligourethaneacrylates such as α 1 ,ω-acryl(bispropylene glycol)-2,4-toluylenediurethane (APGT) and oligomer OUA-2000T [7]. The indicated oligomers differ in the length of the chain that separates the functional groups.…”

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Influence of the UV radiation wavelength on the curing of oligourethaneacrylate compositions for protective coatings of optical fibers

et al. 2004

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The curing kinetics of films produced from compositions based on UV-curable oligourethaneacrylates is investigated using, as a source of radiation, an individual spectral line separated by a monochromator from the radiation of a DRT-400 mercury tubular lamp. It has been established that in the region of spectral sensitivity of the composition, the curing time of the film is inversely proportional to the intensity of volumetric absorption of the radiation-source photons by the initiator at the lower surface of the film under study. Individual contributions of some of the lines to the process of composition curing by using the integral spectrum of the radiation source have been evaluated. The spectral-kinetic results obtained were confirmed when using the compositions under study as protective coatings of optical quartz fibers.

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Influence of the UV radiation wavelength on the curing of oligourethaneacrylate compositions for protective coatings of optical fibers

et al. 2004

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Influence of the UV radiation wavelength on the curing of oligourethaneacrylate compositions for protective coatings of optical fibers

Influence of the UV radiation wavelength on the curing of oligourethaneacrylate compositions for protective coatings of optical fibers

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