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2010
DOI: 10.1134/s1063785010060246
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Barrier layer of an anti-emission coating

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Cited by 9 publications
(2 citation statements)
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“…The reduction of the emission properties of the surface is achieved by forming an antiemission intermetallic coating Pt 3 Zr [8,9]. According to the calculation in the temperature range of vacuum annealing 1000…2000 K in the system ZrC (obtained by evaporation in a plasma of a vacuum arc discharge [10,11]) -Pt (deposited by electroplating) thermodynamically more likely are formed connections Pt 3 Zr -PtZr [12].…”
Section: Zusammenfassungmentioning
confidence: 99%
“…The reduction of the emission properties of the surface is achieved by forming an antiemission intermetallic coating Pt 3 Zr [8,9]. According to the calculation in the temperature range of vacuum annealing 1000…2000 K in the system ZrC (obtained by evaporation in a plasma of a vacuum arc discharge [10,11]) -Pt (deposited by electroplating) thermodynamically more likely are formed connections Pt 3 Zr -PtZr [12].…”
Section: Zusammenfassungmentioning
confidence: 99%
“…Наиболее эффективным антиэмиссионным покрытием является ин-терметаллид платиновой группы -Pt 3 Zr [5], синтезируемый при диффузионном отжиге в вакууме на тугоплавкой подложке (Mo, W) при наличии слоев карбида циркония (ZrC) и платины (Pt)…”
Section: аа лисенков нз ветров дк костринunclassified