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Materials Sciences and Applications

Materials Sciences and Applications

Materials Sciences and Applications

ISSN Print: 2153-117X
ISSN Online: 2153-1188
www.scirp.org/journal/msa
E-mail: msa@scirp.org
"The Study of Different Structuring Techniques for Creation of Non-Evaporable Getters"
written by Anton Boyko, Dahir Gaev, Sergei Timoshenkov, Yuri Chaplygin, Vladimir Petrov,
published by Materials Sciences and Applications, Vol.4 No.8A, 2013
has been cited by the following article(s):
  • Google Scholar
  • CrossRef
[1] Performance enhanced Ti-based thin film getter with porous nickel as scaffold
Vacuum, 2024
[2] Controlled adsorption of gas molecules by tuning porosity of titanium film
Smart Materials and …, 2024
[3] Study of nano-scaffold on improving gettering performance of Ti-Zr-V film and the influencing mechanism
Materials Today …, 2024
[4] Micromechanics of porosity of various degrees in porous permeable Ti–V30 getter made of powder
Vacuum, 2023
[5] Development and characterization of an improved Ti-Zr-V thin-film getter with 3D porous nano-scaffolds
Vacuum, 2023
[6] Технология производства электровакуумных приборов: термовакуумная обработка. Экспериментальное сопровождение технологического процесса
2022
[7] Thermal Activation of Getters in Magnetron Production Technology
2020
[8] Термическое активирование геттеров в технологии производства магнетронов
2019
[9] Электроимпульсное спекание шихты на основе измельченной титановой губки с добавками порошков алюминия и ниобия. Исследованиепроницаемых и …
2018
[10] Hydrogen gettering of titaniumpalladium/palladium nanocomposite films synthesized by cosputtering and vacuum-annealing
International Journal of Hydrogen Energy, 2018
[11] Study on surface shape control of pure Ti fabricated by electron beam melting using electrolytic polishing
Surface and Coatings Technology, 2017
[12] Low temperature activation of Au/Ti getter film for application to wafer-level vacuum packaging
Japanese Journal of Applied Physics, 2015
[13] Исследование морфологических особенностей напыленных пленок Ti 1-xV x с применением модели структурных зон
2015
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