Plasma-mechanical oscillations in carbon nanotubes arrayThe results of the simulation of plasma-mechanical oscillations in
carbon multiwalled
nanotubes Interrelation of planck thermal glow with current saturation effect of carbon nanotube field emittersLabunov, V. A.,
Shulitski, B. G.,
Kashko, I. A.,
Grapov, D. V.,
Wu, J.,
Cheng, Z. C.,
Sun, L.,
Kargin, N. I.,
Лабунов, В. А.,
Шулицкий, Б. Г.,
Кашко, И. А.,
Грапов, Д. В. spectral range of the matrix field emission
carbon nanotube based cathodes was investigated. It was found
A continual approach to Van der Waals interactions in carbon nanotube based systemsOrdered
arrays of
carbon nanotubes (CNT) are promising elements of nanoelectromechanical
Field emission cathodes based on structured carbon nanotube arraysCheng, Z. C.,
Sun, L.,
Serbun, Z. Y.,
Kargin, N. I.,
Labunov, V. A.,
Shulitski, B. G.,
Kashko, I. A.,
Grapov, D. V.,
Gorokh, G. G.,
Лабунов, В. А.,
Шулицкий, Б. Г.,
Кашко, И. А.,
Грапов, Д. В.,
Горох, Г. Г. with luminescence screen. The
carbon nanotube arrays were synthesized by the atmospheric pressure floating catalyst
Interaction of electromagnetic radiation in the 20–200 GHz frequency range with arrays of carbon nanotubes with ferromagnetic nanoparticlesAtdayev, A.,
Danilyuk, A. L.,
Prischepa, S. L.,
Атдаев, А.,
Данилюк, А. Л.,
Прищепа, С. Л. The interaction of electromagnetic radiation with a magnetic nanocomposite based on
carbon Absorption of electromagnetic irradiation in arrays of carbon nanotubes in the cubterahertz rangeAtdayev, A.,
Danilyuk, A. L.,
Prischepa, S. L.,
Атдаев, А.,
Данилюк, А. Л.,
Прищепа, С. Л. Absorption of electromagnetic irradiation in
arrays of
carbon nanotubes in the cubterahertz range
Structural and magnetic properties of multiwall carbon nanotube arrays with incorporated iron-phase nanoparticlesPrudnikava, A. L.,
Danilyuk, A. L.,
Yanushkevich, K. I.,
Fedotova, J.,
Komissarov, I. V.,
Prischepa, S. L.,
Le Normand, F.,
Antoni, F.,
Прудникова, Е. Л.,
Данилюк, А. Л.,
Янушкевич, К. И.,
Комиссаров, И. В.
of
carbon nanotube (CNT)
arrays at different catalyst source concentrations during their synthesis. Floating