Rezyapova, Luiza R.,
Safargalina, Zarema A.,
Usmanov, Emil I.,
Valiev, Roman R.,
Minasov, Timur B.,
Valiev, Ruslan Z. (2024) by the etched nanoTi samples with pronounced
surface roughness, the latter being revealed from precise
roughnessBazunova, M.V.,
Lazdin, R.Yu.,
Elinson, M.R.,
Sharafutdinova, L.A.,
Mustakimov, R.A.,
Kulish, E.I. (2022) in the overall
surface roughness and a sharp drop in the elastic modulus of the films. The stabilizing impact
The interplay between volume and
surface interactions in polymer-stabilized ferroelectric liquid
PARFENOV, E.V.,
MUKAEVA, V.R.,
FARRAKHOV, R.G.,
PARFENOVA, L.V.,
LUKINA, E.S.,
DYAKONOV, G.S.,
VALIEV, R.Z.,
DANILKO, K.V. (2019) This research follows a biomimetic approach for implant
surface design, and it concerns
surfaceSurface Plasma resonance (SPR) sensors combined with biological receptors are widely used
Parfenova, Lyudmila V.,
Galimshina, Zulfiya R.,
Gil’fanova, Guzel U.,
Alibaeva, Eliza I.,
Danilko, Ksenia V.,
Aubakirova, Veta R.,
Farrakhov, Ruzil G.,
Parfenov, Evgeny V.,
Valiev, Ruslan Z. (2022) of the titanium
surface. Therefore, the aim of this work was to develop approaches to control the biological