Fracture toughness of Al2O3/ZrSiO4 coatings obtained by multi-chamber gas-dynamic acceleratorIn the current work the research of fracture toughness of Al2
O3/xZrSi
O4 composite coatings have
Characteristics of ZrB₂-ZrO₂-MoSi₂-Al coating on carbon/carbon composite obtained by a new multi-chamber detonation acceleratorKovaleva, M. G.,
Goncharov, I. Yu.,
Novikov, V. Yu.,
Yapryntsev, M. N.,
Vagina, O. N.,
Pavlenko, I. N. The ZrB₂-Zr
O₂-MoSi₂-Al coating was prepared by a new multi-chamber detonation accelerator on carbon
Development of the bioartificial vaginal wall: An in vitro stageArutyunyan I.V.,
Tenchurin T.K.,
Grigoryev T.E.,
Makarov A.V.,
Korshunov A.A.,
Elchaninov A.V.,
Kananykhina Y.Y.,
Lokhonina A.V.,
Vasyukova O.A.,
Uvarova E.V.,
Chuprynin V.D.,
Shepelev A.D.,
Mamagulashvili V.G.,
Chvalun S.N.,
Fatkhudinov T.K. , human epithelial and stromal cells to make an artificial
vagina. Material and methods. Fibrous material
Microstructure evolution and phase transformation of ZrB₂-45MoSi₂-10Al coating at high temperature connected with C/C composite substrate without sublayer, and composed of m-Zr
O₂, t-Zr
O₂, t-MoSi₂, some h
Comparative analysis of the efficacy of different surgical techniques for the correction of grade II–III anterior vaginal wall prolapseKomarova A.D.,
Ishchenko A.I.,
Kazantsev A.A.,
Ishchenko A.A.,
Khokhlova I.D.,
Dzhibladze T.A.,
Gorbenko O.Yu.,
Malyuta E.G.,
Baburin D.V.,
Balyasin M.V.,
Moskvicheva A.P.,
Pyatkina A.N.,
Alekseeva A.A.,
Azydova K.R. on surgical technique: group 1 (
n = 25) – surgical correction of prolapse using titanium mesh implants and 4
Zircon-based ceramic coatings formed by a new multi-chamber gas-dynamic acceleratorKovaleva, M.,
Prozorova, M.,
Arseenko, M.,
Tyurin, Y.,
Kolisnichenko, O.,
Yapryntsev, M.,
Novikov, V.,
Vagina, O.,
Sirota, V. consisted of c-Zr
O 2 (major phase), m-Zr
O 2 and Si
O 2 . The zircon-based ceramic coatings had a porosity
Empirical therapy as first-line treatment for vulvovaginal infections (
N76) or other non-inflammatory disorders of
vagina (
N89) based on their complaints and examination
Layered structure of CoCrAlY/ZrSiO₄/Al₂O₃ coatings before and after thermal treatmentKovaleva, M. G.,
Sirota, V. V.,
Beresnev, V. M.,
Tyurin, Yu. N.,
Vagina, O. N.,
Pavlenko, I. A. In work, dense CoCrAlY/ZrSi
O₄/Al₂
O₃ coatings have been prepared on nickel based superalloy sub