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Concentration polarization and ionic conductivity of nanocomposite thermoelectric materials K0.01Cu1.94S, K0.02Cu1.94S, K0.03Cu1.94S
Kubenova, M.M., Balapanov, M.Kh., Kuterbekov, K.A., Akhmetgaliev, B., Ishembetov, R.Kh., Almukhametov, R.F., Zeleev, M., Kabyshev, A.M., Alina, R., Kondakirov, R.E., Kenzhebek, M.K. (2024)
The paper presents experimental results of concentration polarization and ionic conductivity
Chemical diffusion and ionic conductivity in nonstoichiometric nanocrystalline superionic NaxCu1.75S (x = 0.1, 0.15, 0.2, 0.25) materials
Kuterbekov, K.A., Balapanov, M. Kh., Kubenova, M.M., Ishembetov, R. Kh., Zeleev, M. Kh., Yakshibaev, R.A., Kabyshev, A.M., Alina, R.A., Bekmyrza, K. Zh., Baikhozhaeva, B.U., Abseitov, E.T., Abseitov, E.T. (2022)
The paper presents the experimental results on ionic conductivity and chemical diffusion
Synthesis, X-ray phase analysis and differential thermal analysis of nanocrystalline superionic KxCu1.85S (x<0.05) copper sulfides
Sakhabayeva, S.M., Balapanov, M.Kh., Kuterbekov, K.A., Ishembetov, R.Kh., Kubenova, M.M., Giniyatova, Sh.G., Nurkenov, S.A., Akhmetgaliev, B.M., Zeleev, M.Kh., Yakshibaev, R.A., Seisenbayeva, G.S. (2022)
Superionic semiconductor chalcogenides with mixed electronic-ionic conductivity have very low
Thermoelectric properties of superionic Li0.11Cu1.89S compound
Kubenova, Marzhan, Balapanov, Malik, Kuterbekov, Kairat, Ishembetov, Rais, Almukhametov, Rafail, Bekmyrza, Kenzhebatyr, Akhmetgaliev, Bulat, Sharipov, Talgat, Zeleev, Marat, Kabyshev, Asset, Mukhanova, Zhamal, Baikhozhaeva, Bakhytkul, Yakshibaev, Robert (2024)
nm. The Li0.11Cu1.89S sample showed an electronic conductivity of 50–180 S/cm, a Seebeck coefficient
The Effect of Copper–Graphene Composite Architecture on Thermal Transport Efficiency
Kazakov, Arseny M., Korznikova, Galiia F., Tuvalev, Ilyas I., Izosimov, Artem A., Korznikova, Elena A. (2023)
graphene layers into copper crystal reduces the thermal conductivity of the whole composite
CONDUCTING "DENTAL HEALTH LESSONS" BY INTERNATIONAL STUDENTS IN SCHOOL EDUCATIONAL INSTITUTIONS OF THE CITY OF UFA
Aflakhanova, G.R., Chuikin, S.V., Makusheva, N.V., Ganieva, R.A. (2023)
CONDUCTING "DENTAL HEALTH LESSONS" BY INTERNATIONAL STUDENTS IN SCHOOL EDUCATIONAL INSTITUTIONS
Metformin ameliorates cardiac conduction delay by regulating microRNA-1 in mice
LV, L., ZHANG, L., LI, R., LI, Y., YANG, R., LI, C., FANG, R., SHABANOVA, A., LI, X., LIU, Y., LIANG, H., ZHOU, Y., SHAN, H., ZHENG, N. (2020)
Cardiac conduction delay may occur as a common complication of several cardiac diseases. A few
Thermal and electrical properties of nanocrystalline superionic NaxCu1.75S (x=0.1, 0.15, 0.2, 25) compounds
Kubenova, M.M., Kuterbekov, K.A., Balapanov, M.Kh., Ishembetov, R.Kh., Akhmetgaliev, B.M., Kabyshev, A.M., Bekmyrza, K.Zh., Zeleev, M.Kh., Palymbetov, R.Sh., Baikhozhaeva, B.U. (2023)
conductivity minimum at about 410 ◦ C. Electrode material Na0.10Cu1.75S achieved a significant specific energy
Удельная электропроводность синовиальной жидкости как критерий давности наступления смерти человека при исследовании трупа в позднем посмертном периоде
Electrical conductivity of synovial fluid as a measure of death time in late postmortem examination
Khalikov, Airat A., Vavilov, Alexey Yu., Agzamov, Vadim V., Pozdeev, Alexey R., Халиков, А .А ., Вавилов, А .Ю ., Агзамов, В .В ., Поздеев, А .Р . (2025)
and requiring the new objective expert criteria search. AIM: To assess changes in electrical conductivity
О влиянии факторов индивидуальности объекта исследования на показатели электропроводности спинномозговой жидкости
The influence of individual characteristics of the research subject on the electrical conductivity parameters of cerebrospinal fluid
Vavilov, Alexey Yu., Pozdeev, Alexey R., Khalikov, Airat A., Bayandina, Sofia M., Agzamov, Vadim V., Pozdeeva, Maria A., Вавилов, А .Ю ., Поздеев, А .Р ., Халиков, А .А ., Баяндина, С .М ., Агзамов, В .В ., Поздеева, М .А . (2024)
The influence of individual characteristics of the research subject on the electrical conductivity

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