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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
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)
thermal conductivity decreases with increasing temperature from 0.61 to 0.22 W∙K−1m−1 in the range of 300
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)
The paper presents the results of the studies of thermal properties of nanocrystalline superionic
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)
lattice thermal conductivity and are excellent thermoelectrics. Doping with other elements is one
ЭКСПЕРИМЕНТАЛЬНОЕ ИССЛЕДОВАНИЕ ЭФФЕКТИВНОСТИ ГЛАЗНОЙ МАЗИ НА ОСНОВЕ 6-МЕТИЛ-3-(ТИЕТАН-3-ИЛ)УРАЦИЛА В ЛЕЧЕНИИ ТЕРМИЧЕСКОГО ОЖОГА РОГОВИЦЫ
EXPERIMENTAL STUDY OF THE EFFECTIVENESS OF 6-METHYL-3-(THIETANE-3-YL)URACIL-CONTAINING EYE ­OINTMENT IN THE TREATMENT OF CORNEAL THERMAL BURNS
ГАБДРАХМАНОВА, А.Ф., МЕЩЕРЯКОВА, С.А., ГАЙНУТДИНОВА, Р.Ф., КИЛЬДИЯРОВ, Ф.Х., КУРБАНОВ, С.А., ХУЖАМБЕРДИЕВ, А.Х., Gabdrakhmanova, A.F., Meshcheryakova, S.A., Gaynutdinova, R.F., Kil'diyarov, F.Kh., Kurbanov, S.A., Khuzhamberdiev, A.Kh. (2019)
­OINTMENT IN THE TREATMENT OF CORNEAL THERMAL BURNS
Negative Thermal Expansion of Carbon Nanotube Bundles
Galiakhmetova, L.K., Korznikova, E.A., Kudreyko, A.A., Dmitriev, S.V. (2022)
of degrees of freedom. Bundles of CNTs of sufficiently large diameter exhibit negative lateral thermal
ЭЛЕКТРИЧЕСКИЕ И ТЕПЛОВЫЕ СВОЙСТВА СУПЕРИОННЫХ СПЛАВОВ KXCU2-XS (X = 0.1, 0.2, 0.25)
ELECTRICAL AND THERMAL PROPERTIES OF SUPERIONIC KXCU2-XS (X = 0.1, 0.2, 0.25) ALLOYS
БАЛАПАНОВ, МАЛИК ХАМИТОВИЧ, ИШЕМБЕТОВ, РАИС ХУРМАТУЛЛОВИЧ, КУТЕРБЕКОВ, КАЙРАТ АТАЖАНОВИЧ, БАИШЕВА, АЛИЯ ХАЗИНУРОВНА, ПАЛЫМБЕТОВ, РУСЛАН ШАМЕНОВИЧ, САХАБАЕВА, САЙРА3, КУБЕНОВА, МАРЖАН МАЛИКОВНА, ЯКШИБАЕВ, РОБЕРТ АСГАТОВИЧ, BALAPANOV MALIK KHAMITOVICH, ISHEMBETOV RAIS KHURMATULLOVICH, KUTERBEKOV KAIRAT ATAGHANOVICH, BAISHEVA ALIYA KHAZINUROVNA, PALYMBETOV RUSLAN SHAMENOVICH, SAKHABAEVA SAIRA, KUBENOVA MARGHAN MALIKOVNA, YAKSHIBAEV ROBERT ASGATOVICH (2020)
ELECTRICAL AND THERMAL PROPERTIES OF SUPERIONIC KXCU2-XS (X = 0.1, 0.2, 0.25) ALLOYS
YB 3+ /ER 3+− CODOPED GEO 2 –PBO–PBF 2 GLASS CERAMICS FOR RATIOMETRIC UPCONVERSION TEMPERATURE SENSING BASED ON THERMALLY AND NON-THERMALLY COUPLED LEVELS
KALINICHEV, A.A., KUROCHKIN, M.A., KOLOMYTSEV, A.Y., KOLESNIKOV, I.E., KHASBIEVA, R.S., KOLESNIKOV, E.Y., LÄHDERANTA, E. (2019)
synthesized via the melt-quenching technique has been presented as an optical thermometer. The thermal sensing
КВАНТОВОВОХИМИЧЕСКОЕ ИССЛЕДОВАНИЕ ТЕРМИЧЕСКИХ ПРЕВРАЩЕНИЙ АЛЛИЛФЕНИЛСУЛЬФИДА
THERMAL TRANSFORMATIONS OF ALLYL PHENYL SULFIDE: A QUANTUM-CHEMICAL STUDY
МИТЯГИН, Д. Н., ГАББАСОВА, И. М., АНИСИМОВ, А. В., КАНТОР, Е. А., Mityagin D.N., Kantor E.A., Gabbasova I.M., Anisimov A.V. (2019)
THERMAL TRANSFORMATIONS OF ALLYL PHENYL SULFIDE: A QUANTUM-CHEMICAL STUDY
YB 3+ /ER 3+− CODOPED GEO 2 –PBO–PBF 2 GLASS CERAMICS FOR RATIOMETRIC UPCONVERSION TEMPERATURE SENSING BASED ON THERMALLY AND NON-THERMALLY COUPLED LEVELS
Kalinichev, A.A., Kurochkin, M.A., Kolomytsev, A.Y., Khasbieva, R.S., Kolesnikov, E.Y., Lähderanta, E., Kolesnikov, I.E. (2019)
. The thermal sensing was designed based on the temperature dependent fluorescence intensity ratios of thermally

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