Search Results - "Krivchikov, A.I"

New thermal conductivity mechanism in triclinic 4-bromobenzophenone crystal by Strzhemechny, M.A., Krivchikov, A.I., Jeżowski, A., Zloba, D.I., Buravtseva, L.M., Churiukova, O., Horbatenko, Yu.V.

“…[Display omitted] •Thermal conductivity κ of 4-bromobenzophenone (4-BrBP) crystal was measured from 5 to 303K.•Above 130K, κ increases with T, in contrast to…”
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Enhancing thermal transport in ABS polymer with graphene oxide: Insights into low-temperature thermal conductivity behavior and correlation with Boson peak anomaly by Krivchikov, A.I., Jeżowski, A., Konstantinov, V.A., Sagan, V.V., Korolyuk, O.A., Szewczyk, D.

“…•1.5 times enhanced thermal conductivity of ABS by 0.5% trGO addition.•minimal thermal conductivity linked to phonon scattering/coherence…”
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Thermal transport in dynamically disordered phases of molecular crystals: A thermo activation mechanism by Konstantinov, V.A., Krivchikov, A.I., Karachevtseva, A.V., Sagan, V.V.

“…Isochoric thermal conductivity of crystalline 1,1-difluoroethane (F-152a freon) is measured on samples of different densities in the dynamically…”
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The influence of silica nano-inclusions on the structure of methane crystal observed in thermal conductivity experiment by Nikonkov, R.V., Stachowiak, P., Jeżowski, A., Krivchikov, A.I.

“…[Display omitted] •The nanocomposites from crystalline methane and SiO2 nanopowders were obtained.•The thermal conductivity of the nanocomposites was…”
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A universal T2 behavior of low temperature thermal conductivity of some simple molecular polycrystals by Romanova, T., Stachowiak, P., Jeżowski, A., Krivchikov, A.I., Vdovychenko, G.A.

“…The low-temperature dependence of thermal conductivity coefficient of dielectric crystals on temperature spreads over a vast region, both in terms of the…”
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Effects of site-occupation disorder on the low-temperature thermal conductivity of molecular crystals by Krivchikov, A.I., Vdovichenko, G.A., Korolyuk, O.A., Bermejo, F.J., Pardo, L.C., Tamarit, J.Ll, Jezowski, A., Szewczyk, D.

“…The thermal conductivity of CBrnCl4-n,(n=0,1,2) and 2-adamantanone (C10H14O) crystals which exhibit substitutional disorder has been measured for temperatures…”
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Effects of internal molecular degrees of freedom on the thermal conductivity of some glasses and disordered crystals by Krivchikov, A. I., Korolyuk, O. A., Sharapova, I. V., Tamarit, J. Ll, Bermejo, F. J., Pardo, L. C., Rovira-Esteva, M., Ruiz-Martin, M. D., Jezowski, A., Baran, J., Davydova, N. A.

“…The thermal conductivity sub([kappa])(T) of the fully ordered stable phase II, the metastable phase III, the orientationally disordered (plastic) phase I, as…”
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Heat transfer in different phases of solid cyclohexene by Konstantinov, V.A., Krivchikov, A.I., Korolyuk, O.A., Revyakin, V.P., Sagan, V.V., Vdovichenko, G.A., Zvonaryova, A.V.

“…The thermal conductivity of solid cyclohexene C6H10 has been measured in two independent experiments in five different stable and metastable phase states:…”
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Thermal conductivity of glassy primary mono-hydroxylalcohols by Krivchikov, A.I., Korolyuk, O.A., Sharapova, I.V., Romantsova, О.О., Bermejo, F.J., Cabrillo, C., Fernandez-Perea, R., Bustinduy, I.

“…Thermal conductivity κ(T) data for homologous series of primary mono-hydric alcohols – methanol, ethanol, 1-propanol, 1-butanol – within their molecular glass…”
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Disorder effects on heat transport properties of orientationally disordered crystals by Bermejo, F.J, Sharapova, I.V, Krivchikov, A.I, Korolyuk, O.A, Jezowski, A, Rovira Esteva, Muriel, Tamarit Mur, José Luis, Pardo Soto, Luis Carlos, Ruíz Martín, María Dolores

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