Stanislav A. Bulaev | AMiner学者主页

In the thermally conducting calorimeter measured values of the coefficient of thermal expansion, isobaric heat capacity, thermal diffusivity of oleic acid in the temperature range 298 363K and pressures of 0.098 147MPa. In this article was comparison of the experimental data with the literature and with results of the calculation. The generalized dependences for determination of a thermal capacity and thermal diffusivity are offered

2011Vestnik Kazanskogo tehnologičeskogo universiteta

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10ТЕРМОДИНАМИЧЕСКИЕ И КАЛОРИЧЕСКИЕ СВОЙСТВА ОЛЕИНОВОЙ КИСЛОТЫ В ШИРОКОМ ДИАПАЗОНЕ ДАВЛЕНИЙ

ф н шамсетдинов,с а булаев,г х мухамедзянов,з и зарипов

2011引用：23

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11ТЕПЛОФИЗИЧЕСКИЕ СВОЙСТВА СИСТЕМЫ СВЕРХКРИТИЧЕСКИЙ ДИОКСИД УГЛЕРОДА И КОФЕИН

ф н шамсетдинов,с а булаев,з и зарипов

2010引用：22

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12Thermal Conductivity, Thermal Diffusivity, and Heat Capacity of Unsaturated Hydrocarbons at Pressures Up to 200 MPa

Z. I. Zaripov,G. Kh. Mukhamedzyanov,S. A. Bulaev

2010High Temperature（2010）引用：3

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13The heat capacity and thermal diffusivity of aqueous solutions of alkali metal salts over a wide pressure range

Z. I. Zaripov,S. A. Burtsev,S. A. Bulaev,G. Kh. Mukhamedzyanov

The isobaric heat capacity and thermal diffusivity of aqueous solutions of alkali metal salts were measured in a heat conducting calorimeter over the temperature and pressure ranges 298-348 K and 0.098147 MPa, respectively. Generalized dependences are suggested for determining the heat capacity, thermal diffusivity, and heat conductivity.

2004RUSSIAN JOURNAL OF PHYSICAL CHEMISTRY（2004）引用：23

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14ТЕПЛОФИЗИЧЕСКИЕ СВОЙСТВА СМЕСЕЙ ПОЛИЭТИЛЕНГЛИКОЛЕЙ

з и зарипов,с а булаев,г х мухамедзянов

2003引用：23

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15THERMAL PROPERTIES OF UNSATURATED HYDROCARBONS AT PRESSURE UP TO 147 МPа

Aleksey V. Gavrilov,Zufar I. Zaripov,Stanislav A. Bulaev,Gabdelnur H. Mukhamedzyanov

Isobaric expansivity αp and isothermal compressibility βT of some representatives of unsaturated hydrocarbons (hexene-1, heptene-1, nonene-1, decene-1, tetradecene-1) at temperatures 298-363K and pressure up to 147MPa were studied with the help of experimental unit based on method of Calvet heat conducting calorimeter. Error of measurement of αp and βT are 1% and 1.95% respectively. The results of measurement of αp and βT of n-butyl alcohol in studied range of temperature and pressure are in good agreement with calculated and experimental data in literature.

引用：23

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