We examine here the validity of the Pippard relations close to the melting point in the premelting region of hexadecane. For this verification, we analyze the observed data for the thermal expansivity obtained for various pressures at constant temperatures of 302 and 325 K in this system. By calculating the isothermal compressibility and the specific heat in the same pressure region of the premelting region of hexadecane, we obtain that varies linearly with and also that varies linearly with for this system. This indicat es that some molecular organic compounds, such as solid hexadecane studied here, can exhibit -phase transitions prior to melting which are expected to verify the Pippard relations
The low-temperature heat capacities of 1-hexadecanol have been measured with an automatic adiabatic ...
A combination of careful differential scanning calorimetry, solid-state NMR, small- and wide-angle X...
More than 300 pure organic substances have been studied in detail by calorimetric methods. More than...
We study here critical behaviour of the thermodynamic quantities such as thermal expansivity alpha(p...
This study gives our application of the Pippard relations to the ammonia near its melting point. The...
We study here the Pippard relations as linear relations between the specific heat C-p and the therma...
Özlem Tarı (Arel Author)The Pippard relations (CP vs. ?P and ?P vs. ?T) are examined at various temp...
We study the Pippard relations applied to the solid ammonia at high pressures using the volume measu...
In this study, we calculate variation of the molar volume with the temperature at constant pressures...
Along isothermal paths, the expansivity of liquid hexane is shown to follow a power law up to a few ...
Tarı İlgin, Özlem (Arel Author)The molar volume of solid and liquid benzene was calculated at variou...
The cylindrical approximation originally proposed by Pippard for the λ -transitions in one-component...
Stable hexagonal phases have been identified in the three monodisperse long n-alkanes C390H782, C294...
1-Hexadecanol is one of the main raw materials in the production of many detergents, surfactants, pe...
AbstractIn this study, organic compounds with different structure were investigated, their latent he...
The low-temperature heat capacities of 1-hexadecanol have been measured with an automatic adiabatic ...
A combination of careful differential scanning calorimetry, solid-state NMR, small- and wide-angle X...
More than 300 pure organic substances have been studied in detail by calorimetric methods. More than...
We study here critical behaviour of the thermodynamic quantities such as thermal expansivity alpha(p...
This study gives our application of the Pippard relations to the ammonia near its melting point. The...
We study here the Pippard relations as linear relations between the specific heat C-p and the therma...
Özlem Tarı (Arel Author)The Pippard relations (CP vs. ?P and ?P vs. ?T) are examined at various temp...
We study the Pippard relations applied to the solid ammonia at high pressures using the volume measu...
In this study, we calculate variation of the molar volume with the temperature at constant pressures...
Along isothermal paths, the expansivity of liquid hexane is shown to follow a power law up to a few ...
Tarı İlgin, Özlem (Arel Author)The molar volume of solid and liquid benzene was calculated at variou...
The cylindrical approximation originally proposed by Pippard for the λ -transitions in one-component...
Stable hexagonal phases have been identified in the three monodisperse long n-alkanes C390H782, C294...
1-Hexadecanol is one of the main raw materials in the production of many detergents, surfactants, pe...
AbstractIn this study, organic compounds with different structure were investigated, their latent he...
The low-temperature heat capacities of 1-hexadecanol have been measured with an automatic adiabatic ...
A combination of careful differential scanning calorimetry, solid-state NMR, small- and wide-angle X...
More than 300 pure organic substances have been studied in detail by calorimetric methods. More than...