Özlem Tarı (Arel Author)The Pippard relations (CP vs. ?P and ?P vs. ?T) are examined at various temperatures up to 1200 K at zero pressure (P = 0) for the cubic gauche nitrogen. The specific heat (CP) is related to the thermal expansion (?P) and the ?P is also related to the isothermal compressibility (?T) as the Pippard relations for this solid structure. For those relations, experimental data are used from the literature. It is found that the variation of the CP with the ?P and ?P with the ?T is linear. Using the linear relations dP/dT is predicted, which can be compared with the experimental measurements in the P - T phase diagram of cubic gauche nitrogen.The Pippard relations (CP vs. ?P and ?P vs. ?T) are examined at various temperature...
A linear correlation between the specific heat CP and the thermal expansion αp is established h...
#nofulltext# --- Tarı İlgin, Özlem (Arel Author) --- Conference: 9th International Physics Conferenc...
This study gives our calculation for the frequency shifts 1/V(partial derivative v/partial derivativ...
The Pippard relations (CP vs. aP and aP vs. kT) are examined at various temperatures up to 1200 K at...
We study the Pippard relations applied to the solid ammonia at high pressures using the volume measu...
We study here the Pippard relations as linear relations between the specific heat C-p and the therma...
We examine here the validity of the Pippard relations close to the melting point in the premelting r...
This study gives our application of the Pippard relations to the ammonia near its melting point. The...
The thermodynamic quantities such as the thermal expansion (alpha(p)), isothermal compressibility (K...
PART ONE An equation of state has been developed which is a series expansion in orthogonal polynomi...
Solid nitrogen exhibits various phases under different temperatures and pressures. At very high pres...
In this study we obtain a linear variation of the specific heat Cp with the Raman frequency shifts 1...
We study here critical behaviour of the thermodynamic quantities such as thermal expansivity alpha(p...
By employing a mean field model, calculation of the T-P phase diagram of molecular nitrogen is perfo...
For some recent experiments thermodynamical data on nitrogen were required over as wide a temperatur...
A linear correlation between the specific heat CP and the thermal expansion αp is established h...
#nofulltext# --- Tarı İlgin, Özlem (Arel Author) --- Conference: 9th International Physics Conferenc...
This study gives our calculation for the frequency shifts 1/V(partial derivative v/partial derivativ...
The Pippard relations (CP vs. aP and aP vs. kT) are examined at various temperatures up to 1200 K at...
We study the Pippard relations applied to the solid ammonia at high pressures using the volume measu...
We study here the Pippard relations as linear relations between the specific heat C-p and the therma...
We examine here the validity of the Pippard relations close to the melting point in the premelting r...
This study gives our application of the Pippard relations to the ammonia near its melting point. The...
The thermodynamic quantities such as the thermal expansion (alpha(p)), isothermal compressibility (K...
PART ONE An equation of state has been developed which is a series expansion in orthogonal polynomi...
Solid nitrogen exhibits various phases under different temperatures and pressures. At very high pres...
In this study we obtain a linear variation of the specific heat Cp with the Raman frequency shifts 1...
We study here critical behaviour of the thermodynamic quantities such as thermal expansivity alpha(p...
By employing a mean field model, calculation of the T-P phase diagram of molecular nitrogen is perfo...
For some recent experiments thermodynamical data on nitrogen were required over as wide a temperatur...
A linear correlation between the specific heat CP and the thermal expansion αp is established h...
#nofulltext# --- Tarı İlgin, Özlem (Arel Author) --- Conference: 9th International Physics Conferenc...
This study gives our calculation for the frequency shifts 1/V(partial derivative v/partial derivativ...