Add to ORKGThis study gives our calculations for the Raman frequencies of the rotatory lattice mode in ammonia solid II near the melting point. The Raman frequencies of this mode are calculated as a function of the pressure using the volume data for the fixed temperatures of 230.4 K, 263.4 K, and 297.5 K by means of our Gruneisen relation. Our calculated frequencies can be examined experimentally when the Raman measurements are performed at various pressures for the constant temperatures considered
In this study, we calculate the Raman frequencies as a function of temperature for the fixed pressur...
Raman and IR frequencies of N-2 in the molecular state are calculated as a function of pressure up t...
We examine here our spectroscopic modification of the Pippard relation which is a linear variation o...
This study gives our calculations of the Raman frequencies for the rotatory lattice (librational) mo...
We have performed in this study the calculation of the Raman frequencies for two translational modes...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
Author Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the vol...
Author Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the vol...
We correlate here the thermal expansivity alpha(p) to the frequency shifts 1/v(partial derivative v/...
We relate in this study the thermal expansivity, alpha(p), to the Raman frequency shift (1/V)(delta ...
A correlation between thermal expansivity alpha(p) and frequency shifts (1/nu)(partial derivative nu...
The temperature and pressure dependences of the Raman frequencies of the lattice modes (E-g and B-1g...
The specific heat C-p is correlated to the frequency shifts (1/v)(partial derivative v/partial deriv...
In this study we obtain a linear variation of the specific heat Cp with the Raman frequency shifts 1...
In this study, we calculate the Raman frequencies as a function of temperature for the fixed pressur...
Raman and IR frequencies of N-2 in the molecular state are calculated as a function of pressure up t...
We examine here our spectroscopic modification of the Pippard relation which is a linear variation o...
This study gives our calculations of the Raman frequencies for the rotatory lattice (librational) mo...
We have performed in this study the calculation of the Raman frequencies for two translational modes...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
Author Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the vol...
Author Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the vol...
We correlate here the thermal expansivity alpha(p) to the frequency shifts 1/v(partial derivative v/...
We relate in this study the thermal expansivity, alpha(p), to the Raman frequency shift (1/V)(delta ...
A correlation between thermal expansivity alpha(p) and frequency shifts (1/nu)(partial derivative nu...
The temperature and pressure dependences of the Raman frequencies of the lattice modes (E-g and B-1g...
The specific heat C-p is correlated to the frequency shifts (1/v)(partial derivative v/partial deriv...
In this study we obtain a linear variation of the specific heat Cp with the Raman frequency shifts 1...
In this study, we calculate the Raman frequencies as a function of temperature for the fixed pressur...
Raman and IR frequencies of N-2 in the molecular state are calculated as a function of pressure up t...
We examine here our spectroscopic modification of the Pippard relation which is a linear variation o...