Add to ORKGAuthor Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the volume dependence of the Raman frequencies in ammonia solid I. By means of the values of the Gr\""{u}ncisen parameter obtained in the range between 195K and 172.8K, we used the volume data from the literature to calculate the Raman frequencies for two translational modes and for a librational mode in ammonia solid I. Similarly, the Raman frequencies of those modes can also be calculated using the volume data in ammonia solid II. This then enables us to predict the Raman frequencies near the melting point in ammonia
This study gives the Raman frequencies calculated as functions of temperature and pressure for the l...
The temperature and pressure dependences of the Raman frequencies of the lattice modes (E-g and B-1g...
Raman spectrum of liquid ammonia has been photographed at room temperature, using a glass spectrogra...
Author Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the vol...
We have performed in this study the calculation of the Raman frequencies for two translational modes...
This study gives our calculations for the Raman frequencies of the rotatory lattice mode in ammonia ...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
This study gives our calculations of the Raman frequencies for the rotatory lattice (librational) mo...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
A correlation between thermal expansivity alpha(p) and frequency shifts (1/nu)(partial derivative nu...
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 ...
The specific heat C-p is correlated to the frequency shifts (1/v)(partial derivative v/partial deriv...
This study gives our calculation for the frequency shifts 1/V(partial derivative v/partial derivativ...
We examine here our spectroscopic modification of the Pippard relation which is a linear variation o...
This study gives the Raman frequencies calculated as functions of temperature and pressure for the l...
The temperature and pressure dependences of the Raman frequencies of the lattice modes (E-g and B-1g...
Raman spectrum of liquid ammonia has been photographed at room temperature, using a glass spectrogra...
Author Institution: Department of Physics, Istanbul Technical UniversityWe have studied here the vol...
We have performed in this study the calculation of the Raman frequencies for two translational modes...
This study gives our calculations for the Raman frequencies of the rotatory lattice mode in ammonia ...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
This study gives our calculations of the Raman frequencies for the rotatory lattice (librational) mo...
Author Institution: Department of Physics, Istanbul Technical UniversityWe calculated here the Raman...
A correlation between thermal expansivity alpha(p) and frequency shifts (1/nu)(partial derivative nu...
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 ...
The specific heat C-p is correlated to the frequency shifts (1/v)(partial derivative v/partial deriv...
This study gives our calculation for the frequency shifts 1/V(partial derivative v/partial derivativ...
We examine here our spectroscopic modification of the Pippard relation which is a linear variation o...
This study gives the Raman frequencies calculated as functions of temperature and pressure for the l...
The temperature and pressure dependences of the Raman frequencies of the lattice modes (E-g and B-1g...
Raman spectrum of liquid ammonia has been photographed at room temperature, using a glass spectrogra...