Mode-Grüneisen parameters in disordered molecular crystals: Raman spectra of NH4Br and NH4I under hydrostatic pressure
Author:
Funder
Deutsche Forschungsgemeinschaft
Publisher
Elsevier BV
Subject
Materials Chemistry,Condensed Matter Physics,General Chemistry
Reference14 articles.
1. One‐phonon density‐of‐states and spatial correlation from the Raman spectrum of molecular crystals: NH4I
2. HOCHHEIMER H.D., Thesis, Regensburg (in preparation).
3. Light Scattering Spectra of Solids;Wang,1969
4. Low frequency Raman spectra of ammonium halides in the disordered phases I and II
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1. Analysis of vibrational spectra in relation to the thermodynamic quantities close to the phase transitions in ammonium halides (NH4F and NH4I);Optik;2017-04
2. RAMAN FREQUENCIES CALCULATED FROM THE VOLUME DATA AS A FUNCTION OF TEMPERATURE AT HIGH PRESSURES FOR THE DISORDERED PHASE II OF NH4I;International Journal of Modern Physics B;2011-02-10
3. Calculation of the Raman frequencies of lattice modes in the disordered phase II of NH4Br at high pressures;Physics Essays;2010-12
4. Correlations of the thermodynamic quantities with the frequency shifts of a lattice mode close to the I–II transition in NH4Br;Radiation Physics and Chemistry;2010-06
5. CALCULATION OF THE RAMAN FREQUENCIES AS A FUNCTION OF TEMPERATURE IN PHASE III OF NH4I;Modern Physics Letters B;2010-03-30
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