A current volume on the optical spectra and lattice dynamics of molecular crystals. Part I covers the theoretical/experimental examinations of organic crystals whilst Part II deals with the investigation of the structure, phase transitions and reorientational motion of molecules.
Author(s): G.N. Zhizhin and E. Mukhtarov (Eds.)
Series: Vibrational Spectra and Structure 21
Publisher: Elsevier Science Pub Co
Year: 1995
Language: English
Pages: 1-447
Content:
Preface to the series
Page v
James R. Durig
Preface to volume 21
Page vii
James R. Durig
Contents of other volumes
Pages xiii-xvii
I. Dynamics of the molecular crystal lattice
Pages 2-70
II. Calculation of frequencies and normal vibrational forms in the approximation of rigid molecules
Pages 71-121
III. Solution of the dynamical problem with the consideration of the intermolecular vibration
Pages 122-150
IV. Devices and methods for the experimental investigation of organic crystals by means of the vibrational spectra
Pages 151-178
References - Part I
Pages 179-200
I. Vibrational spectra and phase transitions in plastic crystals
Pages 202-244
II. Reorientational motion of molecules in crystals without mesophases
Pages 245-267
III. Stationary orientational disorder in trihalogen substituted methane crystals
Pages 268-290
IV. Vibrational spectra and phase transition in crystals with conformationally unstable molecules
Pages 291-331
V. Application of vibrational spectra and AAP for the determination of structures and the investigation of phase transitions in crystals of phenanthrene and pyrene
Pages 332-379
References - Part II
Pages 380-392
Appendix I AAP parameters used for the calculation of the lattice dynamics of molecular crystals
Pages 393-395
Appendix II Computerized calculations of the frequencies and eigenvectors of the normal vibrations
Pages 396-403
Appendix III Frequencies and eigenvectors for the low-frequency normal vibrations of several organic crystals
Pages 404-444
Subject index
Pages 445-447
