Chemical Physics, 2003, V 295, N 2, 1 December.
1.
Mass analyzed threshold ionization spectroscopy of deuterium
substituted N-methylaniline and N-ethylaniline cations:
isotope effect on transition energy and large
amplitude vibrations,
Jieli Lin, Jung Lee Lin and Wen Bih Tzeng
Pages 97-107
2.
Calculations on the vibrational level density
in highly excited formaldehyde,
Svetoslav Rashev and David C. Moule
Pages 109-117
3.
Influence of an aromatic substituent in position 2 on
photophysical properties of benzoxazol-5-yl-alanine
derivatives,
Katarzyna Guzow, Kamil Mazurkiewicz, Mariusz Szabelski,
Robert Ganzynkowicz, Jerzy Karolczak and Wiesaw Wiczk
Pages 119-130
4.
Laser-initiated processes within (SO2)m(NO)n
weakly-bound clusters,
Yuxiu Lei, Vladimir I. Makarov,
Carlos Conde and Edwin Quinones
Pages 131-136
5.
Fluorescence quenching of flavin adenine dinucleotide
in aqueous solution by pH dependent isomerisation
and photo-induced electron transfer,
Shafiqul D. M. Islam, Thomas Susdorf,
Alfons Penzkofer and Peter Hegemann
Pages 137-149
6.
Basic and acidic bifunctional catalysis: application
to the tautomeric equilibrium of formamide,
Erika Constantino, Xavier Solans-Monfort,
Mariona Sodupe and Juan Bertran
Pages 151-158
7.
Water-induced charge transport in tablets of microcrystalline
cellulose of varying density: dielectric spectroscopy and
transient current measurements,
Martin Nilsson, Goran Alderborn and Maria Stromme
Pages 159-165
8.
Vector parametrization, partial angular momenta and unusual
commutation relations in physics,
Fabien Gatti and Andre Nauts
Pages 167-174
9.
Incremental binding free energies of aluminum (III) vs.
magnesium (II) complexes,
Jose M. Mercero, Jon I. Mujika, Jon M. Matxain,
Xabier Lopez and Jesus M. Ugalde
Pages 175-184
10.
Double charge transfer spectroscopy of NO2+ at vibrational
resolution: application of Franck–Condon analyses
to a dicationic system,
Osamu Furuhashi, Tohru Kinugawa, Takato Hirayama,
Tetsuo Koizumi, Chikashi Yamada and Shunsuke Ohtani
Pages 185-193
11.
Editorial board,
Page CO2