Chemical Physics Letters, 1999, V 311, N 6, 8 October.

W. Yamaguchi et al.
Non-destructive deposition and diffusion-aggregation of 
size-selected silver nanoclusters on glassy carbon substrates as 
probed by real-time X-ray photoelectron spectroscopy
415-420

Oddur Ingólfsson, Harutoshi Takeo and Shinji Nonose
Electronic shell model contemplation of the dissociation 
dynamics of Al8+: a 
collision-induced dissociation study
421-427

Brygida Mielewska, George C. King, Frank H. Read and Mariusz Zubek
A study of resonance structures in elastic electron scattering by 
carbon monoxide and molecular nitrogen in the backward direction
428-432

T. Amano, K. Akao, H. Oka and O. Unno
Pressure broadening of O2 in the a1g 
state
433-438

R. Knochenmuss
Photoionization, fragmentation and proton transfer in 
1-naphthol(NH3)n clusters
439-445

Kazuo Mukai, Masanobu Yanagimoto, Yasuo Shimobe, Katsuya Inoue and Yuko Hosokoshi
Doping effect of magnetic impurities on the spin-Peierls compound p-CyDOV
446-452

E.B. Fel'dman and M.G. Rudavets
Regular and erratic quantum dynamics in spin 1/2 rings with an XY 
Hamiltonian
453-458

Ansuman Lahiri and Lennart Nilsson
Examining the characteristics of chaos in biomolecular dynamics: 
a random matrix approximation
459-466

Zhongqing Ji and Guozhen Wu
Classification of the highly excited vibrational eigenstates by t
he nominal quantum numbers retrieved from the zero-order states: 
the diabatic correlation technique
467-473

H.U. Suter, J.R. Huber and T.-K. Ha
Photodissociation of carbonyl cyanide CO(CN)2. 
An ab initio calculation study
474-478

Christa Kneip, Peter Hildebrandt, 
Károly Németh, Franz Mark and Kurt Schaffner
Interpretation of the resonance Raman spectra of linear 
tetrapyrroles based on DFT calculations
479-484

Marco Müller, Hans-Jürgen Bär, Stefan M. Kast and 
Jürgen Brickmann
Ab initio localisation of adsorption sites in guest/host systems: 
application to the system thionine in zeoliteNaY
485-490

Wen Cai Lu, Chia Chung Sun, Qing Jun Zang and Cheng Bu Liu
Theoretical study of the aza-Wittig reaction 
X3P=NH+O=CHCOOH>X3P=O+HN=CHCOOH 
for X=Cl, H and CH3
491-498

Index
499-506