Photochemistry of Organic Compounds: From Concepts to Practice provides a hands-on
guide demonstrating the underlying principles of photochemistry and, by reference to a …

Monomeric complexes of the type AuIII (PR3) X3 and bimetallic complexes of the type Au2I,
III [μ-CH2 (R2P) 2] X4 and Au2III, III [μ-CH2 (R2P) 2] X6 (R= Ph, Cy, X= Cl−, Br−) undergo …

Employing a high-resolution (velocity resolution Δ ν∕ ν< 1.5%⁠) time-sliced ion velocity
imaging apparatus, we have examined the photodissociation of CH 2 BrCl in the photon …

We follow the evolution of a vibrational wave packet in a highly excited state of the
halogenated methane CH 2 I 2⁠. We observe how the wave packet modulates both …

Herein, we review the current capabilities and potential of advanced single‐particle imaging
techniques to study photodynamics in isolated molecules. These reaction microscopes are …

Femtosecond transient absorption measurements powered by 40 fs laser pulses reveal that
ultrafast isomerization takes place upon S1 excitation of both CH2I2 and CHBr3 in the gas …

A diabatic representation is convenient in the study of electronically nonadiabatic chemical
reactions because the diabatic energies and couplings are smooth functions of the nuclear …

We report on the coherent control of the ultrafast ionization and fragmentation dynamics of
the bromochloroalkanes C2H4BrCl and C3H6BrCl using shaped femtosecond laser pulses …

The photodissociation dynamics of bromochloromethane (CH 2 BrCl) have been
investigated at the maximum of the first absorption band, at the excitation wavelengths 203 …

Within the| $\tilde {\rm B} $| B ̃ absorption band of CH 2 BrCl, we theoretically analyze the
laser-induced control of the Br/Cl branching ratio, Br+ CH 2 Cl← CH 2 BrCl→ CH 2 Br+ Cl …