The third edition of a classic text originally by Frost and Pearson, that describes the
fundamental principles and established practices that apply to the study and the rates and …

The photochemical bromination of methane was studied in the temperature range 423–503°
K and found to proceed through the following chain mechanism:(1) Br 2+ hν= Br+ Br (2) Br+ …

2 t-CgH7+ HI, it is possible to obtain Arrhenius parameters for ki. From these and the
assumptionthat£ 2= 1 kcal., it is deduced that the secondary CH bond in CgHg has a …

The recombination of iodine atoms, in the presence of five rare gases, has been studied
directly by means of the flash technique. The termolecular rate law—d [I]/dt= k [I] 2 [M] is …

With the aid of a high temperature, high vacuum, corrosion‐resistant valve and photometers
operating with high sensitivity at low light intensities, it has been possible to study the …

The kinetics of the gas phase photochemical bromination of isobutane to yield 2‐bromo 2‐
methylpropane was investigated in the temperature range 40—95° C and the reaction found …

A kinetic investigation of the photobromination of ethylene has led to results which are in
general consistent with the earlier work of Schumacher et al. The existence of an induced …

Während die idealen verdünnten Lösungen niedrigmolekularer Stoffe dem theoretischen
Verständnis und der mathematischen Behandlung nur mäßige Komplikationen …

The homogeneous photochemical bromination of neopentane was studied in the
temperature range 98 to 152 C and found to proceed through an atom and radical chain …

The review gives a general account of the results of numerous studies on the simplest
atomic and radical reactions which are experimentally found to follow third-order kinetics. A …