β Scribed by Daniel R. Schneider; G.V. Reklaitis
No coin nor oath required. For personal study only.
This paper is concerned with the relationship between element and species material balances for steady-state chemically reacting systems. Conditions are given under which element and species balances are equivalent and can be used interchangeably. The number of independent equations furnished by both the species and element balances as well as conditions for a proper specification of information are deduced. A method for constructing a maximal set of independent reactions is presented.
π SIMILAR VOLUMES
Relaxed" force constants ate uniquely defined for systems mvolvmg redundant coordinates, in contradlstmctton to the usual "rlgd" force constants, and thus thcu use allows me3mngful correlallons to be made between force fields calculatcd for rcxtants. tranntion state, and product of a chemical reacti
New criteria are presented for the a priori prediction of the conditions under which a unique steady state solution exists for chemically reacting systems. The method enables the determination of the necessary and sufficient conditions for uniqueness of lumped systems and sufficient conditions for u