Szanyi «s main research interests are in surface chemistry and catalysis; in particular the understanding of
elementary reactions steps on model and real catalytic systems using a variety of spectroscopic techniques (primarily FTIR).
Not exact matches
The detailed sequence of
elementary steps (about twenty) which must be involved in the B - Z
reaction has been worked out by Richard Noyes.11 This mechanism (called «the Oregonator» in honor of the location of Noyes's laboratory) is well understood and involves nothing but ordinary chemistry, but it is too involved to discuss here.
An
elementary step that will be important for our purposes involves the
reaction of one molecule, called Y, with two molecules of another kind, denoted X. To the extent that this
reaction is
elementary, the
reaction velocity doubles as the concentration of Y doubles, but increases by a factor of four if the concentration of X doubles.
All real
reactions are composed of many
elementary steps, and the equations which tell how rate varies with concentration for real
reactions are more or less complicated algebraic combinations of the simple equations which apply to the several
elementary steps.
Using theory, modern surface - science methods, and synchrotron - based techniques, JCAP researchers seek to understand the
reaction pathways and the
elementary steps of the hydrogen and oxygen evolutions
reactions to facilitate the design of new, Earth - abundant catalysts for solar - fuels production.