id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
hjic-1074	Fan, L.T.; Bertók, B.; Friedler, F.; Shafie, S.	MECHANISMS OF AMMONIA-SYNTHESIS REACTION REVISITED WITH THE AID OF A NOVEL GRAPH-THEORETIC METHOD FOR DETERMINING CANDIDATE MECHANISMS IN DERIVING THE RATE LAW OF A CATALYTIC REACTION	2001	10	.pdf	application/pdf	5216	310	58	The methodology presented above has been applied to two sets of available elementary reactions, one comprising elementary reactions (1) through (10) together with elementary reaction {14) in Table 1, function pFreedom(x, inc, exc) begin if XEOF(E) or v-(x)ninc=0 end; then return I v-(x)\inc\exc I else return I v-(x)\inc\exc l-1; function cFreedom(y, inc, exc) begin ifyEot(E) or v\y)ninc=0 then return J v+(y)\inc\exc) else return I v+(y)\inc\exc l-1; end; Fig. Synthesizing the networks of elementary reactions is exceedingly convoluted due to the combinatorial complexity arising from the fact the number of elementary reactions involved usually far exceeds that of available elementary balances, which is only 2 for the ammonia synthesis.	cache/hjic-1074.pdf	txt/hjic-1074.txt