! First column: pressure (atm), second column: pre-exponential factor (cm3 s-1),
! third column: exponent of T, fourth column: activation energy (cal/mol)
! k = A * T**m exp(-Ea/(R*T)) 

	
C4H7 + O2 => C4H6O + OH (P1)     	
PLOG/0.0098692327 	1.05E24	-10.6		35200 /
PLOG/0.0197384653 	6.34E28	-12		37800 /
PLOG/0.0493461633 	1.03E35	-13.8		41400 /
PLOG/0.0986923267 	4E39		-15.1		44000 /
PLOG/0.1973846533 	7.18E42	-16.1		46200 /
PLOG/0.4934616334 	5.05E43	-16.2		47700 /
PLOG/0.9869232667 	8.3E43		-16.3		48700 /
PLOG/1.9738465334 	1.31E44	-16.3		49700 /
PLOG/4.9346163336 	2.1E44		-16.2		51000 /
PLOG/9.8692326672 	1.37E44	-16.1		51900 /
PLOG/19.7384653343 	2.8E44		-16.2		53000 /
PLOG/49.3461633358 	2.87E44	-16.1		54300 / 
PLOG/98.6923266716 	2.52E44	-16		55200 /

C4H7 + O2 => C3H5O + CH2O (P3)     	
PLOG/0.0098692327 	3.47E17	-9.19		24500 /	
PLOG/0.0197384653 	2.39E21	-10.3		26600 /
PLOG/0.0493461633 	1.18E25	-11.4		28900 /
PLOG/0.0986923267 	4.36E26	-11.8		30000 /
PLOG/0.1973846533 	1.3E27		-11.9		30600 /
PLOG/0.4934616334 	1.36E26	-11.6		30700 /
PLOG/0.9869232667 	1.88E24	-11		30200 /
PLOG/1.9738465334 	4.06E21	-10.2		29300 /
PLOG/4.9346163336 	1.2E17		-8.85		27600 /
PLOG/9.8692326672 	1.17E13	-7.64		26100 /
PLOG/19.7384653343 	266000		-6.36		24300 /
PLOG/49.3461633358 	840		-4.61		21900 /
PLOG/98.6923266716 	0.0353		-3.31		20000 /

C4H7 + O2 (+O2) => C4H6O3 + OH (P5)     	
PLOG/0.0098692327 	1E-5		-5.35		-2760 /
PLOG/0.0197384653 	7.98		-6.94		241 /
PLOG/0.0493461633 	1.91E8		-8.97		4170 /
PLOG/0.0986923267 	3.84E13	-10.4		7080 /
PLOG/0.1973846533 	3.06E18	-11.7		9850 /
PLOG/0.4934616334 	1.29E24	-13.2		13200 /
PLOG/0.9869232667 	4.42E27	-14.2		15500 /
PLOG/1.9738465334 	2.84E30	-14.9		17400 /
PLOG/4.9346163336 	7.54E32	-15.4		19500 /
PLOG/9.8692326672 	4.97E33	-15.5		20600 /
PLOG/19.7384653343 	3.9E33		-15.3		21400 /
PLOG/49.3461633358 	7.31E31	-14.6		21700 /
PLOG/98.6923266716 	2.07E29	-13.7		21300 /