Table 2.

Results of the combustion experiments on acetanilide

Expt. No.		429	437	438	439	440	441	443
EEE-Std	J ⋅ K−1	2519.09	2519.09	2519.09	2519.09	2519.09	2519.09	2519.09
Cv-cont(i)	J ⋅ K−1	4.88	15.99	15.96	15.87	15.97	15.96	15.94
Corr to tm	J ⋅ K−1	0.25	−0.50	0.22	0.19	0.22	0.19	0.17
Corr-parts	J ⋅ K−1	0.00	0.00	0.00	0.00	0.00	0.00	0.00
EEE-actual	J ⋅ K−1	2524.22	2534.58	2535.27	2535.15	2535.28	2535.24	2535.20
Temp rise	K	3.274775	2.455891	3.225777	3.214285	3.256874	3.223884	3.232475
Q-total	J	−8266.25	−6224.65	−8178.22	−8148.70	−8257.10	−8173.33	−8194.96
q-ign	J	0.76	1.01	0.91	0.84	0.91	1.06	0.81
q-decomp HNO3	J	16.01	9.68	16.29	16.72	15.99	16.51	16.30
q-WC	J	5.12	6.98	9.25	9.19	9.35	9.24	9.24
q-corr to 28°C	J	−0.10	0.16	−0.09	−0.08	−0.09	−0.08	−0.08
Q-std react	J	−8244.46	−6206.82	−8151.85	−8122.04	−8230.94	−8146.60	−8168.69
ms	g	0.263977	0.198784	0.261033	0.260104	0.263557	0.260851	0.261497
ΔUc°(28°C)	J ⋅ g−1	−31231.70	−31223.87	−31229.14	−31226.08	−31230.18	−31230.81	−31238.19
Mean, ΔUc°(28°C)	J ⋅ g−1	−31230.00
sdm	J ⋅ g−1	1.72