https://www.sciencedirect.com/science/article/pii/S2405844018385852

	A	B	C	D	E	F
1		Change this!
2	dry E.coli biomass empirical formula	relative coefficient			standard molar entropy , J/mol
3	C	1			C	5.51
4	H	1.666			H2	130.68
5	O	0.27			O2	205.15
6	N	0.2			N2	191.61
7	P	0			P	41.1
8	S	0			S	32.1
9	K	0			K	64.7
10	Mg	0			Mg	32.67
11	Ca	0			Ca	41.59
12	Fe	0			Fe	27.3
13	Molar mass:	20.81 g/mol	20.81
14
15	Products	Coefficients	Entalpy of an element formation, kJ/mol
16	CO2	1	-393.51
17	H2O	0.833	-285.83	liquid
18	P4O10	0	-3009.94
19	SO3	0	-395.77	gas
20	K2O	0	-363.17	solid
21	MgO	0	58.16
22	CaO	0	-635.09	solid
23	Fe2O3	0	-825.5	solid
24
25	Pattel-Erickson equation for Electron transition, E
26	Pattel-Erickson equation for Electron transition, E
27	5.126
28	Pattel-Erickson equation for enthalpy of combustion
29	-569.70	kJ/mol
30	Standart specific enthalpy for formation
31
32
33	-61.90	kJ/mol
34	Standart specific enthalpy for formation per unit mass
35
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38	-2.97	kJ/g
39	Standart molar entropy
40
41
42	30.15	J/mol K
43	Standart specific entropy
44	Standart specific entropy
45	1.45	J/g K
46	Standard molar entropy of formation
47	131.074047	J/mol K
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