Table 2. Physical and Detonation Properties of the Newly Designed Amine-like Catenated Nitrogen Compounds as Explosives.

compounds	OBa [%]	Nb [%]	ρc [g/cm3]	ΔHfd[kJ/mol]	VDe [m/s]	Pf [GPa]	Qg [kJ/kg]	Isph [s]
N(N3)3	0	100.00	1.61	1344.90	9854.5	39.1	9643	358.4
N(NH2)3	–77.31	90.25	1.25	274.10	9482.7	25.5	5988	270.8
N(NO2)3	63.14	36.85	1.90	328.60	7401.2	21.2	2238	183.8
N(NO)3	46.14	53.86	1.73	482.30	8212.3	26.8	4622	254.0
N(NF2)3	28.23	32.95	2.26	230.20	5769.7	16.8	2854	154.9
N(tetrazin-3-yl)3	–83.98	70.80	1.73	1386.2	8322.0 (8017.8)	26.4 (23.5)	(4963)	(234.2)
A1	0	100.00	1.79	1977.99	10523.2	47.0	8902	345.9
A2	17.64	82.36	1.92	2218.29	10633.3	50.6	8051	321.5
B1	–54.26	82.34	1.71	1549.93	9238.9	32.9	6838	280.3
B2	0	62.93	1.89	1865.36	10080.1	44.9	8118	300.5
B3	–42.72	89.53	1.75	1911.22	9441.3	37.5	7078	286.6
B4	–12.83	48.67	2.04	1779.86	9106.7	39.7	8349	273.5
B5	–26.75	67.66	1.80	1652.09	9862.5	40.1	8083	317.4
C1	–109.99	64.20	1.60	1277.23	7941.5	22.2	5603	245.3
C2	–33.97	51.56	1.79	1460.89	9125.1	36.4	6968	291.4
C3	–63.30	78.00	1.66	2375.13	8511.9	27.4	6564	270.1
C4	–45.26	49.06	1.89	1410.98	8378.1	30.6	7515	269.8
C5	–72.13	52.62	1.72	1339.99	8623.5	30.2	6962	277.2
D1	–109.99	64.20	1.58	1070.69	7559.6	19.6	4693	227.5
D2	–33.98	51.56	1.82	1268.59	9038.9	35.5	6480	280.0
D3	–63.30	78.00	1.67	2134.11	8407.6	26.4	5899	258.7
D4	–45.26	49.06	1.90	1199.30	8296.4	29.7	6973	262.3
D5	–72.13	52.62	1.72	1205.14	8468.9	28.7	6484	268.1
E1	–54.26	82.34	1.69	1506.53	9106.1	31.7	6645	277.2
E2	0	62.93	1.87	1948.07	10020.9	43.9	8280	303.7
E3	–27.89	89.53	1.75	2652.03	9408.3	35.8	7535	297.2
E4	–12.83	48.67	1.97	1930.05	8987.1	37.8	8734	278.6
E5	–26.75	67.66	1.82	1728.41	10005.4	44.8	8365	322.2
F1	–109.99	64.20	1.56	1185.66	7625.0	20.0	5196	237.7
F2	–33.97	51.56	1.79	1534.64	9163.2	36.7	7156	295.6
F3	–63.30	78.00	1.69	2350.51	8603.3	28.2	6506	269.0
F4	–45.26	49.06	1.88	1546.12	8413.7	30.8	7855	274.4
F5	–72.13	52.62	1.76	1413.02	8870.9	32.3	7246	281.9
G1	–167.26	45.56	1.48	882.91	6497.6	14.9	3875	197.1
G2	–68.53	40.00	1.76	1071.50	8080.3	27.3	5916	254.3
G3	–99.32	66.26	1.58	1943.58	7501.9	20.2	5333	238.6
G4	–78.21	38.04	1.84	1001.60	7896.3	25.4	6583	264.4
G5	–118.53	37.25	1.67	1014.21	7610.1	21.9	5791	242.8
H1	–167.26	45.56	1.42	993.36	6520.3	16.1	4373	207.9
H2	–68.53	40.00	1.75	1193.41	8126.7	27.6	6229	261.5
H3	–99.32	66.26	1.58	2116.68	7598.1	21.5	5801	247.1
H4	–78.21	38.04	1.84	1127.77	7978.5	26.1	6914	269.0
H5	–118.53	37.25	1.60	1088.60	7415.9	20.7	6026	248.5
RDX	–21.61	37.84	1.81	80.00	8872.0	34.7	6320	267.8
HMX	–21.61	37.84	1.90	104.80	9254.0	39.2	6190	265.6

^aOB, oxygen balance.

^bN, nitrogen content.

^cρ, density.

^dΔH_f, enthalpy of formation.

^eV_D, detonation velocity predicted by EXPLO 5 v6.05.

^fP, detonation pressure predicted by EXPLO 5 v6.05.

^gQ, detonation heat predicted by EXPLO 5 v6.05.

^hI_sp, specific impulse predicted by EXPLO 5 v6.05.