Performance of state-of-the-art porous adsorbents for iodine uptake.

Category	Name	BET surface area (m2 g−1)	Pore volume (cm3 g−1)	Iodine uptake (g g−1)	Ref.
Activated carbon	Activated Carbon	—	—	4.35	157
	Uassis-PC800	3053	1.67	2.25	158
	KOH-AC	1973	1.15	3.76	55
	AC	1292	0.74	2.42	55
	AC	820	0.5	0.76	159
Aerogels	Cg-5C	1200	2.30	2.39	35
	Cg-5P	957	1.62	0.87	35
	MoSx	370	0.93	1.00	6
	NiMoS	490	1.39	2.25	37
	CoMoS	360	0.50	2.00	37
	SbSnS	240	1.16	2.00	37
	ZnSnS	400	0.77	2.25	37
	KCoS	350	1.17	1.60	37
Porous organic polymers	PAF-23	82	0.04	2.71	52
	PAF-24	136	0.10	2.76	52
	PAF-25	262	0.20	2.60	52
	AzoPPN	400	0.68	2.90	136
	PSIF-5	574	1.41	4.85	137
	SCMP-II	120	0.62	3.45	56
	TTPB	222	0.13	4.43	7
	TTPPA	512	0.30	4.90	51
	TatPOP-2	36.5	0.18	4.50	116
Zeolites	HISL	—	—	0.53	31
	Ag@4A	23.62	0.077	0.160	160
	Bi5@Mordenite	412	0.27	0.538	161
	Mordenite	305	0.19	0.275	161
	ZIF-67@MCF	1148	0.76	1.78	162
Covalent organic frameworks	HcOFa	—	—	2.90	77
	TPB-DMTP	1927	1.28	6.26	41
	TTA-TTB	1733	1.01	4.95	41
	COF-DL229	1762	0.64	4.7	138
	TPT-DHBD	109	0.30	5.43	42
	SIOC-COF-7	618	0.41	4.81	8
	COF-LZU1	858	0.46	5.30	163
	TpPa1	765	0.48	2.45	163
	Micro-COF-1	816	0.59	2.9	45
	Micro-COF-2	1056	0.71	3.5	45
	Meso-COF-3	982	0.84	4.0	45
	Meso-COF-4	926	1.01	3.3	45

^aStudies were conducted for a single crystal and no BET surface area or pore volume was reported.