. 2021 Feb 26;14(5):1083. doi: 10.3390/ma14051083

Table 1.

Uranyl ion-imprinted polymer materials, performance, and characterization.

Substrate	Components	Crosslinker	Method	Adsorption Capacity	pH	Characterization	Ref.
Si-C=C	MAA	EGDMA	FRP	35.92 mg/g	5	FTIR, SEM, EDX.	[60]
-	Na-Alg, Acroylinitrile	Glutarldehyde	Condensation	155 mg/g	5	FTIR, SEM, XRD, XPS	[72]
CMC	Acrylonitrile, SAL, thiourea	Formaldehyde	FRP	180 mg/g	5	FTIR, TGA, SEM	[79]
Fe₃O₄	MAA, SALO, 4-VP, Oleic acid	EGDMA	FRP	1.01 mg/g	4	FT-IR, Raman, SEM	[90]
Fe₃O₄	APS and TEOS	-	Sol-gel	25.8 µmol/g	4	FTIR, XRD, SEM	[92]
Fe₃O₄-SiO₂	HEMAA, VI	-	FRP	146.4 mg/g	5	FTIR, SEM, EDX.	[96]
-	(pyr₂en)DMSO 4-VP	Styrene	FRP	-	7	UV-VIS, IR, XRD	[99]
HQ-APTMS-SI	4-VP, HEMA	EGDMA	FRP	97.1 µmol/g	6	FTIR, TEM, SEM	[100]
-	Chitosan and PVA	EGDMA	Condensation	132 mg/g	5–6	FTIR	[101]
Fe₃O₄	Chitosan	Glutaraldehyde	Crosslinking	187.3 mmol/g	5	FTIR, XRD, SEM	[102]
-	DPTES, P123, TEOS	-	Condensation	80 mg/g	5.9	FTIR, SEM, TEM, ³¹P NMR, TGA	[103]
HPC	-	-	Carbonization	503.64 mg/g	8	SEM, XRD, XPS, FTIR	[104]
GR/CPE	IPTP, APTES, TEOS	-	Sol-gel	-	5	FTIR, EDS, SEM	[105]
-	Chitosan	-	Hydrothermal	408.2 mg/g	7	FTIR, EDS, SEM	[106]
-	Methacrylic acid and triethylamine	EGDMA	FRP	23.9 mg/g		FTIR, TGA	[107]
γ-MPS-Fe₃O₄	SALO, 4-VP, MAA	EGDMA	FRP	-	4.3	FTIR, SEM	[108]
-	Salicyaldehyde, p-aminostyrene,	DVB	FRP	147.8 mg/g	5	¹H and ¹³C NMR, FT-IR, SEM	[109]
Carbon powder	AQ, ICTMS	-	Sol-gel	-	5	SEM	[110]