Split (1)

train · 5.51M rows

Subject stringlengths 1 80	Object stringlengths 1 80	Rel stringclasses 49 values	Count int64 30 207k
(B) O	Surface	CHM-DSC	68
(B) O	TEM	CHM-CMT	111
(B) O	Ti	CHM-CHM	49
(B) O	TiO2	CHM-CHM	37
(B) O	XPS	CHM-CMT	142
(B) O	XRD	CHM-CMT	130
(B) O	Zn	CHM-CHM	33
(B) O2	O2	CHM-CHM	39
(B) Phenol	Phenol	CHM-CHM	54
(B) Phosphate	Nitrate	CHM-CHM	34
(B) Phosphate	Phosphate	CHM-CHM	62
(B) Sucrose	Sucrose	CHM-CHM	34
(B) Toluene	Toluene	CHM-CHM	41
(B) g-C3N4	TEM	CHM-CMT	53
(B) g-C3N4	XPS	CHM-CMT	30
(B) g-C3N4	XRD	CHM-CMT	45
(B) g-C3N4	g-C3N4	CHM-CHM	58
(BA)2(MA)3Pb4I13	2D	CHM-DSC	33
(BA)2(MA)3Pb4I13	Films	CHM-DSC	30
(BA)2(MA)3Pb4I13	Perovskites	CHM-CHM	33
(BA)2(MA)3Pb4I13	Perovskites	CHM-SPL	34
(BOC)2O	CH2Cl2	CHM-CHM	34
(BOC)2O	DMF	CHM-CHM	36
(BOC)2O	MeOH	CHM-CHM	32
(BOC)2O	THF	CHM-CHM	43
(Ba,Sr)2SiO4	Eu2+	CHM-CHM	32
(Ba,Sr)2SiO4	Phosphors	CHM-APL	31
(Ba,Sr)TiO3	BST	CHM-CHM	30
(Ba,Sr)TiO3	Substrate	CHM-DSC	30
(Ba,Sr)TiO3	Thin Films	CHM-DSC	31
(Bi0.5Na0.5)TiO3	BNT	CHM-CHM	55
(Bi0.5Na0.5)TiO3	Ceramic	CHM-DSC	87
(Bi0.5Na0.5)TiO3	Ferroelectric	CHM-PRO	40
(Bi0.5Na0.5)TiO3	Lead Free	CHM-PRO	43
(Bi0.5Na0.5)TiO3	Perovskites	CHM-CHM	51
(Bi0.5Na0.5)TiO3	Perovskites	CHM-SPL	50
(Bi0.5Na0.5)TiO3	Piezoelectric	CHM-PRO	34
(Bi0.5Na0.5)TiO3	Piezoelectric Property	CHM-PRO	33
(Bi0.5Na0.5)TiO3	Sintering	CHM-SMT	30
(Bi0.5Na0.5)TiO3	Solid Solution	CHM-DSC	39
(Bi0.5Na0.5)TiO3	X-Ray Diffraction	CHM-CMT	38
(Bi2O2)2+	Layers	CHM-DSC	52
(Bi2O2)2+	Perovskites	CHM-SPL	30
(BiO)2CO3	As Prepared	CHM-DSC	36
(BiO)2CO3	HRTEM	CHM-CMT	40
(BiO)2CO3	NO	CHM-CHM	34
(BiO)2CO3	Photo Catalytic Activity	CHM-PRO	48
(BiO)2CO3	SEM	CHM-CMT	66
(BiO)2CO3	TEM	CHM-CMT	57
(BiO)2CO3	XPS	CHM-CMT	38
(BiO)2CO3	XRD	CHM-CMT	68
(C) 1H	(B) 1H	CHM-CHM	80
(C) 1H	(D) 1H	CHM-CHM	48
(C) 1H	13C	CHM-CHM	30
(C) 1H	13C NMR	CHM-CMT	53
(C) 1H	1H	CHM-CHM	209
(C) 1H	1H NMR	CHM-CMT	392
(C) 1H	1H-NMR	CHM-CMT	33
(C) 1H	AFM	CHM-CMT	30
(C) 1H	CDCl3	CHM-CHM	79
(C) 1H	Carbon	CHM-CHM	33
(C) 1H	Cell Viability	CHM-PRO	37
(C) 1H	Cells	CHM-DSC	51
(C) 1H	Chemical Structures	CHM-PRO	42
(C) 1H	Cytotoxicity	CHM-PRO	32
(C) 1H	D2O	CHM-CHM	73
(C) 1H	DLS	CHM-CMT	43
(C) 1H	DMSO	CHM-CHM	48
(C) 1H	DSC	CHM-CMT	37
(C) 1H	FT-IR	CHM-CMT	66
(C) 1H	FTIR	CHM-CMT	102
(C) 1H	Film	CHM-DSC	37
(C) 1H	Films	CHM-DSC	31
(C) 1H	Fluorescence	CHM-CMT	44
(C) 1H	Hydrogen	CHM-CHM	47
(C) 1H	Irradiation	CHM-SMT	31
(C) 1H	NMR	CHM-CMT	89
(C) 1H	Nanoparticles	CHM-DSC	41
(C) 1H	SEM	CHM-CMT	88
(C) 1H	Structure	CHM-PRO	45
(C) 1H	Surface	CHM-DSC	54
(C) 1H	TEM	CHM-CMT	133
(C) 1H	THF	CHM-CHM	31
(C) 1H	Tga	CHM-CMT	33
(C) 1H	UV Vis Absorption	CHM-CMT	32
(C) 1H	XPS	CHM-CMT	41
(C) 1H	XRD	CHM-CMT	56
(C) 1H	Zeta Potential	CHM-PRO	34
(C) Acetone	Acetone	CHM-CHM	65
(C) Acetone	Ethanol	CHM-CHM	60
(C) Acetone	Methanol	CHM-CHM	36
(C) Acetone	SEM	CHM-CMT	48
(C) Acetone	Toluene	CHM-CHM	30
(C) C 1s and (D) N	SEM	CHM-CMT	44
(C) C 1s and (D) N	TEM	CHM-CMT	48
(C) C 1s and (D) N	XPS	CHM-CMT	41
(C) C 1s and (D) N	XRD	CHM-CMT	36
(C) Methane	Methane	CHM-CHM	37
(C) O	Catalyst	CHM-APL	55
(C) O	FT-IR	CHM-CMT	35

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