Solar cell parameters of QDSCs based on liquid polysulfide electrolytes^a.

QD	Electrolyte	CE	J sc	V oc	FF	η%	Ref.
CdSe	Na2S, S, KCl	NPCN	7.51	0.71	0.50	2.7	27
CdS	Na2S, S, NaOH	Cu2S/CP	10.52	0.606	05.57	2.85	25 and 28
CdSe	Na2S, S	Pt	7.51	0.71	0.50	2.7	29
CdSeTe	Na2S, S, KCl	GH/CuS	20.69	0.786	0.66	10.71	12
CdS/CdSe/ZnS	Na2S, 2S	g-C3N4/CuS	0.63	19.35	30.17	3.65	30
CdS	Na2S, S, KCl	CB/CuS	0.43	6.36	47	1.3	31
PbS/CdS–C/S	Na2S, S, KCl	Cu2S	627.7	14.85	43.90	4.16	32
CdSeTe-	Na2S, S, KCl	CuS	638	13.90	0.51	4.60	33
ZCISe	Na2S, S, KCl	Cu@CNR	0.628	26.46	0.593	9.50	34
CdSeTe/ZnS	Na2S, S	Cu2−xS	20.78	0.702	0.636	9.28	35
CdS	Na2S, S	PbS	0.59	8.59	0.58	2.91	36
CdS	Na2S, S, KCl	Cu2S-SiW12/MoS2	15.78	0.622	0.431	4.28	37
CdSe	Na2S, S, KCl	Au	502.6	11.66	0.49	2.9	38
CdSxSe1−x	Na2S, S	Cu2S	12.5	0.57	0.55	3.69	39
CdSeTe	Na2S, S, KCl	CNT@rGO@MoCuSe	0.633	20.54	0.636	8.28	40
CdSeTe	Na2S, S KCl	CuxSe	0.654	20.82	60.13	8.72	41
Zn–Cu–In–Se	Na2S, S	CNT/GH/CuS	0.782	26.87	66.70	14.02	42
CdSe/CdS	Na2S, S	CuS-MoS2	0.62	26.25	41.22	7.03	43
CdSeTe	Na2S, S, NaOH	Cu2S	10.05	0.64	53.67	3.46	44
CdSe	Na2S, S, KCl	PbS/CuS	14.52	0.607	47.43	4.18	45
CdS/CdSe/ZnS	Na2S, S, KCl	NiCO2O4	22.49	0.574	0.43	5.55	46

^aCB – carbon black, C/S – core/shell, Cu@CNR – Cu nanoparticle@carbon nanorod, NPCN – nitrogen-doped porous carbon nanoribbon.