Nano-Pr₂O₃ Doped PVA + Na₃C₆H₅O₇ Polymer Electrolyte Films for Electrochemical Cell Applications

Table 5

Comparison of present cell parameters with the data of other cells reported earlier.

S. number	Solid state electrochemical cell configuration	Open circuit voltage (V)	Discharge time (hrs)	Reference number
	Ag/(PVP + )/( + C + electrolyte)	0.46	82	[19]
	Ag/(PEO + )/( + C + electrolyte)	0.61	48	[29]
	Na/(PEO + glass)/(I2 + C + electrolyte)	2.45	98	[30]
	Mg/PEO + Mg(NO3)2/( + C + electrolyte)	1.85	142	[31]
	Na/(PVA + NaF) /( + C + electrolyte)	2.53	122	[32]
	K/(PVP + PVA + KBrO3)/( + C + electrolyte)	2.30	72	[33]
	Mg/PVA + Mg (CH3COO)2/( + C + electrolyte)	1.84	87	[34]
	K/(PEO + KYF4)/( + C + electrolyte)	2.40	51	[35]
	K/(PVP + PVA + KIO3)/( + C + electrolyte) 45 : 45 : 10	2.50	160	[36]
	K/(PVP + PVA + KIO3)/( + C + electrolyte) 40 : 40 : 20	2.60	168	[36]
	K/(PVP + PVA + KIO3)/( + C + electrolyte) 35 : 35 : 30	2.70	176	[36]
	K/(PVP + PVA + KClO3)/( + C + electrolyte)	2.00	52	[36]
	Mg + MgSO4/[PVA (90%) + Na3C6H5O7 (10%) + nano-Pr2O3(2%)]/(I2 + C + electrolyte)	1.48	140	Present