Table 2. Literature Review Table for Evaporation Techniques.

	Physical Parameters
Material	Temperature	Pressure	Crystal Structure	Morphology	Configuration	Electrolyte	Type	PW	SC	ED	PD	Capacitive retention @ cycles	Ref
Thermal
Cu		1 × 10–6 Torr			Solid state	LiF	Symmetric	–0.4 to 1.0	10 μF/cm2				(99)
Mo-V2O5		5 × 10–5 mbar	Orthorhombic		Liquid state (3 electrodes)	1 M KCl	-	0.1 to 0.7	175 mF/cm2 @ 1 mA/cm2				(103)
V2O5	300 °C	1 × 10–6 mbar	Orthorhombic	Nanograins	Liquid state (3 electrodes)	1 M LiSO4	-	–0.6 to 0	730 mF/cm2 @ 1 mA/cm2				(104)
V2O5		10–5 mbar	Orthorhombic	Nonuniform particles	Solid state	PVA-KOH	Symmetric	0 to 1.0	9.7 mF/cm2	0.68 μWh/cm2	180 μW/cm2	97% @ 30000	(105)
Al-CuI		2 × 10–5 mbar	Cubic	Nanocubes	Liquid state (3 electrodes)	0.1 M Na2SO4		–1 to 1	142.8 F/g @ 2 mV/s			89.1% @ 2000	(106)
E beam
MnOx		5 × 10–6 mbar	Amorphous	Nanoclusters	Liquid state (3 electrodes)	0.5 M Na2SO4		–0.4 to 1.0	320 F/g @ 10 mV/s				(107)
NiO		5 × 10–6 mbar	Crystalline	Round rock	Liquid state (3 electrodes)	1 M Et4NBF4		–0.4 to 1.0	187.2 F/g @ 25 mV/s			100% @ 5000	(108)
WO3		5 × 10–6 mbar	Amorphous	Round rock	Liquid state (3 electrode)	1 M Et4NBF4		–0.4 to 1.0	194.8 F/g @ 25 mV/s			100% @ 5000	(108)
Mn3O4	473 K	6 × 10–4 mbar	Tetragonal	Nanoflower	Liquid state (3 electrodes)	1 M Na2SO4		–0.1 to 0.9	568 F/g @ 1 A/g			93% @ 5000	(109)
N-G-Carbon		3.5 × 10–6 mbar	Crystalline	Nano onions	Solid state	PVA-H2SO4	Symmetric	0 to 1	1.16 mF/cm2 @ 10 mV/s	0.16 μWh/cm2	24.87 μW/cm2	80% @ 10000	(110)
Mn3O4	473 K	6 × 10–4 mbar	Tetragonal	Flakes	Liquid state (3 electrodes)	1 M Na2SO4		–0.1 to 0.9	754 F/g @ 1 A/g			89% @ 4000	(111)