Toward Visible-Light Photochemical CO2‑to-CH4 Conversion in Aqueous Solutions Using Sensitized Molecular Catalysis/Cyclic voltammetry in various conditions

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investigation

Assay, Cyclic Voltammetry experiments

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analyte	anl conc [mM]	E_0/0 [eV]	E_0/0 type	E_1/2 [eV]	*E^red [eV]	*E^ox [eV]	*Redox type	E^red₁ [eV]	E^red₂ [eV]	E^red₃ [eV]	E^ox₁ [eV]	E^ox₂ [eV]	E^ox₃ [eV]	solvent	solvent vol [ml]	electrolyte	electrolyte purity	el conc [M]	int ref comp	scan rate [mV/s]	scan number	potential window	scan dir	gas	T [°C]	condition [nm]	WE	WE SA [mm²]	CE	RE	Details	include
Molecule:100487	0.5			;										MeCN		TBA(PF6)		0.1		100				argon			glassy carbon	7.07	platinum	SCE		Yes
Molecule:100487	0.5			;										MeCN		TBA(PF6)		0.1		100				CO		dark	glassy carbon	7.07	platinum	SCE		Yes
Molecule:100487	0.5			;										MeCN		TBA(PF6)		0.1		100				CO		420, 60 min	glassy carbon	7.07	platinum	SCE		Yes
Molecule:100487	0.5			;										MeCN		TBA(PF6)		0.1		100						420, 1 min	glassy carbon	7.07	platinum	SCE		Yes
Molecule:100487	0.5			;										MeCN		TBA(PF6)		0.1		100				CO		420, 60 min	glassy carbon	7.07	platinum	SCE		Yes

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