
Use the python script and the information below to visualize the Faradaic efficiencies. It should look something like the example plot (THE EXAMPLE PLOT DOES NOT USE YOUR DATA, you have to plot it yourself, let me know if you have any issues).
In your report, use RHE potential, and explain (e.g. in the method section) what you actually measured and how to convert it. In general, describe every step and explain. 


Sample: 			Group C Cu cubes 44 nm

Ref drift: 			165 mV 
ref drift used 			130 mV  <-- used for CO2RR
Ref drift after Exp:		124 mV

Glassy carbon capacitance:	GC1 = (19.0+-1.9) uF/cm2
Glassy carbon electrode area:	1.33 cm2

Cell type:			H-cell

Voltage RHE			-1.2 V
Voltage Ref			-1.2 V - 0.606 V - 0.130 = -1.936 V

Duration CA: 			1 h

Electrolyte: 			0.1 M KHCO3
Electrolyte amount:		4 ml

Loading: 			15 ug

impedance Ru:			90 ohm

Order of experiments:		PEIS, CA, ECDL,

flow: 	start	1h	
	5.0	5.1	ml /min		

collected volume: 3.8 for HPLC









