Read me file supporting the paper: "Acetonitrile-free organic electrolyte for 
	textile supercapacitor applications"

Dataset DOI http://dx.doi.org/10.5258/SOTON/D1902

ReadMe author: N Hillier, S Yong, A Cruden and S Beeby

Nicholas Hillier - University of Sputhampton - Engineering and ECS -  
	nh3g09@soton.ac.uk
Sheng Yong - University of Southampton - ECS - S.yong@soton.ac.uk
Andrew Cruden - University of Southampton - Engineering - 
	A.J.Cruden@soton.ac.uk 
Stephen Beeby - University of Souhampton - ECS - spb@ecs.soton.ac.uk

This dataset supports the publication:
https://doi.org/10.1149/1945-7111/ac1a58
===============================================================================

The excel file contains experimental data for the above paper. In particular:

Fig. 1. Sub plot A, The adsoprtion and desorption isotherm collected during BET
	measurements of the YP80F activated carbon. Sub plot B, The incremental 
	volume versus average pore width collected during BJH measuremnts on the 
	YP80F activated carbon.

Fig. 3. Sub plots A - C, GCD data for 0.1, 0.5 and 1 M elctrolytes respectively.
	Sub plots D-F, CV data for 0.1, 0.5 and 1 M elctrolytes respectively. 
	Sub plot G, ionic conductivity of the three electrolytes, Sub plot H, 
	capaciatnce decay of the three elctrolytes with increasing charge/discharge
	current density, determined from sub plots A-C. Sub plot I, Ragone plot for
	the three electrolytes determined from sub plots A-C.

Fig. 5. Sub plot A, coulombic efficiency of the 1 M electrolyte at 2.0, 2.2, and 
	2.4 V cut off voltages with increasing charge/discharge current density.
	Sub plot B, energy density of the 1 M electrolyte at 2.0, 2.2, and 2.4 V
 	cut off voltages with increasing charge/discharge current density.

Fig. 6. Capacitance retention during voltage hold test at 2.0 and 2.4 V with the 
	insert being the relative ESR of the devices characterised at the same time
	as the capacitance. 

Fig. 7. Capacitance rention after 57 days of ageing. Insert i GCD curves for day 1 
	and 27 characterised at 1 mA.cm^-2. Insert ii absoluate ESR during the 57 
	days of ageing. 

Fig. 8. Experimental and modelled EIS data for day 1 and 57 of the ageing study. 

Fig. 9. Ragone data for this work along with 5 other studies 
	(please see paper for references to the other works)

===============================================================================

Geographic Location of data collection: UNiversity of Southampton, UK

Date of data collection September 2020 - July 2021

Related Projects: 
Engineering and Physical Sciences Research Council (EPSRC) EP/L016818/1 and 
	EP/P010164/1

Publisher: University of Southampton, UK

Date: July 2021