READ ME File For 'Comparison of electrodes'

ReadMe Author: Nicolas Hernandez, University of Southampton ORCID ID 0000-0001-5177-9622

This dataset supports the thesis entitled 'The development of new electrode materials for
energy storage in redox flow batteries'
AWARDED BY: Univeristy of Southampton
DATE OF AWARD: [2021]
Sponsor: CONACyT - Gobierno del Estado de Veracruz 2015

DESCRIPTION OF THE DATA
The data contained in this file was taken from cyclic voltammetries using the software
NOVA 2.1 and an autolab potentiostat.

This dataset contains different files:
* DSA comparison:
	- Comparison of DSA electrodes based on substrate geometry
	- Comparison of DSA electrodes based on iridium content
	- Comparison of DSA electrodes based on the preparation method
	- Comparison of DSA electrodes based on the electrocatalytic metal
	- Tin-antimony electrode

* Electrodes MSA
	- Gold electrode in supporting solution and vanadium electrolyte
	- Boron doped diamond electrode in supporting solution and vanadium electrolyte
	- Carbon graphite electrode in supporting solution and vanadium electrolyte
	- Dimensionally stable anodes prepared by the first polymeric precursor method using a high
	content of iridium in supporting solution and vanadium electrolyte
	- Dimensionally stable anodes prepared by the first polymeric precursor method using a low
	content of iridium in supporting solution and vanadium electrolyte
	- Comparison of electrodes in the vanadium electrolyte using methanesulphonic acid as 
	supporting solution
	- Platinum electrode in supporting solution and vanadium electrolyte
	- Reticulated vitreous carbon electrode in supporting solution and vanadium electrolyte

* Electrodes SA
	- Ruthenium electrode in supporting solution and vanadium electrolyte
	- Comparison of all electrode materials in the vanadium electrolyte using sulphuric acid
	as supporting solution
	- Gold electrode in supporting solution and vanadium electrolyte
	- Boron doped diamond electrode in supporting solution and vanadium electrolyte
	- Carbon graphite electrode in supporting solution and vanadium electrolyte
	- Dimensionally stable anodes prepared by the ionic liquid method in supporting solution
	and vanadium electrolyte
	- Dimensionally stable anodes prepared by the first polymeric precursor method using a high
	content of iridium in supporting solution and vanadium electrolyte
	- Dimensionally stable anodes prepared by the first polymeric precursor method using a low
	content of iridium in supporting solution and vanadium electrolyte
	- Dimensionally stable anodes prepared by the second polymeric precursor method in supporting
	solution and vanadium electrolyte
	- Platinum electrode in supporting solution and vanadium electrolyte
	- Reticulated vitreous carbon electrode in supporting solution and vanadium electrolyte
	- Dimensionally stable anodes prepared by the template method in supporting solution and
	vanadium electrolyte
	- Tin-antimony electrode in supporting solution and vanadium electrolyte

* General comparison
	- Carbon based electrodes in vanadium electrolytes using sulphuric or methanesulphonic
	acid as supporting solution
	- Dimensionally stable anodes in vanadium electrolytes using sulphuric or methanesulphonic
	acid as supporting solution
	- Metal based electrodes in vanadium electrolytes using sulphuric or methanesulphonic acid
	as supporting solution

Date of data collection: [2016-2019]