For year 2: Difference between revisions
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== 29 Aug,2017 – 30 Nov,2017:== | |||
• Different electrochemical models of flow capacitors will be studied in literature available. | |||
• Focus will be on Dynamic flow conditions. | |||
• Active material particles will be studied along with finding optimal parameters (Dimensions of particles, geometry, porosity and surface area). | |||
• Sensitivity or conductivity of material, charge diffusion. | |||
== 1 Dec, 2017 – 28 Feb, 2018: == | |||
• Dynamic behavior of FC is considered coupled with of charging/discharging. | |||
• Sensitivity of geometrical factors is reviewed. | |||
• After all this collected information materials will be tested for compatible results. | |||
== 1 Mar, 2018 – 31 May, 2018: == | |||
• Publication manuscript will be prepared and submitted on the basis of findings and analysis of results. | |||
== 1 Jun, 2018 – 31 Aug, 2018: == | |||
• Start reviewing literature for mixing electrolytes, electrode parameters and their effect on time span for charging/discharging. |
Latest revision as of 10:05, 1 June 2018
29 Aug,2017 – 30 Nov,2017:
• Different electrochemical models of flow capacitors will be studied in literature available.
• Focus will be on Dynamic flow conditions.
• Active material particles will be studied along with finding optimal parameters (Dimensions of particles, geometry, porosity and surface area).
• Sensitivity or conductivity of material, charge diffusion.
1 Dec, 2017 – 28 Feb, 2018:
• Dynamic behavior of FC is considered coupled with of charging/discharging.
• Sensitivity of geometrical factors is reviewed.
• After all this collected information materials will be tested for compatible results.
1 Mar, 2018 – 31 May, 2018:
• Publication manuscript will be prepared and submitted on the basis of findings and analysis of results.
1 Jun, 2018 – 31 Aug, 2018:
• Start reviewing literature for mixing electrolytes, electrode parameters and their effect on time span for charging/discharging.