Chemical research into novel paint formulations and reflectance spectroscopy.
Saturday, October 7, 2023
Future of Power: Mini-Cells (Batteries) AI Video
An experimental video created/ edited by AI ( ai.Video.io) with collaborative input from Professor David S. Soriano University of Pittsburgh-Bradford (PA., USA).
Friday, October 6, 2023
Heavy Duty Zinc / Zinc Chloride/ MnO2 Cells Video
Experimental video created/ edited by AI (ai.video.io) with input from Professor David S. Soriano (U. Pittsburgh-Bradford) in PA., USA.
We are studying cycle of these cells in comparison to the older Zn/C/ MnO2 cells. Can the :Heavy duty" cells allow 25 cycles of "charge-discharge"?.
Thursday, October 5, 2023
Harnessing Halloysite Clay In Energy Storage. You Tube Video AI
A developmental video created/ edited by AI ( ai.Video.io) focusing on the halloysite clay ( kaolin family) with unusual nanotubular structure and potential for use in energy-storage applications. Collaborative input from Professor David S. Soriano (U. Pittsburgh-Bradford) in PA., USA.
Electrifying Microbes: Energy Future AI Video
An experimental video created/ edited by AI. (ai.Video.io) along with collaborative input from Professor David S. Soriano ( U. Pittsburgh-Bradford) in PA., USA.
Tuesday, October 3, 2023
AI Collaborative Art
Asymmetric Supercapacitors R& D Overview Video
Developmental AI-created/ edited video (ai.video.ao) with collaborative input provided by David S. Soriano Ph.D.
Monday, October 2, 2023
Decoding Cell ("Battery") Cutoff Voltages AI Video
An experimental video created/ edited by AI ( ai.Video.io) and including collaborative input from David S. Soriano
(I work on zinc-bromine secondary cells and use a cutoff of 0.8-1.1 volts depending on temperature, load and cell design.
Sunday, October 1, 2023
An Overview of Energy Storage. AI You Tube Video
An overview of Energy Storage created/ edited by AI ( ai.Video.io) with collaborative input from David S. Soriano.
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