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Start Date
4-12-2024 11:50 AM
Presentation Type
Presentation
Keywords
electricity generation, microelectronics, air charged batteries, sustainable electricity
Abstract
This paper is about generating limited amount of electricity from natural air movements and air movements in a controlled environment . This is specifically applicable and useful in microelectronics application and as a pre charging . Air is composed of 71% Nitrogen and 21 % oxygen and rest of the gases comprising 8%. We understand that air also takes up from free radicals in the atmosphere due to various chemical reactions. The free radicals and ions have a random motion and movement in the air column. The controlled movement of air with charged particles which is essentially the free radicals ,ions and electrons causes electrical potential. This is amplified using rigorous air movements . The amount of ions, free radicals, electron formation is also studied using AI methodology for an effective simulation to understand the charge generated and physical force required to generate electrical potential at a given amount of time. The AI frame works will serve as the basis of prototype and advance construction methodology for modelling the electrical generator.
Recommended Citation
Nair, R. & Choden, K. (2024). Electricity generation from air movements for microelectronics applications. Australia Bhutan Research Conference. Edith Cowan University. https://ro.ecu.edu.au/abr_conference/2024/Wednesday_December_4th/11/
Included in
Electricity generation from air movements for microelectronics applications
This paper is about generating limited amount of electricity from natural air movements and air movements in a controlled environment . This is specifically applicable and useful in microelectronics application and as a pre charging . Air is composed of 71% Nitrogen and 21 % oxygen and rest of the gases comprising 8%. We understand that air also takes up from free radicals in the atmosphere due to various chemical reactions. The free radicals and ions have a random motion and movement in the air column. The controlled movement of air with charged particles which is essentially the free radicals ,ions and electrons causes electrical potential. This is amplified using rigorous air movements . The amount of ions, free radicals, electron formation is also studied using AI methodology for an effective simulation to understand the charge generated and physical force required to generate electrical potential at a given amount of time. The AI frame works will serve as the basis of prototype and advance construction methodology for modelling the electrical generator.