A Minimal Electrodynamic Hydrology Model_ Introducing a Prognostic Charge Bucket for Cloud Microphysics

This dataset and manuscript present a novel “minimal” framework for representing cloud droplet charge dynamics in atmospheric models. The central innovation is a <b>prognostic charge-bucket scheme</b>: a lightweight but physically grounded method for tracking charge accumulation, discharge, and feedbacks within three dynamically evolving aerosol size bins (“buckets”).<b>Disclaimer:</b><br>Developed outside of formal academic settings by an independent, self-taught researcher. Some methods and interpretations may lack conventional rigor and should be considered preliminary. Community feedback and expert correction are welcome.

Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.29133110.v7
Primary Topic
Atmospheric aerosols and clouds
Type
article
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article

A Minimal Electrodynamic Hydrology Model_ Introducing a Prognostic Charge Bucket for Cloud Microphysics

Figshare
Atmospheric aerosols and clouds
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A Minimal Electrodynamic Hydrology Model_ Introducing a Prognostic Charge Bucket for Cloud Microphysics

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Abstract

This dataset and manuscript present a novel “minimal” framework for representing cloud droplet charge dynamics in atmospheric models. The central innovation is a <b>prognostic charge-bucket scheme</b>: a lightweight but physically grounded method for tracking charge accumulation, discharge, and feedbacks within three dynamically evolving aerosol size bins (“buckets”).<b>Disclaimer:</b><br>Developed outside of formal academic settings by an independent, self-taught researcher. Some methods and interpretations may lack conventional rigor and should be considered preliminary. Community feedback and expert correction are welcome.

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Atmospheric aerosols and clouds
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A Minimal Electrodynamic Hydrology Model_ Introducing a Prognostic Charge Bucket for Cloud Microphysics · Figshare (2025) | TGRS Research Map | TGRS