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Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning

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Published in:Journal of Advances in Modeling Earth Systems
Format: Online Article RSS Article
Published: 2026
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container_title Journal of Advances in Modeling Earth Systems
description
discipline_display Earth Sciences
discipline_facet Earth Sciences
format Online Article
RSS Article
genre Journal Article
id rss_article:106068
institution FRELIP
journal_source_facet Journal of Advances in Modeling Earth Systems
last_indexed 2026-07-24T03:33:44.450Z
publishDate 2026
publishDateSort 2026
record_format rss_article
spellingShingle Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
Earth Sciences
General
Earth Sciences
sub_discipline_display General
sub_discipline_facet General
subject_display Earth Sciences
General
Earth Sciences
subject_facet Earth Sciences
General
Earth Sciences
title Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
title_alt Mapeo Inverso del Núcleo de Colisión y Escalado del Flujo de Pared en una Cámara Alta de Nubes de Convección Utilizando Sensores Locales y Aprendizaje Profundo Informado por Conocimiento
Cartographie inverse du noyau de collision et de l'échelle du flux pariétal dans une chambre de convection-nuage haute à l'aide de capteurs locaux et d'apprentissage profond informé par la connaissance
Mapeamento Inverso do Núcleo de Colisão e Escalonamento do Fluxo de Parede em uma Câmara Alta de Convecção‐Nuvem Usando Sensores Locais e Aprendizado Profundo Informado por Conhecimento
title_auth Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
title_es_txt Mapeo Inverso del Núcleo de Colisión y Escalado del Flujo de Pared en una Cámara Alta de Nubes de Convección Utilizando Sensores Locales y Aprendizaje Profundo Informado por Conocimiento
title_fr_txt Cartographie inverse du noyau de collision et de l'échelle du flux pariétal dans une chambre de convection-nuage haute à l'aide de capteurs locaux et d'apprentissage profond informé par la connaissance
title_full Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
title_fullStr Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
title_full_unstemmed Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
title_pt_txt Mapeamento Inverso do Núcleo de Colisão e Escalonamento do Fluxo de Parede em uma Câmara Alta de Convecção‐Nuvem Usando Sensores Locais e Aprendizado Profundo Informado por Conhecimento
title_short Inverse Mapping of the Collision Kernel and Wall Flux Scaling in a Tall Convection‐Cloud Chamber Using Local Sensors and Knowledge‐Informed Deep Learning
title_sort inverse mapping of the collision kernel and wall flux scaling in a tall convection‐cloud chamber using local sensors and knowledge‐informed deep learning
topic Earth Sciences
General
Earth Sciences
url https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2025MS005463?af=R