NACHIKETA JANARDAN, MAHESH V PANCHAGNULA
Liquid marbles are formed by encapsulating microscale volumes of liquid in a particulate sheath, resulting in robust entities that resist rupture when adequately covered. This paper explores the formation, properties, and applications of liquid marbles, a topic that has gained significant attention in the past decade. The review encompasses various particulate materials and liquids used in the creation of liquid marbles, highlighting advancements in understanding their static and dynamic behaviors. The authors summarize the current state of research while discussing notable developments in the field. Moreover, they identify gaps in the existing knowledge base, proposing future directions for scientific inquiry and application development. This comprehensive overview serves to advance the understanding of liquid marbles and their potential utilizes within diverse scientific fields.
@article{fb680c36-4f2d-4b73-9deb-631ea8b00e31,
title={Liquid marbles Physics and applications},
author={NACHIKETA JANARDAN and MAHESH V PANCHAGNULA},
year={2026},
language={en}
}TY - JOUR TI - Liquid marbles Physics and applications AU - NACHIKETA JANARDAN AU - MAHESH V PANCHAGNULA PY - 2026 LA - en ER -
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