This research aims to optimize the size of fire-extinguishing microcapsules to improve their effectiveness in fire suppression.
Utilized non-planar microfluidics for microcapsule fabrication
Conducted performance analysis in simulated confined spaces
Evaluated different sizes of microcapsules for effectiveness
Successfully optimized microcapsule sizes for enhanced fire suppression
Demonstrated that size significantly affects performance in confined environments
Abstract
In confined spaces where early fire detection and suppression are particularly challenging, failures in fire prevention and control can lead to severe personal injury and property loss. In such scenarios,...