This book thoroughly examines the principles of heat transfer within agitated disperse systems, focusing on the critical role of particle motion. The author, O. Molerus, presents predictive equations for heat transfer in various configurations, including moving beds, bubbling and circulating fluidized beds, pneumatic transport in vertical tubes, and particulate fluidized beds. The core approach emphasizes experimental validation, demonstrating how particle proximity to solid surfaces influences observed heat transfer, utilizing a novel pulsed light method with luminous particles to provide evidence.

The subject matter suggests a dense, technical text aimed at specialists in heat transfer and thermodynamics. The detailed experimental approach, particularly the use of a pulsed light method, indicates a focus on empirical validation and mechanistic understanding. This work is likely to be valued by researchers and advanced students seeking precise predictive models and experimental insights into complex fluid-particle heat exchange phenomena. The comprehensive treatment of various agitated disperse systems points to its utility as a reference for specific engineering applications.