Submillimeter deep heating of bulk water by thermal radiation from ablative water plumes produced by a 10.6 μm transversely excited atmospheric C O2 laser and the related acoustic generation has been studied using a contact time-resolved photoacoustic technique. Effective penetration depths of thermal radiation in water were measured as a function of incident laser fluence and the corresponding plume temperatures were estimated. The near-field thermal and thermoacoustic effects of thermal radiation in laser-ablated bulk water and their potential near-field implications are discussed.
c 2006 American Institute of Physics
Journal of Applied Physics
American Institute of Physics
Required Publisher’s Statement
Scholarly Commons Citation
Kudryashov, S. I., Lyon, K., & Allen, S. D. (2006). Near-Field Thermal Radiative Transfer and Thermoacoustic Effects from Vapor Plumes Produced by Pulsed CO/sub 2 /Laser Ablation of Bulk Water. Journal of Applied Physics, 100(12). https://doi.org/10.1063/1.2402388