Cloud hole boring with long pulse CO(2) lasers: theory and experiment
- PMID: 20706353
- DOI: 10.1364/AO.30.003041
Cloud hole boring with long pulse CO(2) lasers: theory and experiment
Abstract
Chemically generated CO(2) laser pulses at 10.6 microm have been used to clear a 5-cm diameter hole through a stratus-like cloud in a laboratory cloud chamber. The results show that 100% clearing can be achieved. The mechanism is shown to be droplet shattering followed by evaporation. In the experimental conditions, the channel closure is effected by turbulent mixing and droplet recondensation.