研究目的
Theoretical investigation and estimations of the laser threshold fluencies for evaporation of water and bubble generation around of solid spherical nanoparticles by laser pulses.
研究成果
The developed analytical model provides a novel approach for estimating laser fluence thresholds for vapor bubble generation around nanoparticles, showing good agreement with experimental results. The model offers insights into the dependences of threshold fluencies on nanoparticle size and laser parameters, useful for applications in laser nanotechnology and nanomedicine.
研究不足
The model's accuracy depends on the fitting parameter (maximal nanoparticle temperature at the end of laser action) for agreement with experimental data. The study acknowledges the need for further validation and optimization of the model for different experimental conditions.
