Research Interest

1. Laser diagnostics

  • Laser absorption spectroscopy (LAS)

  • Laser dispersion spectroscopy (LDS)

  • Laser induced incandescence (LII)

  • Tomographic reconstruction

2. Sensing issues debug

  • Boundary layer effects on line-of-sight sensing

    • Absorption/Dispersion/Emission

  • Line-mixing and -narrowing effects on profile fitting

    • Dicke narrowing & Speed-dependent collision

  • Intensity fluctuation effects on signal distortion

3. Applications:

  • High-temperature calibration：

    • lab-scale burner (e.g., McKenna burner, HencKen burner, co-flow burner, Swirl flow burner, Bluff-body burner）

  • High-temperature sensing：

    • Practical combustion and propulsion system (e.g., Boilers, gas turbines, scramjet)

  • Room-temperature gas monitoring

4. Computational Fluid Dynamics (CFD)

  • Reacting Flow

Laminar Flames: premixed flames, partially premixed flames, diffusive flames

Turbulent Flames: Swirl flames，jet flames

  • Non-reacting Flow

Wind Turbine Aerodynamics

Automotive Aerodynamics

  • Fluid Structure Interaction