Laser-Induced Fluorescence (LIF) is the most powerful technique for experimental diagnostics of combustion processes available today.
Based on the physics of interaction between light and molecules, Laser-Induced Fluorescence allows for species selective measurements with high sensitivity. This allows measurements of minor combustion species to be made. The technique is non-intrusive and provides in-situ information with high spatial and temporal resolution.
Combustion radicals and products by Laser-Induced Fluorescence (LIF)
Our highly advanced and flexible system for combustion LIF is capable of measuring a wide range of combustion radicals and products.
Combustion Laser-Induced Fluorescence (LIF) solutions can be combined with other measurement solutions like PIV to perform multi-parameter measurements. The video below shows data from a combined time-resolved OH-LIF and PIV system on a lifted flame in a low-swirl burner. This application uses the OH radical as a flame front tracer. The interaction between the chemistry and fluid-mechanics in combustion processes can be investigated when the OH-LIF and PIV data are combined
Features & Benefits
Non-intrusive, in-situ measurements
Does not disturb the phenomenon under investigation
Species selective measurements for:
- Imaging of combustion radicals
- Flame front visualization
- Fuel distribution
Helps understanding of complex combustion processes
Full control of hardware from the software
User-friendly well integrated solution
Laser crystal adjustments without open laser cover
High laser safety
Multi-parameter measurements by combination with PIV or Rayleigh Thermometry
Allows investigation of the interaction of chemical and fluid dynamical processes in combustion
Modular system allowing easy future upgrades
Budget flexibility and allows easy future upgrades