Time-resolved Combustion LIF
More than a decade ago Dantec Dynamics was the first to introduce the first commercial Time-resolved PIV system. Since then the interest for high-speed imaging systems has increased rapidly and Dantec Dynamics’ high-speed product family has grown.
Today the product family includes systems for Time-resolved Combustion LIF, integrating the latest developments in high-speed imaging and laser technology with software user-friendliness for handling high-speed analysis of even the most demanding turbulent combustion processes.
Simultaneous PIV and OH PLIF data sampled with 4 kHz, in a turbulent premixed flame. The sequence shows the flame-flow interaction. Courtesy of Lund University, Division of Combustion Physics.
High-speed combustion studies by means of LIF
Combustion studies by means of OH LIF can now be performed at kHz framing rates to capture the dynamics in a variety of applications. The technique is non-intrusive and provides in-situ information with high spatial and temporal resolution.
Features
| Advanced Nd:YAG and tunable dye lasers designed for applications at up to 10 kHz repetition rate |
Wide range of high-speed cameras and image intensifiers |
| Synchronization electronics with ultra-high temporal precision down to the sub-nanosecond range |
Performance software solutions including user-friendly interface and dedicated add-on for LIF in combustion application |
Software
Smart software for imaging solutions
Learn more about TR Combustion-LIF
Measurement Principles
Planar laser-induced fluorescence (PLIF) is an optical measuring technique used to measure instant whole-field concentration or temperature maps in liquid and gaseous flows,
reacting as well as non-reacting. Read More
Application Examples
High-speed flame front visualization and flow velocity measurements in turbulent combustionRead More