TheFlameMaster Multifunctionalsystem supports fuel, flame temperature and soot imaging applying the laser imaging techniques Tracer-LIF, Rayleigh Thermometry and LII.
For all laser imaging applications a pulsed, multi-wavelengths (532nm, 355nm, 266nm) Nd:YAG laser is the standard light source. Upgraded with aT-YAG Module(intra-cavity etalon) this laser also supports OH-LIF imaging. The software controlled laser shutter provides stable UV laser output and eye-safe operation during stand-by mode and opens the beam path only for image recording. The externally triggeredProgrammableTimingUnit (PTU X) synchronizes the laser pulse with the time-gated intensified camera (IRO).
Laser imaging applications in flames measured with theFlameMastermultifunctional system
FlameMastermultifunctional laser imaging system
Tunable Nd:YAG laser for OH-LIF imaging
TheT-YAG Moduleis an upgrade option for Nd:YAG lasers which allows for OH-LIF measurements without the need of a dye-laser. TheT-YAG Moduleeffectively generates the proper excitation wavelength for OH-LIF directly from a frequency quadrupled Nd:YAG laser. The module retrofits a selected range of appropriate Nd:YAG lasers and can be installed as an upgrade option.
Combining theT-YAG Modulecapabilities for the detection of OH-LIF with the broadband excitation for LIF tracers such as acetone allows monitoring the mixture formation and the flame propagation at the same time.
UV Nd:YAG laser withT-YAG Modulefor simultaneous reaction zone and fuel imaging