National Center for Combustion Research and Development
Indian Institute Of Technology Madras & Indian Institute of Sciences, BangaloreLaser Diagnostics Lab
The LDL is well equipped with several 'state of the art' lasers that are used for the development and application of advanced laser based diagnostics for combustion applications. This includes flow field characterization through 2C, stereoscopic and tomographic PIV coupled with simultaneous measurements to deduce concentrations of radicals like OH, PAH, HCHO through PLIF (both at low and high rep. rates) and of soot through LII in premixed, non-premixed and partially premixed combustion.
To use the facilities available in this lab, please write to: nccrdiitm@gmail.com
List of some of the major equipment available in this lab:
- CCD and CMOS cameras with intensifiers - (Pixelfly, Sensicam, PI-MAX, Speedsense, TOMOcamera
- Double pulse Nd:YAG laser (10 Hz) - Twins Ultra, Bernoulli
- Double pulse Nd:YLF laser (~kHz) - LDY-XXX,
- Nd:YAG pumped dye lasers (both 10 Hz and kHz order) - YG-981+TDL+, EdgewaveXXX+Narrowscan
- Single pulse Nd:YAG lasers (10 Hz) - Q-Smart 850, Brilliant B
Lab Equipments
Nd:YAG laser 1064 nm - Low Speed LII / PLIF
PLIF Experiment
PLIF Experiment
Dantec High speed OH PLIF
For performing combustion studies by means of PLIF at high (kHz) framing rates to capture the dynamics in various applications. This technique has the advantage of non-intrusive and provides high spatial and temporal resolution. The system contains Nd;YAG and tunable dye lasers which can operate up to 10kHz repetition rate, Synchronization electronics with high temporal precision down to sub-nano second range, and high speed cameras with image intensifier for capturing the fluorescence intensity.
For performing combustion studies by means of PLIF at high (kHz) framing rates to capture the dynamics in various applications. This technique has the advantage of non-intrusive and provides high spatial and temporal resolution. The system contains Nd;YAG and tunable dye lasers which can operate up to 10kHz repetition rate, Synchronization electronics with high temporal precision down to sub-nano second range, and high speed cameras with image intensifier for capturing the fluorescence intensity.
PDPA System with accessories
To measure droplet diameter & droplet velocity with high accuracy
To measure droplet diameter & droplet velocity with high accuracy
Dr Mayank Mittal
Assistant Professor
Dr Ramakrishna P A
Professor
