- SEIKA Digital Image Corporation.
- LIF ( Laser Induced Fluorescence ) | Overview & Principle
- LIF variations(Gas type Lineup)
LIF variations (Gas type Lineup)
Gas type Lineup
In the combustion measurement by LIF, it is possible to measure the molecular species of gas such as acetone, OH, CH, NO and their instantaneous distribution.
The system configuration varies depending on each gas type.
Acetone （Nd：YAG laser + CCD camera）
The easiest method is acetone LIF which seeds acetone at very high evaporation pressure in the flow field at room temperature.
This acetone absorbs in the range of 225 nm to 320 nm with the maximum value of 280 nm.It fluoresces for a short time in a wide range from 350 nm to 550 nm.
A CCD camera without an image intensifier can obtain a signal with sufficiently high resolution.
Nd: YAG pulsed laser
Wavelength: 330 mJ @ 532 nm Repetition frequency: 10 Hz
Wavelength: 10 mJ @ 282.93 nm Color used: Rhodamine
Control software "Koncerto-PLIF"
Timing controller "LC880"
Number of channels: Input · Output 8 channels
Laser intensity monitoring function
Special sheet optical system
Sheet width: 100 mm Variable
Sheet thickness: Variable
High sensitivity ICCD camera
Resolution: 1024 × 1024
25 mm φ Gen II image intensifier
UV lens, optical stand, PC
OH （Nd：YAG laser・Dye laser + CCD camera with I.I.）
NO （Nd：YAG laser・Dye laser + CCD camera with I.I.）
CH （Nd：YAG laser・Dye laser + CCD camera with I.I.）
CH2O （Nd:YAG laser・Dye laser + CCD camera with I.I.）
OH （Excimer laser + CCD camera with I.I.）
Any inquiry or request for information, please click here.