Spectroscopic measurement Highly sensitive analysis system for combustion and plasma analysis LIF (laser induced fluorescence) analysis system
Tokyo Instruments, Inc
About This Product
■Product overview
Laser-induced fluorescence is a highly sensitive diagnostic method that uses light excitation processes and plasma excitation processes.
Molecules and atoms are electronically excited with laser light tuned to a specific wavelength, and concentration and temperature are measured based on the fluorescence intensity generated. Since it uses a laser, it has features such as non-contact measurement, high spatial resolution, and two-dimensional measurement. It is widely used for analyzing fuel distribution and combustion conditions in engines, measuring the concentration distribution and temperature distribution of various molecular species during combustion, and plasma diagnosis.
■Features
・Non-contact measurement, 2D measurement possible
・High sensitivity measurement
・Image measurement, spectroscopic measurement, excitation spectrum measurement
・Can be extended to CARS, Raman scattering, LII, etc.
・Concentration measurement, temperature measurement, flow rate measurement possible
・Custom systems available to suit your application
■Applications
・Combustion analysis (engine, combustor, etc.)
・Plasma analysis, discharge analysis
・Elementary reaction mechanism analysis
・Visualization of flow
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Product
Spectroscopic measurement Highly sensitive analysis system for combustion and plasma analysis LIF (laser induced fluorescence) analysis system
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Handling Company
Tokyo Instruments, Inc
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Categories
1 Models of Spectroscopic measurement Highly sensitive analysis system for combustion and plasma analysis LIF (laser induced fluorescence) analysis system
| Product Image | Part Number | Price (excluding tax) | Excitation light source Nd:YAG laser and dye laser 2 | Excitation light source Nd:YAG laser and dye laser1 | Excitation light source Nd:YAG laser and dye laser3 | Excitation light source Nd:YAG laser and dye laser4 | Excitation light source Nd:YAG laser and dye laser5 | Image detection system ICCD detector and image optical system 1 | Image detection system ICCD detector and image optical system 2 | Image detection system ICCD detector and image optical system 3 | Image detection system ICCD detector and image optical system 4 | Image detection system ICCD detector and image optical system 5 | Image detection system ICCD detector and image optical system 6 | Image detection system ICCD detector and image optical system 7 | Spectroscopic detection system ICCD detector and spectroscopic system 1 | Spectroscopic detection system ICCD detector and spectroscopic system 2 | Spectroscopic detection system ICCD detector and spectroscopic system 3 | Spectroscopic detection system ICCD detector and spectroscopic system 4 | Spectroscopic detection system ICCD detector and spectroscopic system 5 | Spectroscopic detection system ICCD detector and spectroscopic system 6 | Spectroscopic detection system ICCD detector and spectroscopic system 7 | Spectroscopic detection system ICCD detector and spectroscopic system 8 |
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LIF (laser induced fluorescence) analysis system |
Available upon quote | Pulse width: <10 ns |
Laser wavelength 266/355/532/1,064nm (Nd:YAG laser) 220~900 (dye laser) |
Line width <1 cm-1 (Nd:YAG laser) <0.1 cm-1 (dye laser) |
Repetition frequency: 10Hz |
Optical system Sheet beam optical system, laser beam focusing optical system |
Detection wavelength range: 180~850 nm | Minimum gating speed: <5 ns | Maximum gain: 1,000 cts/pe- | Effective number of CCD elements: 1,024×1,024 | Element size: 13×13 μm2 | CCD cooling temperature: -25℃ (air cooling), -35℃ (water cooling) |
Optical system UV camera lenses and bandpass filters |
Detection wavelength range: 180~850 nm | Minimum gating speed: <5 ns | Maximum gain: 1,000 cts/pe- | Effective number of CCD elements: 1,330×512 or 690×256 | Element size: 13.5×13.5 μm2 or 26×26 μm2 | CCD cooling temperature: -30℃ (air cooling), -40℃ (water cooling) | Spectrometer focal length: 120~750 m | Optical system: condensing optical system, optical fiber |
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About Company Handling This Product
- Japan