- Measures flow velocity and global scalar property fields simultaneously
- Choice of different cameras for PIV and PLIF imaging
- Simultaneous or sequential PIV and PLIF measurements
- Use of INSIGHT™ 3G Data Acquisition, Analysis and Display Software affords maximum flexibility in data acquisition and display
- Unique, in-situ PLIF calibration process can be performed under actual experimental conditions
- Choice of lasers to match the application
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- Use of patented analysis techniques and tools lead to unmatched microflow measurement capabilities
- Robust optical arrangement eliminates influences of vibration and other external disturbances
- Inverted microscope approach is uniquely designed for microflow applications
- Unique optical arrangement, using epifluorescence, uses the same optical access for illumination and scattered light collection
- INSIGHT 3G™ Data Acquisition, Analysis and Display Software offers complete system control as well as data collection and analysis
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- New master control unit automates timing control for high speed cameras and other devices
- High-speed cameras designed specifically for high frame rate applications
- INSIGHT™ Data Acquisition, Analysis and Display Software provides complete system control
- Remote focusing and Scheimpflug adjustment enables remote system alignment
- Flow measurements with capture rates as high as 10 kHz
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- Grid deformation for high accuracy measurements even in the presence of large spatial velocity gradients
- On-line measurement and display of velocity field
- Patented analysis algorithms such as the Hart and Rohaly-Hart Correlations
- Ensemble correlation averaging, dynamic background correction, and other proprietary algorithms stemming from our exclusive licence of microPIV technology
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- On-line measurement and display of three velocity components
- Optimum Scheimpflug camera configuration
- On-line mapping function eliminates the need to measure camera angles
- On-line PIV image display
- POWERVIEW™ PIV cameras with very short frame-straddling times
- DPDS target for generating mapping function eliminates need to traverse target
- High-speed camera interfaces for on-line data transfer
- Back-, forward- or side-scatter camera positioning
- Optional remote focusing and Scheimpflug adjustment
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- TSI PowerView based Global Liquid Concentration Analyzer (GLCA) and Global Liquid Mixing Analyzer (GLMA)
- Meets the research needs of anyone needing a fully integrated, turn-key system
- Provides global species measurements in mixing, materials processing, heat/mass transfer, and other liquid based environments
- Both systems use planar laser-induced fluorescence (PLIF) to provide global concentration measurement of the species of interest in the laser sheet region.
- Both systems are composed of three integrated sub-systems: The Illumination System, the Imaging System, and the Display and Analysis System
- The only difference is that the GLMA system provides simultaneous concentration AND velocity fields, to fully characterize micro-fluidic mixers, reactors, and numerous other processes
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- TSI Global Combustion Species Analyzer (GCSA)
- Designed to meet the research needs of anyone needing a fully integrated system
- Provides global species measurements in mixing, materials processing, heat/mass transfer, and combustion environments
- GCSA uses planar laser-induced fluorescence (PLIF) to provide global concentration measurement of specific species of interest in the laser sheet region
- The system consists of three integrated sub-systems: the Illumination System, the Imaging System, and the Display and Analysis System
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- TSI High Frame Rate PLIF systems are designed to meet the research needs of anyone needing a fully integrated, turn-key system
- Provides global species measurements in rapidly changing mixing, materials processing, heat/mass transfer, and other liquid based environments
- The TSI High Frame Rate PLIF system uses planar laser-induced fluorescence (PLIF) to provide global concentration measurement of the species of interest in the laser sheet region
- The systems are composed of three integrated sub-systems: the Illumination Sub-system, the Imaging Sub-system, and the Display and Analysis Sub-system
- Fully integrated, turn-key system that provides global species measurements in mixing, materials processing, heat/mass transfer, and other rapidly changing environments
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- TSI Stereo PIV-PLIF system is designed to meet the research needs of anyone needing a fully integrated, turn-key system that provides global species measurements in mixing, materials processing, heat/mass transfer, and other three-dimensional measurement situations
- Uses planar laser-induced fluorescence (PLIF) to provide global concentration measurement of the species of interest in the laser sheet region, and the particle image velocimetry (PIV) technique to obtain the velocity vector field
- The systems are composed of three integrated sub-systems: the Illumination Sub-system, the Imaging Sub-system, and the Display and Analysis Sub-system
- 3D PLIF PIV system offers the capability to obtain the instantaneous three-component velocity field and scalar concentration or temperature field with one integrated system
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- Single camera operation simplifies measurements and improves accuracy
- Automatic Calibration
- Rapid Processing
- Unique processing algorithms have been theoretically and experimentally validated
- Integrated 3D graphics and display
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