FIDO-PHI-PI
Project Goals:
To develop an in situ stereo particle image velocimetry system
General Specifications:
See FIDO-PHI
People:
- Principal Investigators: Jules Jaffe and Peter Franks
- Chief Engineer: F. Simonet
- Mechanical Engineer: Fred Ulhman - Hydrodynamic aspects, mechanical design/fabrication.
- Software Development: David Martin - Data acquisition control, GUI, Paul Roberts - Calibration, data analysis/algorithms.
- Optical Consultant: Karl Moore
- Lab Assistants: Jeremy Seymour, Casey Ta
- Graduate Students: Paul Roberts, Erdem Karakoylu, Jennie Cochran
Pictures and Data:
3dPIV Cruise2 034_edited-2.jpg | 
3dPIV Cruise 1 030_edited-1.jpg | 
3dPIV Cruise 3 092.jpg |
Calibration | 
Energy Dissipation | 
Phytoplankton Fluorescence |
Santa Barbara 1 | 
Santa Barbara 2 | 
Turbulent Velocity Field |
Velocity Image |
Links:
Sponsors:
Publications:
[1][2][3][4]
References
- Franks, PJS, Jaffe JS. 2008. Microscale variability in the distributions of large fluorescent particles observed in situ with a planar laser imaging fluorometer. Journal of Marine Systems. 69:254-270.
- Franks, PJS, Jaffe JS. 2001. Microscale distributions of phytoplankton: initial results from a two-dimensional imaging fluorometer, OSST. Marine Ecology Progress Series. 220:59–72.
- Palowitch, AW, Jaffe JS. 1995. Optical Serial Sectioned Chlorophyll-Alpha Microstructure. Journal of Geophysical Research-Oceans. 100:13267-13278.
- Jaffe, JS. 1990. Computer Modeling and the Design of Optimal Underwater Imaging-Systems. IEEE Journal of Oceanic Engineering. 15:101-111.
