The parabolic dish test site (PDTS) was established for testing point-focusing solar concentrator systems operating at temperatures approaching 1650 C. Among tests run were evaluation and performance characterization of parabolic dish concentrators, receivers, power conversion units, and solar/fossil-fuel hybrid systems. The PDTS was fully operational until its closure in June, 1984. The evolution of the test program, a chronological listing of the experiments run, and data summaries for most of the tests conducted are presented
This paper describes a technique that uses an infrared camera to evaluate the in-situ thermal perfor...
Possible means of achieving the technology required for field application of solar thermal power sys...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project are summarized for FY 1...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project for FY 1982 are summari...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project for FY 1983 are summari...
The status of the Solar Thermal Power Systems Project for FY 1980 is summarized. Included is: a disc...
The results of activities within the parabolic dish technology and applications development program ...
Parabolic Dish Concentrator No. 1 (PDC-1) is a 12-m-diameter prototype concentrator with low life-cy...
An assessment is provided of solar thermal parabolic dish technology for electrical power generation...
The development of the solar parabolic-dish/Stirling-engine electricity generating plant known as th...
The development and testing of concentrators, receivers, and power conversion units are reported. Sy...
The deployment of parabolic dish systems into the industrial sector for the purpose of providing use...
In parabolic dish solar collectors, walk-off of the spot of concentrated sunlight is a hazard if a m...
The design of the Parabolic Dish Concentrator (PDC-2) is described. The following five subsystems of...
none4noThe paper deals with extensive monitoring of a solar thermal parabolic dish system. It was ca...
This paper describes a technique that uses an infrared camera to evaluate the in-situ thermal perfor...
Possible means of achieving the technology required for field application of solar thermal power sys...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project are summarized for FY 1...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project for FY 1982 are summari...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project for FY 1983 are summari...
The status of the Solar Thermal Power Systems Project for FY 1980 is summarized. Included is: a disc...
The results of activities within the parabolic dish technology and applications development program ...
Parabolic Dish Concentrator No. 1 (PDC-1) is a 12-m-diameter prototype concentrator with low life-cy...
An assessment is provided of solar thermal parabolic dish technology for electrical power generation...
The development of the solar parabolic-dish/Stirling-engine electricity generating plant known as th...
The development and testing of concentrators, receivers, and power conversion units are reported. Sy...
The deployment of parabolic dish systems into the industrial sector for the purpose of providing use...
In parabolic dish solar collectors, walk-off of the spot of concentrated sunlight is a hazard if a m...
The design of the Parabolic Dish Concentrator (PDC-2) is described. The following five subsystems of...
none4noThe paper deals with extensive monitoring of a solar thermal parabolic dish system. It was ca...
This paper describes a technique that uses an infrared camera to evaluate the in-situ thermal perfor...
Possible means of achieving the technology required for field application of solar thermal power sys...
The activities of the JPL Solar Thermal Power Systems Parabolic Dish Project are summarized for FY 1...