3 edition of Results of the 1988 NASA/JPL balloon flight solar cell calibration program found in the catalog.
Results of the 1988 NASA/JPL balloon flight solar cell calibration program
1988 by National Aeronautics and Space Administration, Jet Propulsion Laboratory, California Institute of Technology, National Technical Information Service, distributor in Pasadena, Calif, [Springfield, Va .
Written in English
|Statement||B.E. Anspaugh, R.S. Weiss.|
|Series||NASA contractor report -- NASA CR-182998.|
|Contributions||Weiss, R. S., Jet Propulsion Laboratory (U.S.)|
|The Physical Object|
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JPL Publication Results of the NASA/JPL Balloon Flight Solar Cell Calibration Program B. Anspaugh R. Weiss November 1, NASA National Aeronautics and Space Administration Jet Propulsion Laboratory California Institute of Technology Pasadena, CaliforniaAuthor: B.
Anspaugh, R. Weiss. The solar cell calibration talloon flight was successfully canpleted on Augmeeting all objectives of the program. mochrles vere carried to an altitude offt ( Lon). The calibrated cells can now be used as refererice Results of the 1988 NASA/JPL balloon flight solar cell calibration program book in simulator testing of cells and arrays.
Forty-eight i. Get this from a library. Results of the NASA/JPL balloon flight solar cell calibration program. [B E Anspaugh; R S Weiss; Jet Propulsion Laboratory (U.S.)]. Characterization of Production GaAs Solar Cells for Space, JPL PublicationDecem Anspaugh, B.
E., and R. Weiss, Results of the NASA IJPL Balloon Flight Solar Cell Calibration Program, JPL PublicationNovember 1, Atkinson, D. J., Knowledge-Based Diagnosis for Aerospace Systems. The solar cell calibration balloon Results of the 1988 NASA/JPL balloon flight solar cell calibration program book was successfully completed on August 7,meeting all objectives of the program.
Forty-eight modules were carried to an altitude ofResults of the 1988 NASA/JPL balloon flight solar cell calibration program book ( km). The calibrated cells can now be used as reference standards in simulator testing of cells and arrays.
The solar cell calibration balloon flight was successfully completed on August 7,meeting all objectives of the program. Results of the 1988 NASA/JPL balloon flight solar cell calibration program book Forty-eight modules were carried to an altitude offt.
The results of the experiment show that violet cells degrade at about the same rate as conventional cells in such an orbit. Balloon flight measurements show that violet solar cells produce Author: Edward Gaddy. The solar cell calibration balloon flight was completed on August 1, All objectives of the flight program were met.
Forty-one modules were carried to an altitude offt ( km). Introduction to solar motion geometry on the basis of a simple model Results of the NASA/JPL balloon flight solar cell calibration program at float altitude for two hours beyond solar. The JPL solar cell calibration program was conceived to produce reference standards for the purpose of properly setting solar simulator intensities.
The concept was to fly solar cells on a high-altitude balloon, measure their output at altitudes nearft, recover the cells. Results of the NASA/JPL Balloon Flight Solar Cell Calibration Program B. Anspaugh R. Weiss Novem NASA NationalAeronautics and Space Administration Jet Propulsion Laboratory California Instituteof Technology Pasadena,California (NA_A-CR-]',) RESULTS OF THF NA3AIJPL FIALLnUN FLTb£_,T SqLAR CrLL CALT_RATI_N PROGRA,_i.
Each calibration flight balloon was designed to carry its payload to an altitude of km ( kft). The R&D flight balloons were designed for a payload altitude of km ( kft). At the end of the flight period, the upper (solar cell calibration system) and lower (consolidated instrument package (DIP) payloads were separated from the balloon and descend via parachutes.
The solar cell calibration balloon flight was completed on Aug All objectives of the flight program were met. Forty-six modules were carried to an altitude offt ( km). Full I-V curves were measured on 19 of these modules, and output at a fixed load was measured on 27 modules.
This data was corrected toCited by: 1. Currently, two institutions, JPL-NASA in the USA  and CNES in France [3,4], are conducting, on a yearly basis, these calibration campaigns. The main differences between the two calibration institutes are the position of the cells, which in the case of JPL-NASA is mounted on the balloon apex and in the case of CNES, is a gondola hanging from.
The main differences between the two calibration institutes are the position of the cells, which in the case of JPL-NASA is mounted on the balloon apex and in the case of CNES, is a gondola hanging from the balloon.
the Solar Cell Calibration Experiment (SCCE) was conducted in two flights in high-altitude balloons were used, and. or the launch of an oversized, overweight solar panel. The Jet Propulsion Laboratory (JPL) solar cell calibration program was conceived to produce reference standards for the purpose of accurately setting solar simulator intensities.
The concept was to fly solar cells on a high-altitude balloon Cited by: 1. a calibration balloon flight at least once a year. The flight was the 46th flight in this series.
The flight incorporated 40 solar cell modules from eight different participants. The payload included Si, amorphous Si, GaAs, and CdTe cells. The flight included 11 cells that were fitted with narrow bandpass filters at II different wavelengths. intensity. But as solar cell technology changes, the spectral response of the solar cells changes also, and reference standards using the new technology must be built and calibrated.
Until the summer ofthere had always been a question as to how much the atmosphere above the balloon modified the solar spectrum. If the modification was. F.C. HooperA.P. Brungerin Energy Developments: New Forms, Renewables, Conservation, INTRODUCTION.
Solar simulators play an important part in the development, testing and rating of solar collectors and other equipment utilizing solar radiation.
Outdoor testing under the natural ambient conditions represents reality, and in that sense is an ideal circumstance. Deputy Program Manager Kendra Short is the Deputy Program Manager for the NASA Exoplanet Exploration Program at the Jet Propulsion Laboratory.
Prior to this position, she served as a Payload Manager within the SWOT project, responsible for the delivery. The second permanent launch site of the NASA balloon program is the Scientific Balloon Flight Facility located inside the boundaries of the Fort Sumner Municipal Airport on the northeast side of the town.
Sumner is about 3 hours drive east and a bit south of Albuquerque, in De Baca county, New Mexico. Results of the NASA/JPL balloon flight solar cell calibration program.
1 v. (OCoLC) Named Person: Boz Scaggs: Material Type: Document, Government publication, National government publication, Internet resource: Document Type: Internet Resource, Computer File: All Authors / Contributors: B E Anspaugh; R S Weiss; Jet Propulsion.
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The set of images shown here in color was acquired as part of a sequence intended to monitor any changes in the calibration of the multispectral Wide Angle Camera over time, but it also gives a beautiful view of Mercury's cratered southern hemisphere.
Emilio Fernandez Lisbona, in Practical Handbook of Photovoltaics (Second Edition), Publisher Summary. Standard solar cells are used to set the intensity of solar simulators to standard illumination conditions, to electrically characterize solar cells with similar spectral response.
Space calibration methods of solar cells can be extraterrestrial when performed outside the atmosphere or. NASA's Jet Propulsion Laboratory, a division of the California Institute of Technology in Pasadena, manages the mission for NASA's Science Mission Directorate, Washington, D.C.
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NASA Advances Plans to Bring Samples Back From Mars Collecting samples from Mars and bringing them back to Earth is a historic undertaking that starts with the launch of NASA's Mars rover. › watch now. Corollary 1 applies even after taking into account Corollary 1. When it stopped, Dawn was in its extended mission orbit 7 (XMO7).
Every 27 hours, the intrepid ship dove from 2, miles (4, kilometers) to 22 miles (35 kilometers) above the ground, only three times higher than a typical passenger aircraft travels over Earth, and then soared back up again.
NASA’s balloon program is managed by the Astrophysics division of SMD and administered by the Balloon Program Office (BPO) at the Goddard Space Flight Center’s Wallops Flight Facility. Science payloads are generally selected through proposals to NASA’s science programs and funded by research and analysis (R&A) grants; presently ~ The Keck Interferometer was a ground-based instrument that combined the light from the twin Keck telescopes to create an instrument equal in power to an meter telescope that could detect and study stars and planets beyond our solar : NASA/JPL.
The University of California-Berkeley Space Sciences Laboratory will build instruments for the mission. NASA’s Jet Propulsion Laboratory, Pasadena, Calif., will provide Program management via the Mars Program Office, as well as navigation support, the Deep Space Network, and the Electra telecommunications relay hardware and operations.
Ground-based test results have shown DSAC to be upwards of 50 times more stable than the atomic clocks currently flown on GPS. DSAC promises to be the most stable navigation space clock ever flown.
"We have lofty goals for improving deep space navigation and science using DSAC," said Ely. As soon as light from the solar system’s master, the star at the center, reaches the arrays, the battery begins to recharge, and all of Dawn’s electrical needs for the rest of its 8-year mission will be satisfied by the energy the solar cells receive from the : Marc Rayman.
l'repareJ by the Jet Propulsion Laboratory, California Institute of Technology, for the Department of Energy by agreement with the National Aeronautics and Space AJministration.
The J PL LowCost Solar Array Project i, sponsored b)' the Department of Energy (DOE) and forms part of the Solar Photovoltaic Conversion Program to initiate a.
Jet Propulsion Laboratory, Mail Stop Oak Grove Drive, Pasadena, CA () [email protected] Education: Ph.D., Planetary Science (Electrical Engineering minor) California Institute of Technology Thesis: Microwave Observations of.
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Presentation files and transcript are at the bottom of the page. All eyes are on NASA’s Juno mission to Jupiter as the spacecraft nears its long-awaited arrival at the Solar System’s largest planet.
Flight Pdf began being entered into this system as of flights. If there were flights flown under an earlier log number the flight reports are not available online.The Magellan spacecraft, also referred to as the Venus Radar Mapper, was a 1,kilogram (2, lb) robotic download pdf probe launched by NASA of the United States, on May 4,to map the surface of Venus by using synthetic aperture radar and to measure the planetary gravitational field.
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Although the craft still devotes most of its time to the slow but efficient reshaping of its orbit around the Sun to match Vesta’s, controllers gave it some extra assignments since the last log to ensure its systems remain healthy and to prepare for its Author: Marc Rayman.