Mathematics – Logic
Scientific paper
Mar 1994
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1994ilce.work..201d&link_type=abstract
In Wisconsin Univ., International Lighting in Controlled Environments Workshop p 201-209 (SEE N96-18123 05-54)
Mathematics
Logic
Electrodeless Discharges, Fluorescence, Gas Discharge Tubes, Light Sources, Line Spectra, Mercury Lamps, Technology Assessment, Vegetation Growth, Agriculture, High Pressure, Illuminating, Light (Visible Radiation), Low Pressure, Mercury Vapor, Phosphors, Spectral Energy Distribution, Temperature Control, Ultraviolet Radiation, Weighting Functions
Scientific paper
This talk is an overview of discharge lamp technology commonly employed in general lighting, with emphasis on issues pertinent to lighting for plant growth. Since the audience is primarily from the plant growth community, and this begins the light source part of the program, we will start with a brief description of the discharge lamps. Challenges of economics and of thermal management make lamp efficiency a prime concern in controlled environment agriculture, so we will emphasize science considerations relating to discharge lamp efficiency. We will then look at the spectra and ratings of some representative lighting products, and conclude with a discussion of technological advances.
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