Solid-state lighting - Open Access .click

Radiation Physics and Chemistry, 1994
Abstract We have demonstrated novel types of tritium-powered, solid-phase radioluminescent (RL) light sources. These lights include: (1) all-organic formulations comprised of polystyrene and fluorescent organic dyes; (2) polydimethylsiloxane-based systems incorporating inorganic phosphors; and (3) inorganic aerogel-based systems doped with phosphors.
C.L. Renschler +9 more
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Solid-State Lighting Control

IEEE Transactions on Industry and General Applications, 1965
Solid-state lighting control will offer a great variety of both conventional and unique control capabilities to the lighting designer. Among these are feedback dimming, soft start, snap on, magnetic tape and optical programming, and frequency inversion. Special design considerations are voltage and current surges, audible hum, and radio noise.
Phillip R. Herrick, E. Keith Howell
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Flexible Solid State Lighting

Optics and Photonics for Advanced Energy Technology, 2009
Steel foil tolerance to high temperature processing, dimensional stability, chemical resistance, low moisture and oxygen permeability are characteristics that in combination with top emission organic LEDs are needed for flexible solid state lighting sources.
Brian D’Andrade, Alex Z. Kattamis
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Key Technologies for Solid State Lighting

2006 IEEE LEOS Annual Meeting Conference Proceedings, 2006
This report review the packaging and application technology of high power white LEDs including the lower thermal resistance and high reliable packaging of a group of LEDs, unsymmetrical three-dimensional optical system research based on non-image optics and the actual optical system design (such as street lamp) with specific luminous intensity ...
Yi Luo, Yanjun Han, Keyuan Qian
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materials science
optoelectronics
solid-state

computer science
engineering physics
engineering

optics
phosphor
nanotechnology