Search Results - photonic crystals

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Hydrothermal Growth of Single Crystals for UV Solid State Lasers (2017-002)
This crystal growth approach utilizes a hydrothermal process to produce single crystals for use in ultraviolet (UV) solid state lasers. The global market for industrial lasers is projected to grow from $4.6 billion in 2015 to $6.3 billion in 2020, reflecting a significant and growing commercial interest. Existing crystals for UV solid state lasers ...
Published: 4/20/2017   |   Inventor(s): Joseph Kolis, Colin Mcmillen
Keywords(s): Optical Fibers/Materials/Other, Photonic Crystals
Category(s): Advanced Materials
Simplified Production of Single Crystals for Solid State Laser Applications (2013-060)
This approach to growing heterogeneous single crystals relies on cutting trenches or drilling circular holes in the substrate seed and allowing hydrothermal growth of the crystals to occur. The resulting crystals can be used as the active medium in solid state laser applications. The global market for solid state lasers is projected to steadily in...
Published: 5/23/2016   |   Inventor(s): Joseph Kolis, Colin Mcmillen
Keywords(s): Photonic Crystals
Category(s): Advanced Materials
Hydrothermal Growth of Thin Film, Co-Doped Crystals with Optimized Properties for Mass Production (2010-051)
This alternative approach for growing thin film and co-doped crystals uses hydrothermal techniques that result in optimized crystal qualities, ideal for solid state laser applications. Solid state lasers are used in a wide variety of applications, including the defense, communication, and medical fields. This broad spectrum of uses and the consumer...
Published: 5/19/2016   |   Inventor(s): Joseph Kolis, Colin Mcmillen, James Matthew Mann, John Ballato
Keywords(s): Photonic Crystals
Category(s): Advanced Materials
Internal Gradient Doping of Host Crystals for Improved Quality of Solid State Lasers (2011-063)
This hydrothermal approach provides variation in the concentration of selected dopants within the host single crystal lattice, resulting in improved power and beam quality of solid state lasers. The global market for solid state lasers is projected to steadily increase, reaching $850 million by 2020. This steady growth is primarily due to the deman...
Published: 5/19/2016   |   Inventor(s): Joseph Kolis, Colin Mcmillen
Keywords(s): Photonic Crystals
Category(s): Advanced Materials
Hydrothermal Growth of High Quality Rhombohedral Crystals (2006-009)
This crystal growth approach utilizes hydrothermal growth to produce high quality, single crystals of sufficient size for use in ultraviolet solid state lasers. There is an increasing demand for higher performance materials that can be used in solid state lasers. The desired materials, however, must be high quality single crystals large enough and...
Published: 5/19/2016   |   Inventor(s): Joseph Kolis, Colin Mcmillen
Keywords(s): Photonic Crystals
Category(s): Advanced Materials
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