Inorganic Coploymer-Dye Composites and Dye-Doped Mesoporous Materials

Enhanced photostability of dyeProcessing of various shapes

Optoelectronic devicesTunable solid-state lasers

Researchers at the University of California, Santa Barbara have developed a method for preparing transparent mesostructured inorganic/block-copolymer composites or inorganic porous solids containing optically responsive species. These solids have selective optical, optoelectronic, sensing properties and can be processed into a variety of different shapes, such as films, fibers, monoliths, for novel optical and sensing applications. Mesoscopically organized inorganic/block copolymer composites doped with dyes or complexes are prepared for use as optical hosts, chemical/physical/biological sensors, photochromic materials, optical waveguides, tunable solid-state lasers, or optoelectronic devices.

Patent Number: US6952436B2
Application Number: US20012968A
Inventor: Wirnsberger, Gernot | Scott, Brian J. | Huang, Howard C. | Melosh, Nicholas A. | Yang, Peidong | Chmelka, Bradley F. | Stucky, Galen D.
Priority Date: 14 Nov 2000
Priority Number: US6952436B2
Application Date: 14 Nov 2001
Publication Date: 4 Oct 2005
IPC Current: C04B002614 | C04B002800 | C04B003514 | C04B003800 | C08G007900 | C08G008300 | G02B000104 | G02B0006122
US Class: 372039
Assignee Applicant: The Regents of the University of California
Title: Inorganic/block copolymer-dye composites and dye doped mesoporous materials for optical and sensing applications
Usefulness: Inorganic/block copolymer-dye composites and dye doped mesoporous materials for optical and sensing applications
Summary: For forming transparent mesostructured host materials comprising optical or redox responsive groups, used for optical and sensing applications, and as potential catalyst and separation media.
Novelty: Transparent mesostructured host materials formation for optical applications, involves preparing self-assembling system by dissolving inorganic network precursor, optically responsive agent and block copolymer in solvent

化工/材料

化工/材料應用

6952436

Background

Until now, optically transparent, dye-doped solids have been in the form of large crystals, inorganic glasses, and polymers. In each of these systems, there are limitations to the incorporation of optically responsive compounds or other property restrictions that constrain their utility for device applications. Crystalline solids are limited to low concentration because of disruptions in the crystal lattice, glasses are complicated by low-dye doping levels, and polymeric systems are frequently limited by low thermal and mechanical stabilities, especially with regard to the photostability of the incorporated dye.

 

Additional Technologies by these Inventors

• Tough, Self-Healing Silicone Materials
• Nanoparticle Assembled Hollow Spheres
• Hierarchically Ordered Porous Oxides
• Hemostatic and Wound Healing Compositions
• High Performance Polymeric Material for Holographic Data Storage
• Supercapacitors for Rechargeable Batteries with Longer Lifetimes (2012-657)
• Functionalized Inorganic Films For Ion Conduction
• Carbon Materials With Interconnected Pores
• Optimized Multiply-Functionalized Mesostructured Materials
• Hybrid Supercapacitor and Battery System
• Oxides for Wound Healing and Body Repair
• Hemostatic Compositions And Methods Of Use

Tech ID/UC Case

10211/2001-009-0

Related Cases

2001-009-0

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