PHOTONICS TECHNOLOGIES IN THE MATERIALS INDUSTRY SECTOR

Looking for a light-based technology in the Materials industry? Choose PhotonTransfer as your comprehensive source for photonics technologies in the Materials worldwide market. Check out the latest opportunities and new technologies in the Materials industrial sector. If you're a user, source manufacturer or a system supplier there is something here for you.

Listings

82 listings found
Synthesis of Large Single-Crystal Graphene

SYNTHESIS OF LARGE SINGLE-CRYSTAL GRAPHENE

Tech for Transfer

HiTech

19-05-2016

Method for synthesizing large single-crystal graphene films by suppressing evaporative substrate loss in chemical vapor deposition.

Thin-Film Materials
Tell me more
Multi-Environment High-Resolution Laser Microscopy

MULTI-ENVIRONMENT HIGH-RESOLUTION LASER MICROSCOPY

Tech for Transfer

HiTech

19-05-2016

Microscopy system equipped with long working distance objectives for high-resolution laser micro-spectroscopy analysis with an enormous level of flexibility, allowing measurement of relevant properties in all kinds of materials and over a very wide range of temperatures.

Optical Microscopy   Spectroscopy
Tell me more
Forming Thin Films on Substrates using microwave radiation

FORMING THIN FILMS ON SUBSTRATES USING MICROWAVE RADIATION

Tech for Transfer

OTC

18-07-2016

Low-cost, high-speed technique for generating thin films on a variety of substrate materials at relatively low temperatures. This method can be used for the controlled growth of oxide films on plastics.

Photovoltaics   Semiconductors   Photodetection   Thin-Film Materials
Tell me more
Non-Contact Method for Creating Micro-scale Topographical Patterns in Polymers

NON-CONTACT METHOD FOR CREATING MICRO-SCALE TOPOGRAPHICAL PATTERNS IN POLYMERS

Tech for Transfer

OTC

18-07-2016

Patterning the surface of polymeric films using light without the need for a photomask.

Glass & other optical materials   Thin-Film Materials
Tell me more
Increasing the absorbance of light in the longer wavelength region

INCREASING THE ABSORBANCE OF LIGHT IN THE LONGER WAVELENGTH REGION

Tech for Transfer

OTC

19-07-2016

Increased optical absorption by dielectric-coated metal nanoparticles for the plasmonic enhancement of thin-film solar cells.

Optical Components & Devices   Thin-Film Materials
Tell me more
Generating narrow-band circularly and elliptically polarized radiation

GENERATING NARROW-BAND CIRCULARLY AND ELLIPTICALLY POLARIZED RADIATION

Tech for Transfer

OTC

19-07-2016

A simple ultra-thin platform for generating narrow-band circularly and elliptically polarized radiation, either by conversion from externally incident light or through thermal emission of heated objects.

Glass & other optical materials   Light sources   Optical Components & Devices   Optical Engineering   Optical measurement systems & Sensors
Tell me more
Ultra-Low-Power, High-Speed Dual-Cavity Optical Modulator

ULTRA-LOW-POWER, HIGH-SPEED DUAL-CAVITY OPTICAL MODULATOR

Tech for Transfer

OTC

19-07-2016

Novel dual-cavity modulator design with ultra-low modulation energy and outstanding energy-bandwidth performance. It is the ideal building block for next-generation integrated photonic circuits.

Glass & other optical materials   Optical Components & Devices   Optical Engineering
Tell me more
Hybrid dielectric-metallic back reflector for photovoltaic applications

HYBRID DIELECTRIC-METALLIC BACK REFLECTOR FOR PHOTOVOLTAIC APPLICATIONS

Tech for Transfer

OTC

20-07-2016

Photovoltaic device with a hybrid dielectric-metallic back surface reflector that improves the light trapping capacity.

Photovoltaics   Thin-Film Materials
Tell me more
Optical sheets for improved collection of light

OPTICAL SHEETS FOR IMPROVED COLLECTION OF LIGHT

Tech for Transfer

OTC

20-07-2016

Light collection and conversion device with a light concentrator layer and a guide for concentrating incident light in photovoltaic devices.

Photovoltaics   Thin-Film Materials
Tell me more
Simple method for fabricating high-index-contrast 3-D photonic devices on flexible substrates

SIMPLE METHOD FOR FABRICATING HIGH-INDEX-CONTRAST 3-D PHOTONIC DEVICES ON FLEXIBLE SUBSTRATES

Tech for Transfer

OTC

20-07-2016

The method leverages the amorphous nature and low deposition temperature of novel ChG alloys to pioneer a 3-D multilayer monolithic integration approach with dramatically improved device performance, processing throughput and yield.

Optical Components & Devices   Optical Engineering
Tell me more
EPIC
International Year of Light 2015