WO 2010146077 A1 UPAB: 20110106 NOVELTY - The method involves providing a polycarbonate substrate, and forming a channel (110) with opposite lying side walls (112a, 112b). An area with an increased refractive index is produced as an optical wave guide (120) in the substrate along the opposite lying side walls and along a base (114) via radiation so that light (130) produces an evanescent field (132) in the channel, during passing of the optical wave guide. Molecules (140) are detected in the channel via mutual effect of the light with the evanescent field. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a substrate that comprises a photo-detector. USE - Method for producing an area with an elevated refractive index in a pol...
DE 19838373 A UPAB: 20000531 NOVELTY - Photodetector production comprises back face thinning a front...
An integrated optical functional element, based on a polymer, with waveguide(s) (2) in a waveguide s...
WO 200122492 A UPAB: 20010704 NOVELTY - The method involves forming a first set of micro-functional ...
EP 1251397 A UPAB: 20030101 NOVELTY - Process for producing optically reproducible structures, espec...
DE 102009025073 A1 UPAB: 20110117 NOVELTY - The optical sensor has a channel (110) with opposite sid...
DE 102006054783 A1 UPAB: 20080721 NOVELTY - The optical component has a layer of a material that is ...
DE 10241708 A UPAB: 20040426 NOVELTY - A process for decreasing boundary surface reflection of polym...
WO 2009112288 A1 UPAB: 20090928 NOVELTY - The system (30) has a holding device (39) holding a measur...
DE 102009019635 A1 UPAB: 20101122 NOVELTY - The element has an optically transparent substrate (1) c...
DE 10015830 A UPAB: 20020508 NOVELTY - The method involves producing a trench in the circuit board a...
The sensor includes unburied waveguides (2) located in a waveguide substrate (1), of whose surface w...
DE 102007033124 A1 UPAB: 20090311 NOVELTY - The device for optical detection of substances in fluid ...
The method comprises forming recesses with an electromagnetic radiation emitted by a laser light sou...
WO2005073765 A UPAB: 20051006 NOVELTY - New polymeric waveguides (I) comprise: (a) a base substrate ...
DE 102009047361 A1 UPAB: 20110621 NOVELTY - The device has an optical channel (110) with imaging len...
DE 19838373 A UPAB: 20000531 NOVELTY - Photodetector production comprises back face thinning a front...
An integrated optical functional element, based on a polymer, with waveguide(s) (2) in a waveguide s...
WO 200122492 A UPAB: 20010704 NOVELTY - The method involves forming a first set of micro-functional ...
EP 1251397 A UPAB: 20030101 NOVELTY - Process for producing optically reproducible structures, espec...
DE 102009025073 A1 UPAB: 20110117 NOVELTY - The optical sensor has a channel (110) with opposite sid...
DE 102006054783 A1 UPAB: 20080721 NOVELTY - The optical component has a layer of a material that is ...
DE 10241708 A UPAB: 20040426 NOVELTY - A process for decreasing boundary surface reflection of polym...
WO 2009112288 A1 UPAB: 20090928 NOVELTY - The system (30) has a holding device (39) holding a measur...
DE 102009019635 A1 UPAB: 20101122 NOVELTY - The element has an optically transparent substrate (1) c...
DE 10015830 A UPAB: 20020508 NOVELTY - The method involves producing a trench in the circuit board a...
The sensor includes unburied waveguides (2) located in a waveguide substrate (1), of whose surface w...
DE 102007033124 A1 UPAB: 20090311 NOVELTY - The device for optical detection of substances in fluid ...
The method comprises forming recesses with an electromagnetic radiation emitted by a laser light sou...
WO2005073765 A UPAB: 20051006 NOVELTY - New polymeric waveguides (I) comprise: (a) a base substrate ...
DE 102009047361 A1 UPAB: 20110621 NOVELTY - The device has an optical channel (110) with imaging len...
DE 19838373 A UPAB: 20000531 NOVELTY - Photodetector production comprises back face thinning a front...
An integrated optical functional element, based on a polymer, with waveguide(s) (2) in a waveguide s...
WO 200122492 A UPAB: 20010704 NOVELTY - The method involves forming a first set of micro-functional ...