173808 ⎘
Light guides; Optical fibres with cladding comprising gratings; Refractive index modulation gratings, e.g. Bragg gratings characterised by enhanced photosensitivity characteristics of the fibre, e.g. hydrogen loading, heat treatment
Sub-classes:Microheater comprising a rare earth-doped optical fiber
#2Optical fiber and slanted fiber grating
#3Ribbon optical fiber made of photosensitive glass
#4Fiber optic patch and voltage conditioning
#5Polymeric waveguide with single dopant
#6AN OVERLAPPED CHIRPED FIBER BRAGG GRATING SENSING FIBER AND METHODS AND APPARATUS FOR PARAMETER MEASUREMENT USING SAME
#7Fiber Bragg gratings in carbon-coated optical fibers and techniques for making same
#8Overlapped chirped fiber Bragg grating sensing fiber and methods and apparatus for parameter measurement using same
#9OPTICAL FIBER FOR FIBER BRAGG GRATING
#10High temperature stable fiber grating sensor and method for producing same
#11Hydrogen-resistant optical fiber/grating structure suitable for use in downhole sensor applications
#12Hydrogen-resistant optical fiber/grating structure suitable for use in downhole sensor applications
#13High temperature stable fiber grating sensor and method for producing same
#14Method of inducing refractive index structures in a micro-structured fiber, a micro-structured fiber and an article
#15Fiber Bragg grating and fabrication method
#16Fiber Bragg grating for high temperature sensing
#17Method of changing the birefringence of an optical waveguide by laser modification of the cladding
#18Method of increasing photosensitivity of glasses to ultrafast infrared laser radiation using hydrogen or deuterium
#19Optical fiber
#20Conditioning optical fibers for improved ionizing radiation response
#21Method for restoring photosensitivity in hydrogen or deuterium loaded large diameter optical waveguide
#22Optical filter
#23Optoelectronic component with an adjustable optical property and method for producing the layer structure
#24Optical fiber having bragg grating and method of manufacturing the same