MEASURING DEVICE FOR PHOTOLUMINESCENCE

MEASURING DEVICE FOR PHOTOLUMINESCENCE

PURPOSE:To enable to fetch fluorescence from a sample very efficiently, by a method wherein a part of an optical fiber bundle is brought to serve as a fiber for guiding an exciting light, and the measurement of photo luminescence is made in a way to bring the remaining part to serve as a fiber for t...

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1. Verfasser: KASHIYANAGI YUUZOU
Format: Patent
Sprache:eng
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INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES
MEASURING
PHYSICS
TESTING
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description PURPOSE:To enable to fetch fluorescence from a sample very efficiently, by a method wherein a part of an optical fiber bundle is brought to serve as a fiber for guiding an exciting light, and the measurement of photo luminescence is made in a way to bring the remaining part to serve as a fiber for transmitting fluorescence. CONSTITUTION:An optical fiber bundle 14 consists of a number of optical fibers, a center fiber serves as a fiber 16 for guiding an exciting light, other fibers work as a fiber 17 for transmitting fluorescence and are separated at a convex lens 6 side of a collecting analysis system. A sample 11 is irradiated with an exciting light from an argon laser 1 through the fiber 16, and fluorescence produced from the sample 11 is transmitted to a collecting analysis system 9 through the fibers 17. Optical fibers are used as described above, and this enables to fetch fluorescence from the sample 11 extremely efficiently.
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CONSTITUTION:An optical fiber bundle 14 consists of a number of optical fibers, a center fiber serves as a fiber 16 for guiding an exciting light, other fibers work as a fiber 17 for transmitting fluorescence and are separated at a convex lens 6 side of a collecting analysis system. A sample 11 is irradiated with an exciting light from an argon laser 1 through the fiber 16, and fluorescence produced from the sample 11 is transmitted to a collecting analysis system 9 through the fibers 17. 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CONSTITUTION:An optical fiber bundle 14 consists of a number of optical fibers, a center fiber serves as a fiber 16 for guiding an exciting light, other fibers work as a fiber 17 for transmitting fluorescence and are separated at a convex lens 6 side of a collecting analysis system. A sample 11 is irradiated with an exciting light from an argon laser 1 through the fiber 16, and fluorescence produced from the sample 11 is transmitted to a collecting analysis system 9 through the fibers 17. 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CONSTITUTION:An optical fiber bundle 14 consists of a number of optical fibers, a center fiber serves as a fiber 16 for guiding an exciting light, other fibers work as a fiber 17 for transmitting fluorescence and are separated at a convex lens 6 side of a collecting analysis system. A sample 11 is irradiated with an exciting light from an argon laser 1 through the fiber 16, and fluorescence produced from the sample 11 is transmitted to a collecting analysis system 9 through the fibers 17. Optical fibers are used as described above, and this enables to fetch fluorescence from the sample 11 extremely efficiently.</abstract><oa>free_for_read</oa></addata></record>
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subjects INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES
MEASURING
PHYSICS
TESTING
title MEASURING DEVICE FOR PHOTOLUMINESCENCE
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