MEASUREMENT OF GASEOUS COMPOUND USING SPECTROSCOPY

The method includes guiding a light beam to a first optical path, the light beam being attenuated to an attenuated light beam and detecting a first value indicative of a first intensity of the attenuated light beam. The method further includes generating a last light pulse, dissociating at least par...

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Main Authors ROPPO JUHA, ENESTAM SONJA, SILVENNOINEN JAANI, TOIVONEN JUHA, SORVAJÃRVI TAPIO
Format Patent
LanguageEnglish
Published 21.05.2015
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Abstract The method includes guiding a light beam to a first optical path, the light beam being attenuated to an attenuated light beam and detecting a first value indicative of a first intensity of the attenuated light beam. The method further includes generating a last light pulse, dissociating at least part of the gas compound molecules (optionally excited) or dissociated parts thereof (optionally excited) on the first optical path to first part atoms, molecules, ions, or radicals, and to another part using the last light pulse, the light beam being further attenuated by absorption to the first part atoms, molecules, ions, or radicals on the first optical path. The method further includes detecting a second value indicative of a second intensity of the attenuated light beam and determining, using the first and second values, the gas compound content of the gas mixture. A gas compound measuring device measures uses the method.
AbstractList The method includes guiding a light beam to a first optical path, the light beam being attenuated to an attenuated light beam and detecting a first value indicative of a first intensity of the attenuated light beam. The method further includes generating a last light pulse, dissociating at least part of the gas compound molecules (optionally excited) or dissociated parts thereof (optionally excited) on the first optical path to first part atoms, molecules, ions, or radicals, and to another part using the last light pulse, the light beam being further attenuated by absorption to the first part atoms, molecules, ions, or radicals on the first optical path. The method further includes detecting a second value indicative of a second intensity of the attenuated light beam and determining, using the first and second values, the gas compound content of the gas mixture. A gas compound measuring device measures uses the method.
Author ENESTAM SONJA
SILVENNOINEN JAANI
ROPPO JUHA
SORVAJÃRVI TAPIO
TOIVONEN JUHA
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SORVAJÃRVI TAPIO
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Snippet The method includes guiding a light beam to a first optical path, the light beam being attenuated to an attenuated light beam and detecting a first value...
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SubjectTerms INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES
MEASURING
PHYSICS
TESTING
Title MEASUREMENT OF GASEOUS COMPOUND USING SPECTROSCOPY
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