| http://dbpedia.org/ontology/abstract
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قياس الطيف بالليزر يشير مقياس طيف الامتصاص بالليزر إلى التقنيات التي تستخدم أشعة الليزر لتقييم تركيز أو كمية الأنواع في الطور الغازي بواسطة مطياف الامتصاص.
, Laser absorption spectrometry (LAS) refers … Laser absorption spectrometry (LAS) refers to techniques that use lasers to assess the concentration or amount of a species in gas phase by absorption spectrometry (AS). Optical spectroscopic techniques in general, and laser-based techniques in particular, have a great potential for detection and monitoring of constituents in gas phase. They combine a number of important properties, e.g. a high sensitivity and a high selectivity with non-intrusive and remote sensing capabilities. Laser absorption spectrometry has become the foremost used technique for quantitative assessments of atoms and molecules in gas phase. It is also a widely used technique for a variety of other applications, e.g. within the field of optical frequency metrology or in studies of light matter interactions. The most common technique is tunable diode laser absorption spectroscopy (TDLAS) which has become commercialized and is used for a variety of applications.and is used for a variety of applications.
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March 2019
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What is this acronym?
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| rdfs:comment |
قياس الطيف بالليزر يشير مقياس طيف الامتصاص بالليزر إلى التقنيات التي تستخدم أشعة الليزر لتقييم تركيز أو كمية الأنواع في الطور الغازي بواسطة مطياف الامتصاص.
, Laser absorption spectrometry (LAS) refers … Laser absorption spectrometry (LAS) refers to techniques that use lasers to assess the concentration or amount of a species in gas phase by absorption spectrometry (AS). Optical spectroscopic techniques in general, and laser-based techniques in particular, have a great potential for detection and monitoring of constituents in gas phase. They combine a number of important properties, e.g. a high sensitivity and a high selectivity with non-intrusive and remote sensing capabilities. Laser absorption spectrometry has become the foremost used technique for quantitative assessments of atoms and molecules in gas phase. It is also a widely used technique for a variety of other applications, e.g. within the field of optical frequency metrology or in studies of light matter interactions. The most co of light matter interactions. The most co
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| rdfs:label |
قياس الطيف بالليزر
, Laser absorption spectrometry
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