Detection of Ammonia in Liquids Using Millimeter Wave Spectroscopy

Detection of ammonia plays a vital role for counter-bioterrorism applications. Using millimeter wave absorption measurements, ammonia dissolved in water solution is analyzed and compared to water-only solution. The inversion of ammonia molecule results in split rotational spectral lines and transiti...

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Published in:International journal of photoenergy 2012-01, Vol.2012 (2012), p.1-4
Main Authors: Ozturk, Hilmi, Nazli, Hakki, Yegin, Korkut, Sezgin, Mehmet
Format: Article
Language:English
Subjects:
Ammonia
Antennas
Emissions
Inversions
Liquids
Mathematical analysis
Millimeter waves
Networks
Rotational
Spectrum analysis
Vectors (mathematics)
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container_title International journal of photoenergy
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creator Ozturk, Hilmi
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Yegin, Korkut
Sezgin, Mehmet
description Detection of ammonia plays a vital role for counter-bioterrorism applications. Using millimeter wave absorption measurements, ammonia dissolved in water solution is analyzed and compared to water-only solution. The inversion of ammonia molecule results in split rotational spectral lines and transitions of these lines can be detected. Two-port measurements were carried out with vector network analyzer and measurements revealed that ammonia presence can be identified, especially between 30–35 GHz.
doi_str_mv 10.1155/2012/362084
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subjects Ammonia
Antennas
Emissions
Inversions
Liquids
Mathematical analysis
Millimeter waves
Networks
Rotational
Spectrum analysis
Vectors (mathematics)
title Detection of Ammonia in Liquids Using Millimeter Wave Spectroscopy
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