Ahmed Adel Nasreldin Mohamed (author)
Mark Shegelski (Thesis advisor)
Matthew Reid (Thesis advisor)
University of Northern British Columbia College of Science and Management (Degree granting institution)
Kerry Reimer (Committee member)
Erik Jensen (Committee member)
Hossein Kazemian (Committee member)

2017

Master of Science (MSc)

Physics

Number of pages in document: 82

The aim of this thesis is to study pollutants that are emitted from combustion systems using Terahertz time domain spectroscopy (THz-TDS). In particular, this thesis will focus on Nitric Oxide (NO), which is present in flue gases and contributes to air pollution. It is also interesting from a Physics perspective because it contains an unpaired electron in the valence shell, which leads to a complicated energy level structure, and interesting Physics. In this thesis, we aim to answer the question: “what is the detection limit of NO, using THz-TDS, and is it suitable for industrial emissions monitoring?” It is therefore necessary to look at detection limits, which in turn requires conducting THz spectroscopy at different gas pressures. ...

https://doi.org/10.24124/2017/1391

thesis

terahertz spectroscopy
nitric oxide
emissions monitoring