We present results on the detection of Volatile Organic Compounds (VOCs) in exhaled human breath by mmW/THz spectroscopy. Two spectrometers were used: The first one is based on a transmitter and a receiver in SiGe BiCMOS technology. In a breath sample, 240 ppm of ethanol were detected through its absorption spectrum around 242 GHz. This corresponds to a sensitivity of 250 ppb/Hz for ethanol. With a laboratory spectrometer based on commercial components, we detected several other VOCs in human breath samples. All samples were collected in 2 liter Tedlar bags, commonly used in medical breath gas studies
The results of analysing the composition of gas and liquid vapor (urine, blood) samples of human org...
Motivated by the increasing demand to monitor the air-quality, our study proved the feasibility of a...
The unique fingerprint spectra of volatile organic compounds for breath analysis and toxic industria...
Breath gas analysis is a promising tool for medical research and diagnosis. A particularly powerful ...
Author Institution: Department of Physics, Wright State University, 3640 Colonel Glenn Highway, Dayt...
Author Institution: Department of Physics, Wright State University, 3640 Colonel Glenn Highway, Dayt...
High resolution rotational spectroscopy enables chemical sensors that are both sensitive and highly ...
Breath gas analysis is a promising non-invasive tool for medical diagnosis as there are thousands of...
We demonstrate the application of terahertz/millimeter-wave gas spectroscopy to the analysis of exha...
We demonstrate a full-cycle breath gas sensor system based on terahertz/millimeter-wave gas spectros...
The ability to quantify trace chemicals in human breath enables the possibility of identifying breat...
Volatile organic compounds are released by different sources causing air pollution. Moreover, some o...
The analysis of human breath is a very promising method for clinical studies or screenings. Terahert...
Author Institution: Department of Physics, Wright State University, 3640 Colonel Glenn Highway, Dayt...
We report on our recent research on applying Terahertz molecular sensing to quantitative analysis of...
The results of analysing the composition of gas and liquid vapor (urine, blood) samples of human org...
Motivated by the increasing demand to monitor the air-quality, our study proved the feasibility of a...
The unique fingerprint spectra of volatile organic compounds for breath analysis and toxic industria...
Breath gas analysis is a promising tool for medical research and diagnosis. A particularly powerful ...
Author Institution: Department of Physics, Wright State University, 3640 Colonel Glenn Highway, Dayt...
Author Institution: Department of Physics, Wright State University, 3640 Colonel Glenn Highway, Dayt...
High resolution rotational spectroscopy enables chemical sensors that are both sensitive and highly ...
Breath gas analysis is a promising non-invasive tool for medical diagnosis as there are thousands of...
We demonstrate the application of terahertz/millimeter-wave gas spectroscopy to the analysis of exha...
We demonstrate a full-cycle breath gas sensor system based on terahertz/millimeter-wave gas spectros...
The ability to quantify trace chemicals in human breath enables the possibility of identifying breat...
Volatile organic compounds are released by different sources causing air pollution. Moreover, some o...
The analysis of human breath is a very promising method for clinical studies or screenings. Terahert...
Author Institution: Department of Physics, Wright State University, 3640 Colonel Glenn Highway, Dayt...
We report on our recent research on applying Terahertz molecular sensing to quantitative analysis of...
The results of analysing the composition of gas and liquid vapor (urine, blood) samples of human org...
Motivated by the increasing demand to monitor the air-quality, our study proved the feasibility of a...
The unique fingerprint spectra of volatile organic compounds for breath analysis and toxic industria...