Dielectric Characterisation of Lipid Droplet Suspensions Using the Small Perturbation Technique

Real-Time Monitoring of Bodily Fluids Using a Novel Electromagnetic Wave Sensor

“…In addition, rapid detection of cancer cells or tumour architecture, which can also be applied to samples of sputum, lung nodules, and biopsies of oesopageal, lung and lymph tissue is possible and is being considered by the authors [24]. Ultimately however, the ability to gain useful information from microwave scans of tissues invivo could serve to avoid a range of invasive diagnostic procedures.…”

Flexible electromagnetic wave sensor operating at GHz frequencies for instantaneous concentration measurements of NaCl, KCl, MnCl2and CuCl solutions

“…Electromagnetic wave sensing at GHz frequencies, or microwave sensing, has been successfully used for a broad range of industrial applications including fluid level measurements [10], material moisture content [11,12], for continuous process monitoring of biogas plants [13], in the food industry for the verification of the vegetable oil types [14] and in the healthcare industry, for example for real-time monitoring of glucose in diabetic patients [15,16] and noninvasive monitoring of bodily fluids [17,18].…”

Design and implementation of a non-invasive real-time microwave sensor for assessing water hardness in heat exchangers

“…These include but not limited to the detection of material moisture content and material characterization in construction industry. Examples include moisture detection in concrete blocks, bitumen characterization [12,13], monitoring of fluid level in process industries [14], for continuous process monitoring of plants [15], and in the healthcare industries, for example a real-time monitoring of glucose in diabetic patients [16] and for non-invasive monitoring of body fluids [17].…”