Process analytic instruments are used in many domains of industry (pharma, food, cosmetics, biotech…) to monitor real-time inline industrial processes. Some benchmark studies on the stability of colloidal particles in a suspension, show that the mm-W sensor in [1] is 1000 time more sensitive than conventional IR and Raman instruments. Likewise, mm-W sensor can be used for liquid phase composition analysis, for the drug formulation, etc. Many industrial production companies as end user of mm-W sensor technology would benefit from it by improving product quality and production yield.
Fiévet, N, Stiens, J & Zhang, Y 2017, 'Fast and reliable measurement modules for advanced narrow-band sensing applications in the millimeter wave domain'.
Fiévet, N., Stiens, J., & Zhang, Y. (2017). Fast and reliable measurement modules for advanced narrow-band sensing applications in the millimeter wave domain.
@conference{9d518688c2b94b4a99fc5c6abb8e5b9e,
title = "Fast and reliable measurement modules for advanced narrow-band sensing applications in the millimeter wave domain",
abstract = "Process analytic instruments are used in many domains of industry (pharma, food, cosmetics, biotech…) to monitor real-time inline industrial processes. Some benchmark studies on the stability of colloidal particles in a suspension, show that the mm-W sensor in [1] is 1000 time more sensitive than conventional IR and Raman instruments. Likewise, mm-W sensor can be used for liquid phase composition analysis, for the drug formulation, etc. Many industrial production companies as end user of mm-W sensor technology would benefit from it by improving product quality and production yield.",
keywords = "millimeter Waves, sensor",
author = "Nathalie Fi{\'e}vet and Johan Stiens and Yuchen Zhang",
year = "2017",
month = feb,
day = "16",
language = "English",
}