Extra virgin olive oil (EVOO) is a typical product of the Mediterranean diet that plays a major role for its health benefits and excellent organoleptic properties linked to the peculiar chemical composition. One of the most significant improvements in the olive oil industry in recent years is the development of intelligent sensing systems, so-called "electronic noses," that allow rapid, direct, and highly sensitive online monitoring of food aromatic profiles. In this chapter we show the capability of two commercial electronic noses based on two different working principles-metal oxide and field effect sensors array (MOS/MOSFET) and proton transfer mass spectrometry (PTR-MS)-to characterize EVOO. The capability of these two systems to analyz...
AbstractIn the present work, the potential of an electronic nose to differentiate the geographical o...
none4This works aims to set up a rapid and nondestructive method to evaluate the advanced oxidation ...
In the present work, the oxidation of extra virgin olive oils was considered at different storage pe...
An electronic nose based on an array of 12 Metal Oxide Semiconductor (MOS) sensors and 10 Metal Oxid...
It is possible to differentiate and classify extra virgin olive oil (EVOOs) from different geographi...
An electronic nose based on an array of six metal oxide semiconductor sensors was used to monitor th...
In this study, a combined system of electronic nose (e-nose) and computer vision was developed for t...
The selection and test of an array of conducting polymer sensors with extra-virgin olive oil samples...
The extra virgin olive oil (EVOO) is highly appreciated for its unique flavor. The release kinetics ...
Olive oil analysis is considered as a promising application of electronic noses. In this paper, two ...
The aim of our study was to see if electronic nose (EN) can help sensory analysis panel for a first ...
Olive oils produced in the Douro’s region (north of Portugal) are greatly appreciated due to their s...
Introduction: Extravirgin olive (EVO) oil aroma and taste influence consumer preferences. Volatile...
An electronic nose (EN), which is a kind of chemical sensors, was employed to check olive oil qualit...
The potential of an electronic nose to discriminate olive oil samples based on their sensory profile...
AbstractIn the present work, the potential of an electronic nose to differentiate the geographical o...
none4This works aims to set up a rapid and nondestructive method to evaluate the advanced oxidation ...
In the present work, the oxidation of extra virgin olive oils was considered at different storage pe...
An electronic nose based on an array of 12 Metal Oxide Semiconductor (MOS) sensors and 10 Metal Oxid...
It is possible to differentiate and classify extra virgin olive oil (EVOOs) from different geographi...
An electronic nose based on an array of six metal oxide semiconductor sensors was used to monitor th...
In this study, a combined system of electronic nose (e-nose) and computer vision was developed for t...
The selection and test of an array of conducting polymer sensors with extra-virgin olive oil samples...
The extra virgin olive oil (EVOO) is highly appreciated for its unique flavor. The release kinetics ...
Olive oil analysis is considered as a promising application of electronic noses. In this paper, two ...
The aim of our study was to see if electronic nose (EN) can help sensory analysis panel for a first ...
Olive oils produced in the Douro’s region (north of Portugal) are greatly appreciated due to their s...
Introduction: Extravirgin olive (EVO) oil aroma and taste influence consumer preferences. Volatile...
An electronic nose (EN), which is a kind of chemical sensors, was employed to check olive oil qualit...
The potential of an electronic nose to discriminate olive oil samples based on their sensory profile...
AbstractIn the present work, the potential of an electronic nose to differentiate the geographical o...
none4This works aims to set up a rapid and nondestructive method to evaluate the advanced oxidation ...
In the present work, the oxidation of extra virgin olive oils was considered at different storage pe...