SensMat Logo

New paper from LiU

1 July 2021

We are pleased to share the article “Benefits of virtual sensors for air quality monitoring in humid conditions”, authored by SensMat partners Guillem Domènech-Gil and Donatella Puglisi from Linköping University, Sweden, and just published on Sensors and Actuators B: Chemical, Elsevier.

In this research work, advanced operation mode of a chemical gas sensor was used for enhancing the sensing performance and response towards formaldehyde, formic acid, and acetic acid under humid conditions. In museum environments, these three gases are of main concern as they are linked to materials damage of artifacts and collections. Developing an environmental monitoring system capable to discriminate and quantify such air pollutants is a crucial step to reduce damage to museum collections and pollution’s risk to cultural property.

???. 1: ? ????? ??? ?????????? ??? ??? ??? ?????????-????? ??? ???? ??????? ??? ???????? ??? ?????????? ????? ? 3? ???????


The 4 last news

Latest news from the SensMat Project

==> Whether you are a future user or an investor, feel free to contact us at   Dear Visitors, […]

New paper on Classification and Quantification of Volatile Organic Compounds (VOC).

Donatella Puglisi and Guillem Domènech-Gil from Linköping University (LiU) are the authors of a new peer-reviewed article in the open-access journal […]

New paper on sensors using RFID technology

In the framework of SensMat activities, UBO, CEA and IC have authored a new peer-reviewed article in the open-access journal […]

Presentation of the SensMat Solution – Final Video

As the activities of the SensMat project are about to be completed, CEA and BASSETTI have joined their efforts to […]