Large-scale radon monitoring is carried out due to the fact that it is directly responsible for
public health. European Directive 2013/59/EURATOM has been transposed into the …

The designed system ensures both the acquisition of data on local precursor parameters
(evolution of radon emanations, evolution of earth's crust temperature, etc.) and local …

Nowadays, advances in GNSS receivers technology and computational algorithms such as
1 Hz acquisition rate (and even more, up to 50 Hz), that are commonly available, make us …

The analysis of the relationship between radon and seismicity was previously carried out in
the seismic zone of Vrancea (Romania), positioning the measuring stations on tectonic …

In order to limit the material damages and the human victims caused by some earthquakes,
a complex system of protection of high-risk equipment and installations were designed, built …

This study introduces an innovative IoT-enabled wearable device tailored for monitoring and
providing feedback on stuttering, leveraging advanced machine learning algorithms to …

A complex system for zonal earthquake prediction, warning, and local assessment of
seismic events has been designed, performed, implemented, and experimented/validated …

In the present paper, a relationship between geomagnetic anomalies recorded at one
magnetometer located inside Vrancea seismogenic zone and the occurrence of …

Microfracturing and rock deformation as effects of tectonic stress generates sounds called
acoustic emission. Many reporting on the earthquakes say that first people hear a noise and …

The NIEP (National Institute of Earth Physics) monitors and analyzes seismicity in Romania.
Over time, the monitoring stations equipped with seismic equipment have become …