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Computer cluster (IT Department)

Heterogeneous computer cluster, consisting of multicore servers and GPU-based servers.

Computerised electrochemistry laboratory

Available equipment: potentiostats, frequency analysers, spectrophotometers, quartz microbalance and salt spray chamber, STM microscopy. UVEG research support service equipment. Electrochemical techniques: voltammetry, chronoamperometry, electrochemical impedance. In situ spectroelectrochemical and electrogravimetric techniques. In situ spectroelectrochemical and electrogravimetric techniques in alternating current: electrochemical impedance, mass impedance and in situ colour impedance.

Electrochemistry laboratory with infrastructure

Salt Fog Chamber. 7-digit microbalance inert gas supply. Aeorgraphic coating application chamber UV curing reactor. Gas extraction hoods. STM and optical microscopy.

Gamma spectrometry with Ge(Hp) detectors

Gamma spectrometry is a multi-element analysis technique allowing to obtain the different-energy gamma radiation spectrum emitted by radioactive isotopes, the latter being registered by a photon detector. It’s based on photons producing charge carriers (electron-hole excitations) freely moving within the semiconductor to the collection electrodes.

Liquid scintillation detectors

They use the light-emission property of some materials when their free electrons produce excitations which later de-excite after the passing of ionising radiation. The emitted light turns into an electric signal that’s later measured with a photomultiplier.

Research laboratories (ETSE)

Research laboratories equipped with specially configured computers for research in DNA methylation analysis and Distributed Virtual Enviroments.

Statistical analysis

The UV Statistics Unit works with experts in the use of computer equipment and specific software. The main software used for data analysis is the free R Software.

Substantial gas-flow proportional counter

A proportional counter is an ionising particle detector. Its operation is based on the ionisation produced in particles by an intense electric field passing through the gaseous detection volume. Both radiation types can be simultaneously measured taking into account that, by passing through a material medium, an alpha particle produces a higher specific ionisation than a beta particle of equal energy.