Collaboration contract at CERIC-ERIC – CECOMEC Project
19.06.2024
The Central European Research Infrastructure Consortium – CERIC–ERIC, is an integrated multidisciplinary Research Infrastructure open for basic and applied research in all fields of material and biomaterial sciences and nanotechnology. CERIC has been established by integrating advanced research facilities based in 8 countries (Austria, Croatia, Czech Republic, Hungary, Italy, Poland, Romania and Slovenia) into a unique European entity supporting the creation of basic and applied knowledge and promoting the mobility of researchers in an international multicultural scientific environment.
The position is open for the CERIC-ERIC research project CECOMEC. The abstract of CECOMEC is reported below.
The CECOMEC project (https://cecomec.wordpress.com) aims to investigate the influence of double doping on the electrochemical activity of ceria-based compounds that can act as catalysts for fuel electrodes in Solid Oxide Fuel Cells (SOFC)/Solid Oxide Electrolysis Cells (SOEC).
The studies will be based on structural characterization techniques at the microscope scale (XAS, XRD) and chemical characterizations coupled to ‘operando’ data collection. The research will be carried out as a collaboration between the LISA beamline (ESRF-Grenoble) and the Gdansk University of Technology (Gdansk Tech). The electrodes will be prepared and characterized from an electrochemical point of view in Gdansk whereas the structural characterizations will be carried out at ESRF (LISA beamline) and Jagiellonian University – National Synchrotron Radiation Centre SOLARIS (Krakow) with a resulting increased capability of materials characterization of the CERIC instruments.
Qualifications and Requirements
It is requested that the applicant have a degree in either chemistry, physics, materials science, engineering. He/she will perform the activities in collaboration with the scientists involved in the project in order to accomplish the experimental program of CECOMEC.
Specific responsibilities include:
1. Preparation of electrodes and laboratory characterization at Gdansk Tech
2. Realization of experiments of X-ray Absorption Spectroscopy and microscopy at the LISA and PolyX beamlines.
3. Analysis of the experimental data.
4. Design of in situ reaction cells in collaboration with the LISA and IOM staff.
He/she will spend part of the time in Gdansk University of Technology (GUT) for the sample preparation/characterization, part in Jagiellonian University – National Synchrotron Radiation Centre SOLARIS for nanoscale and microscale imaging and part at LISA beamline (ESRF) for the structural characterization and also contributing to define the procedures for a fast and easy setup of the XRD outstation at LISA that will become a routine technique at the beamline available for users.
Conditions
5. the nature of the service requested falls within those provided for by art. 409, point 3, of the italian code of civil procedure (“