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materials for water electrolysis systems. The work is part of REFINE , a Horizon Europe-funded project with the main aim to produce electrofuels. REFINE is coordinated by University of Oslo (UiO) and is
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27th May 2024 Languages English English English PhD Research Fellow in Materials Chemistry and Physics Related to Water Electrolysis Systems Apply for this job See advertisement About the position A
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Related to Water Electrolysis Systems Apply for this job See advertisement About the position A position as PhD Research Fellow in Materials Chemistry and Physics is available at the Centre for Materials
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, who will work with characterization of North Sea crustal fault geometries, their mechanical properties and seismogenic potential, as part of CO2 storage assessments. The candidate will work in a team of
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on the capability to utilize locally available resources, such as water, oxygen, and methane. To identify, localize and characterize the quantity and quality of these resources, different sensors, both spaceborne and
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and tectonics, who will work with characterization of North Sea crustal fault geometries, their mechanical properties and seismogenic potential, as part of CO2 storage assessments. The candidate will
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the development, duration and recovery of groundwater droughts, their climate drivers, subsurface characteristics, vegetation and water use, as well as effects of ongoing and future global changes. Focus is on
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as shaped by human interaction with resources. Potential case studies include representations of bodies of water, for example Hangzhou’s West Lake or Gujarat’s Bay of Surat; landscape paintings by
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project Harnessing Hydrogen by Optimized Ion-Conductive Metal-Organic Frameworks (H2O-MOF) to be based at the Department of Chemistry, University of Oslo. The development of fuel cell technology capable
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on extraterrestrial bodies, such as the Moon and Mars, depend among others on the capability to utilize locally available resources, such as water, oxygen, and methane. To identify, localize and characterize