Postdoctoral Research in the Department of Chemistry at University of Liverpool, UK
Research job at University of Liverpool on Layer-by-Layer PLD Growth,Characterisation of Thin Film Oxide Materials
Study Subject: Layer-by-Layer PLD Growth,Characterisation of Thin Film Oxide Materials
Course Level: Postdoctoral
Scholarship Provider: European Research Council
Scholarship can be taken at: UK
Eligibility:
-Epitaxial deposition of oxide thin films Structural, electronic and magnetic characterisation of thin films -PhD in Chemistry, Materials Science or Physics -Maintenance of vacuum systems Operation of vacuum deposition systems
Scholarship Open for International Students: No
Scholarship Description: You will join a project funded by a European Research Council Advanced Investigator grant to Professor M J Rosseinsky in Pulsed Laser Deposition and characterisation of artificially structured thin film oxide materials. The project involves layer-by-layer assembly of individual unit-cell-scale structural components using in-situ RHEED monitoring to form new functional oxide materials, and
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Research job at University of Liverpool on Layer-by-Layer PLD Growth,Characterisation of Thin Film Oxide Materials
Study Subject: Layer-by-Layer PLD Growth,Characterisation of Thin Film Oxide Materials
Course Level: Postdoctoral
Scholarship Provider: European Research Council
Scholarship can be taken at: UK
Eligibility:
-Epitaxial deposition of oxide thin films Structural, electronic and magnetic characterisation of thin films -PhD in Chemistry, Materials Science or Physics -Maintenance of vacuum systems Operation of vacuum deposition systems
Scholarship Open for International Students: No
Scholarship Description: You will join a project funded by a European Research Council Advanced Investigator grant to Professor M J Rosseinsky in Pulsed Laser Deposition and characterisation of artificially structured thin film oxide materials. The project involves layer-by-layer assembly of individual unit-cell-scale structural components using in-situ RHEED monitoring to form new functional oxide materials, and