Ref.No: 63177500
Start date: 01.02.2010
End date: 30.09.2015
Approval date: 16.10.2009
Department: CHEMICAL ENGINEERING
Sector: PROCESS ANALYSIS AND PLANT DESIGN
Financier: E.C.
Budget: 1.131.840,00 €
Scientific Responsible: Assist. Prof. PAPATHANASIOU
Email: pathan@chemeng.ntua.gr
Description: THE REALIZATION OF TUNABLE SURFACES THAT ARE ABLE TO UNDERGO REVERSIBLE TRANSITIONS BETWEEN SUPERHYDROPHOBIC AND SUPERHYDROPHILIC BEHAVIOUR IS A CHALLENGING AND VITAL ISSUE DUE TO THEIR POTENTIAL USE IN APPLICATIONS INVOLVING SELF CLEANING VERY LOW FLOW
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