The Institute of Micro- and Nanotechnologies (IMN) MacroNano®

       

The Institute of Micro- and Nanotechnologies stands for interdisciplinary and cross-faculty top-level research in the field of micro- and nanotechnologies. Founded in 2006, the institute today consists of 40 departments of the TU Ilmenau and thus combines and bundles the competences of natural sciences, strongly technology-oriented fields of microsystems engineering and nanotechnology as well as very application-oriented engineering disciplines.

The aim of the institute is

  • to intensify interdisciplinary research in the field of micro- and nanotechnologies from the basics to application
  • to increase the transfer of knowledge through research projects together with scientific partners and partner companies and
  • to continuously develop the research competence in-house and with the scientific partners
 

The Center of Micro- and Nanotechnologies is available to the member departments to implement the goals pursued by the Institute. With more than 300 systems and devices on almost 2,000m2 of laboratory space in two high-tech buildings (Feynmanbau and Meitnerbau), the ZMN is the infrastructural centre of the institute.

News

Young scientist Dr. René Böttcher awarded the Nasser Kanani Prize

Dr. René Böttcher, a former member of the Department of Electrochemistry and Electroplating, was awarded the DGO Nasser Kanani Prize at the 45th Ulm Dialogue on 15 May.

Dr René Böttcher received this prestigious award, this year presented personally by Prof. Nasser Kanani, for his work on the electrodeposition of aluminium and aluminium alloys from ionic liquids, with particular emphasis on excellence in theoretical and practical achievements and aspects of sustainability.

Dr Böttcher's work makes excellent contributions to a better understanding of the complex thermodynamics and electrochemical kinetics of aluminium and its alloys in chloroaluminate-based ILs. This fundamental gain in knowledge is complemented by concrete proposals for the implementation of technical processes for aluminium electroplating. Dr Böttcher has skilfully combined electrochemical and materials science methods. His work forms a rich source of high-quality scientific information, such as the stability of construction materials or very detailed investigations into rate-determining steps in charge transfer reactions with several electrons. These and other results form an excellent basis for the technical realisation of environmentally friendly galvanic processes in ILs. Concrete applications arise for the sustainable corrosion protection of aviation steels. Aluminium alloys could thus replace the toxicologically questionable cadmium coatings. Dr Böttcher impressively demonstrated the great potential of ionic liquids for sustainable electrochemical processes in specific applications.

Link to the dissertation:: https://www.db-thueringen.de/servlets/MCRFileNodeServlet/dbt_derivate_00053633/ilm1-2021000117.pdf

Source: Dr. René Böttcher

In the video we take a look at the Forlab NSME at the Center for Micro- and Nanotechnologies at TU Ilmenau
 

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