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Archiv-Übersicht     Angebot Nr. 13523

Angebotsdatum: 18. Juli 2019
Art der Stelle: Doktorarbeit
Fachgebiet: Chemie > Chemie Anorganischer Materialien
Titel des Themas: Synthesis of organic/inorganic microtubes with mesoporous channels and tunable geometry for heterogeneous catalysis

Institut: Institut für Materialwissenschaft
Adresse:
Frau Juliane Kränzl
Heisenbergstraße 3
70569 Stuttgart
Tel.: 0711 68561933   Fax.:
Bundesland: Baden-Württemberg
Homepage: http://https://www.crc1333.de/
E-Mail Kontakt: mail

Beschreibung: Micro- and nano-scaled hollow tubular structures, used in nature as structural elements and fluid channels and responsible to fulfil various functional roles, have gained attention for the synthesis of analogous artificial tubular assemblies for wide range of technological applications. The main aim of the project is to establish a template-based process for the synthesis of organic/inorganic or pure inorganic microtubes with mesoporous channels and tunable geometry as catalyst supports for molecular heterogeneous catalysis. The work includes synthesis and nanostructuring of materials using various self-assembly techniques and low temperature bio-inspired methods for deposition of inorganic materials. After thorough characterization and functionalization of the tubular support materials with catalyst molecules, which will be done in collaborations with intra- and extra-institute partners from the collaborative research center 1333, the catalytic performance in confined space will be studied.

Methoden: All doctoral researchers of CRC 1333 are part of a structured graduate program integrated within the graduate academy of University of Stuttgart GRADUS. The CRC will ensure an interdisciplinary doctoral education and give opportunity for interdisciplinary scientific exchange.
Anfangsdatum: 18. Juli 2019
Geschätzte Dauer: 3 Jahre
Bezahlung: 50 % TV-L13
Papers:
Sonstiges: Requirements

The position requires a university Master´s degree in chemistry/material science or related fields. Previous experience with nanocrystal synthesis and surface chemistry is an advantage. Specifically, we would like to encourage self-motivated candidates with the following qualifications to apply:

 Analytical skills
 Above average academic achievements
 Identification with the multidisciplinary nature of the collaborative research center (catalysis, materials science, analytical chemistry, theory and simulation science) and the enthusiasm to learn beyond your individual research topic
Willingness to cooperate with internal and external partners
Willingness to actively participate in CRC events and qualification measures
English proficiency is a must, a good command of German would be a plus


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