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Technische Universität München

MTC2.1 Solid state growth facilities

Key instruments:

Principal investigator Prof. Dr. Christian Pfleiderer
PI's field of research  
Contact person  
Tel.  
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Availability  
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Ultra-high vacuum cluster comprising of metal molecular epitaxy system and sputter depostion chamber for thin film growth of magnetic and non-magnetic metallic layers as well as some oxides. Analysis chambers for in-situ chemical and magnetic analysis connected via UHV tunnel

Typical applications: growth of magnetic and non magnetic thin films by molecular beam epitaxay or sputter deposition, in situ analysis (XPS, SEM, LEED, Auger)

Principal investigator Prof. Dr. Christian Back
PI's field of research Spintronic, Magnetic Materials
Contact person Dr. Thomas Meier
Tel. +49 89 289 12403
E-Mail thomas2.meier@tum.de
Availability cooperation & pay-by-use
Lead time depends on specific choice of substrates and desired thin film materials

Ultra-high vacuum equipment comprising in-situ sample preparation & deposition, low-energy electron diffraction (LEED), temperature-programmed desorption (TPD), and Ultraviolet and X-ray photoelectron spectroscopy (UPS / XPS) instrumentation

Typical applications:

  • elemental & electronic structure analysis of samples by UPS / XPS
  • structural analysis by LEED
  • materials growth
  • on-surface reactions, desorption by TPD
Principal investigator Prof. Dr. Wilhelm Auwärter
PI's field of research Molecular nanoscience, low-dimensional materials
Contact person Karl Eberle
Tel. +49 89 289 12549
E-Mail karl.eberle@tum.de
Availability cooperation & pay-by-use
Lead time depends on specific choice of the sample and experimental details

Combined apparatus with a variable-temperature scanning tunneling microscope and a home-built electrospray ionization facility for controlled in vacuo deposition of thermolabile species

Typical applications: temperature-controlled atomistic investigation of functional interfaces and molecular assemblies, handling of complex molecules

Principal investigator Prof. Dr. Johannes V. Barth
PI's field of research Molecular self-assembly & nanostructures, energy materials, bio-nanoscience
Contact person Dr. Joachim Reichert
Tel. +49 89 289 12823
E-Mail joachim.reichert@tum.de
Availability cooperation
Lead time depends on sample materials, preparation and fabrication protocols
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