New ambient pressure cell for the SPECIES beamline

New ambient pressure cell for the SPECIES beamline at MAX IV.

Professor Joachim Schnadt


Division of Synchrotron Radiation Research
Department of Physics
Lund University
Box 118
221 00 Lund
Sweden
Phone: 0046 46 22 23925
Fax: 0046 46 22 24221

Research projects

  • Ambient pressure x-ray photoelectron spectroscopy at the MAX IV Laboratory
  • Geometric, electronic, magnetic, and chemical properties of coordination complexes at surfaces
  • Surface-bonded molecular and metallic catalysts
  • Immobilisation of polymer nanoparticles at surfaces
  • Real-time monitoring of Atomic layer deposition processes

Further information

Publications

For a list of publications, click here.

Networks and centres

CAT-C: Clean-Air-Technologies by development of new catalysts (funded by Det Strategiske Forskningsråd, Denmark)

Previous networks and centres:
Marie Curie Initial Training Network SMALL
Marie Curie Early Stage Research Training Network MONET

Research Group

Niclas Johansson, PhD student (main supervisor; co-supervisors Jan Knudsen, Jesper Andersen)
Payam Shayesteh, PhD student (main supervisor; co-supervisors Franz Hennies, Ola Wendt, Lei Ye)
Sheetal Sisodiya, PhD student (co-supervisor; main supervisor Ola Wendt)
Karsten Handrup, Postdoc

Previous students and postdocs

Ekaterina Bolbat, PhD thesis (2015) (co-supervisor; main supervisor Ola Wendt)

Olesia Snezhkova, PhD thesis (2016)

Tripta Kamra, PhD thesis (2015) (co-supervisor; main supervisor Lei Ye)

Ashley R. Head, postdoc (2012-2015)

Shilpi Chaudhary, PhD thesis (2015):
Modification of Oxide Surfaces with Functional Organic Molecules, Nanoparticles, and Hetero-Oxide Layers

Evren Ataman, PhD thesis (2011):
Molecules and Clusters on Oxide Surfaces

Cristina Isvoranu, PhD thesis (2010):
Metal-Organic Complexes at Surfaces

Adam H. Clark, BSc thesis (2014):
Electrospray Deposition of Gold Loaded Reverse Micelle Nanoparticles
(supervisor together with Ashley Head)

Florent Bacque, BSc thesis (2013):
Electrospray deposition of reverse micelle nanoparticles studied by X-ray photoelectron spectroscopy
(supervisor together with Ashley Head)

Niclas Johansson, MSc thesis (2012):
The HPXPS Instrument at MAX-lab : a Powerful Tool for In Situ Catalysis Investigations

Niclas Johansson, BSc thesis (2010):
X-Ray Photoelectron Spectroscopy Study of Styrene Oxidation

Baptiste Calvet, BSc thesis (2009):
CO Adsorption on Gold clusters supported on an Iron Oxide Monolayer

Griffin Canning, project student (2008)

Teaching

Atomic and Molecular Physics within Physics 3 (Modern Physics), HT 2016
Atomic Physics within Physics 3 (Modern Physics), HT 2015
Spectroscopy and the Quantum Description of Matter, VT 2015
Fysikexperiment i forskning och samhälle, HT 2014
Atomic Physics within Physics 3 (Modern Physics), HT 2014
Spectroscopy and the Quantum Description of Matter, VT 2014
Atomic Physics within Physics 3 (Modern Physics), HT 2013
Fysikexperiment i forskning och samhälle, HT 2013
Atomic Physics within Physics 3 (Modern Physics), HT 2012
Fysikexperiment i forskning och samhälle, HT 2012
Atomic Physics and Special Relativity within Physics 1, VT 2012
Spectroscopy and the Quantum Description of Matter, VT 2012
Atomic Physics within Physics 3 (Modern Physics), HT 2011
Fysikexperiment i forskning och samhälle, HT 2011
Spectroscopy and the Quantum Description of Matter, VT 2011
Fysikexperiment i forskning och samhälle, HT 2010
Spectroscopy and the Quantum Description of Matter, VT 2010
Atomic Physics within Physics 3 (Modern Physics), VT 2009, HT 2009, HT 2010
Fysikexperiment i forskning och samhälle, HT 2009
Spectroscopy and the Quantum Description of Matter, VT 2009
Fysikexperiment i forskning och samhälle, HT 2008
Spectroscopy and the Quantum Description of Matter, VT 2008
Fysikexperiment i forskning och samhälle, HT 2007
Spectroscopy and the Quantum Description of Matter, VT 2007
Surface Physics, VT 2006

Other links

MAX IV Laboratory
My HPXPS page
HPXPS at the SPECIES beamline at MAX-lab
HIPPIE beamline at MAX IV