M. Armbrüster
发表
P. Adelhelm,
B. Dietzek,
Lukas Medenbach,
2018,
Angewandte Chemie.
M. Armbrüster,
2011
.
P. Midgley,
R. Schlögl,
M. Armbrüster,
2012
.
M. Armbrüster,
D. Teschner,
A. Knop‐Gericke,
2012
.
R. Erni,
A. Weidenkaff,
M. Armbrüster,
2016
.
A. Weidenkaff,
M. Armbrüster,
P. Thiel,
2015
.
M. Armbrüster,
M. Behrens,
H. Sharma,
2013
.
Yuhan Sun,
M. Armbrüster,
U. Schwarz,
2012
.
E. Kunkes,
G. Patzke,
M. Armbrüster,
2012,
Nanoscale.
S. Levchenko,
M. Armbrüster,
S. A. Villaseca,
2016
.
M. Armbrüster,
W. Reschetilowski,
D. Teschner,
2016
.
M. Mehring,
M. Armbrüster,
Max Hofmann,
2020,
ChemistryOpen.
M. Armbrüster,
M. Behrens,
2012
.
M. Armbrüster,
R. Cardoso‐Gil,
2015
.
A. Gurlo,
M. F. Bekheet,
S. Penner,
2021,
Applied Catalysis A: General.
Lei Zhang,
A. Gurlo,
T. Götsch,
2020,
Journal of Catalysis.
A. Gurlo,
S. Penner,
J. Bernardi,
2019,
Science and technology of advanced materials.
M. Armbrüster,
Y. Grin,
Oksana Matselko,
2022,
Journal of the American Chemical Society.
A. Gurlo,
S. Penner,
Nicolas Köwitsch,
2021,
Materials chemistry frontiers.
G. Rupprechter,
M. Armbrüster,
M. Nachtegaal,
2012
.
M. Armbrüster,
É. Gaudry,
D. Kandaskalov,
2014
.
M. Armbrüster,
D. Teschner,
M. Friedrich,
2013,
Materials.
Y. Prots,
M. Armbrüster,
Y. Grin,
2017
.
L. Kienle,
J. Cruz-Reyes,
M. Armbrüster,
2012,
Catalysis Letters.
V. Gurin,
M. Armbrüster,
A. Leithe-Jasper,
2010,
Science and technology of advanced materials.
R. Dittmeyer,
M. Armbrüster,
R. Zimmermann,
2017
.
S. Penner,
M. Armbrüster,
2015
.
M. Kunz,
A. Gurlo,
S. Penner,
2021,
Catalysis Science & Technology.
R. Dittmeyer,
M. Armbrüster,
S. Ibrahimkutty,
2020
.
I. Antonyshyn,
M. Armbrüster,
Y. Grin,
2019,
Science and technology of advanced materials.
M. Mehring,
M. Armbrüster,
M. Richter,
2022,
Journal of Chemical & Engineering Data.
M. Armbrüster,
Changhai Liang,
Zhijian Peng,
2018
.
D. Su,
R. Schlögl,
Wei Wei,
2012
.
R. Schlögl,
T. Ressler,
M. Armbrüster,
2004
.
M. Hanfland,
M. Armbrüster,
R. Cardoso‐Gil,
2003
.
M. Oschatz,
S. Kaskel,
A. Eychmüller,
2016
.
M. Armbrüster,
R. Cardoso‐Gil,
Y. Grin,
2010,
Chemistry.
M. Schmidt,
Y. Prots,
M. Armbrüster,
2004
.
A. Eychmüller,
Nicolas Köwitsch,
M. Armbrüster,
2021
.
M. Armbrüster,
U. Schwarz,
N. Shitsevalova,
2011,
Journal of physics. Condensed matter : an Institute of Physics journal.
M. Armbrüster,
A. Leithe-Jasper,
T. Tanaka,
2010,
Journal of physics. Condensed matter : an Institute of Physics journal.
R. Schlögl,
M. Armbrüster,
Y. Grin,
2014,
Science and technology of advanced materials.
R. Schlögl,
D. Ferri,
E. Kunkes,
2014
.
M. Armbrüster,
Y. Grin,
2013
.
M. Armbrüster,
D. Teschner,
A. Knop‐Gericke,
2012
.
R. Schlögl,
Wei Zhang,
M. Armbrüster,
2011
.
R. Schlögl,
M. Armbrüster,
Y. Grin,
2012,
Nature materials.
M. Armbrüster,
U. Burkhardt,
K. Richter,
2018
.
S. Penner,
Nicolas Köwitsch,
M. Armbrüster,
2022,
Chemphyschem : a European journal of chemical physics and physical chemistry.
S. Penner,
M. Armbrüster,
R. Dunin‐Borkowski,
2016
.
M. Armbrüster,
Y. Grin,
É. Gaudry,
2022,
ChemistryOpen.
S. Penner,
M. Armbrüster,
U. Burkhardt,
2014
.
M. Schmidt,
Y. Prots,
M. Armbrüster,
2008
.
M. Armbrüster,
R. Kriegel,
2020,
Chemphyschem : a European journal of chemical physics and physical chemistry.
R. M. Lambert,
M. Armbrüster,
D. Jefferson,
2009,
Dalton transactions.
R. M. Lambert,
M. Armbrüster,
K. Kovnir,
2009
.
R. Gschwind,
M. Armbrüster,
I. Zubrzycki,
2004,
Journal of the American Chemical Society.
M. Armbrüster,
L. Rößner,
2019,
ACS Catalysis.
M. Somer,
Semih Afyon,
M. Armbrüster,
2006
.
R. Schlögl,
P. Sautet,
G. Rupprechter,
2012
.
M. Armbrüster,
2020,
Science and technology of advanced materials.
V. Gurin,
M. Korsukova,
M. Armbrüster,
2014
.
Y. Paderno,
V. Paderno,
V. Filippov,
2006
.
J. Tse,
M. Armbrüster,
U. Schwarz,
2006,
Inorganic chemistry.
R. Schlögl,
M. Armbrüster,
Y. Grin,
2009
.
R. Schlögl,
T. Ressler,
M. Armbrüster,
2009
.
Robert Schlögl,
Yuri Grin,
Kirill Kovnir,
2008
.
R. Schlögl,
T. Ressler,
M. Armbrüster,
2008
.
R. Schlögl,
M. Armbrüster,
Y. Grin,
2007
.
M. Armbrüster,
Yan Du,
Changhai Liang,
2020,
ACS applied materials & interfaces.
T. Götsch,
S. Penner,
J. Bernardi,
2016
.
M. Armbrüster,
E. Kondratenko,
D. Linke,
2014
.
M. Armbrüster,
U. Schwarz,
H. Werheit,
2012
.
C. Pignedoli,
D. Passerone,
M. Armbrüster,
2014,
Journal of the American Chemical Society.
C. Pignedoli,
D. Passerone,
M. Armbrüster,
2012,
Angewandte Chemie.
R. Schlögl,
M. Armbrüster,
R. Widmer,
2012,
Langmuir : the ACS journal of surfaces and colloids.
H. Borrmann,
Y. Prots,
M. Armbrüster,
2010
.
M. Armbrüster,
U. Schwarz,
N. Shitsevalova,
2012,
Journal of physics. Condensed matter : an Institute of Physics journal.
R. Schlögl,
S. Levchenko,
M. Armbrüster,
2017,
Chemphyschem : a European journal of chemical physics and physical chemistry.
M. Armbrüster,
F. Maccherozzi,
P. Gille,
2015,
The Journal of chemical physics.
S. Jurga,
A. Kocjan,
Z. Jagličić,
2014
.
C. Pignedoli,
D. Passerone,
M. Armbrüster,
2014
.
P. Midgley,
Yuan Luo,
M. Armbrüster,
2013
.
R. Schlögl,
M. Armbrüster,
M. Behrens,
2010,
Journal of the American Chemical Society.
M. Armbrüster,
P. Gille,
U. Burkhardt,
2010
.
A. Gradišek,
A. Kocjan,
P. Jeglič,
2012,
Journal of physics. Condensed matter : an Institute of Physics journal.
G. Hutchings,
Masashi Watanabe,
M. Armbrüster,
2018
.
I. Antonyshyn,
M. Armbrüster,
Y. Grin,
2018,
European Journal of Inorganic Chemistry.
I. Antonyshyn,
M. Armbrüster,
Y. Grin,
2018,
Inorganic chemistry.
M. Willinger,
R. Schlögl,
M. Armbrüster,
2015,
Physical chemistry chemical physics : PCCP.
M. Armbrüster,
A. Levin,
P. Wochner,
2014
.
M. Armbrüster,
Y. Grin,
M. Friedrich,
2010
.
C. Pietzonka,
B. Harbrecht,
M. Armbrüster,
2002
.
M. Armbrüster,
U. Schwarz,
H. Werheit,
2012,
Journal of physics. Condensed matter : an Institute of Physics journal.
M. Armbrüster,
Y. Grin,
A. Leithe-Jasper,
2006
.
R. Schlögl,
T. Ressler,
M. Armbrüster,
2006
.
R. Schlögl,
M. Armbrüster,
A. Knop‐Gericke,
2018,
Nature Chemistry.
M. Armbrüster,
R. Zerdoumi,
2021,
ACS Applied Energy Materials.
M. Armbrüster,
U. Burkhardt,
M. Heggen,
2017,
Physical chemistry chemical physics : PCCP.
M. Armbrüster,
D. Teschner,
A. Knop‐Gericke,
2016
.
Matthias Friedrich,
M. Armbrüster,
R. Cardoso‐Gil,
2011,
Journal of the American Chemical Society.
T. Seyller,
M. Armbrüster,
I. Veremchuk,
2021,
ACS applied materials & interfaces.
M. Armbrüster,
R. Kriegel,
D. C. A. Ivarsson,
2018
.
M. Armbrüster,
W. Reschetilowski,
T. Hahn,
2017,
Chemphyschem : a European journal of chemical physics and physical chemistry.
M. Armbrüster,
S. Kühl,
M. Behrens,
2012
.
S. Penner,
M. Armbrüster,
M. Friedrich,
2013,
Journal of catalysis.
M. Armbrüster,
M. Friedrich,
2009
.
D. Geiger,
M. Armbrüster,
D. Köhler,
2012
.
S. Penner,
J. Bernardi,
M. Armbrüster,
2016
.
S. Penner,
M. Armbrüster,
M. Friedrich,
2013,
Angewandte Chemie.
S. Penner,
M. Armbrüster,
2015
.
M. Armbrüster,
U. Burkhardt,
L. Rößner,
2023,
Inorganic chemistry.
T. Götsch,
S. Penner,
M. Armbrüster,
2018,
Catalysis Letters.
D. Su,
R. Schlögl,
Wei Zhang,
2011,
Angewandte Chemie.
M. Armbrüster,
Y. Grin,
H. Rosner,
2016
.
M. Armbrüster,
Y. Grin,
F. Haarmann,
2007
.
M. Armbrüster,
R. Zerdoumi,
L. Rößner,
2019,
Journal of The Electrochemical Society.
R. Schlögl,
M. Armbrüster,
M. Behrens,
2014
.
R. Schlögl,
M. Armbrüster,
M. Behrens,
2014
.
M. Mehring,
A. Eychmüller,
Nicolas Köwitsch,
2020
.
M. Armbrüster,
Y. Grin,
W. Schnelle,
2007,
Inorganic chemistry.
M. Mehring,
M. Armbrüster,
Max Hofmann,
2020,
ChemistryOpen.
M. Armbrüster,
S. Lidin,
2000
.
M. Armbrüster,
I. G. Aviziotis,
Toni Keilhauer,
2019,
The Review of scientific instruments.
M. Armbrüster,
H. Kohlmann,
Fabian Göhler,
2018
.
M. Armbrüster,
H. Kohlmann,
Fabian Göhler,
2018,
Zeitschrift für anorganische und allgemeine Chemie.
M. Armbrüster,
Y. Grin,
U. Burkhardt,
2018,
The Journal of Physical Chemistry C.
S. Levchenko,
M. Armbrüster,
S. A. Villaseca,
2016,
Physical chemistry chemical physics : PCCP.
S. Penner,
J. Bernardi,
M. Armbrüster,
2016
.
M. Armbrüster,
Y. Grin,
É. Gaudry,
2022,
ChemistryOpen.
M. Armbrüster,
Changhai Liang,
Xiao Chen,
2023,
ACS applied materials & interfaces.
T. Götsch,
Nicolas Köwitsch,
M. Armbrüster,
2020,
Angewandte Chemie.