Scientific field: Chemistry

Chemistry at BESSY II+ comprises all processes and materials with which energy can be stored electrochemically, i.e. in batteries, or by converting it into molecules. It is precisely this conversion of solar energy into molecules that everyone is currently talking about under the buzzwords green hydrogen and solar fuels, and includes intensive research into new, more efficient catalysts. Chemical reactions and in-situ and operando measurements - predominantly in liquids - are major parts of this research.


Instrument Energy Range Polarisation Contact
ARPES One-Cube 4 - 200 eV • linear any angle
• circular
Emile Rienks
Alexander Fedorov
CoESCA 115 - 1600 eV variable Danilo Kühn
Diffraction@KMC-2 4 - 15 keV linear horizontal Daniel Többens
ENERGIZE 30-1700 eV linear horizontal Thorsten Schultz
GELEM-PEEM@PM3 20 - 1900 eV • horizontal
• circular
Dmitry Marchenko
GELEM-PES 80 - 1500 eV horizontal Anna Makarova
HE-SGM 155 - 750 eV horizontal Maria Brzhezinskaya
HiKE@KMC-1 Si(111): 2 - 12 keV
Si(311): 4 - 12 keV
Si(422): 6 - 12 keV
horizontal Roberto Felix Duarte
Marcel Mertin
Imaging@BAMline 6-80 keV horizontal Henning Markötter
Ion Trap 120 - 1600 eV variable Vicente Zamudio-Bayer
Konstantin Hirsch
IRIS .0006-1 eV, 2-10000 1/cm, 0.1-300 THz linearly horizontal/vertical Ljiljana Puskar
Alexander Veber
LowDosePES tbd horizontal Erika Giangrisostomi
Nomi Sorgenfrei
mySpot 4 - 25 keV (not all usable for all methods) horizontal Ivo Zizak
Ana Guilherme Buzanich
NEXAFS@UE52_SGM 100 - 1300 eV variable Lars Birger Mattis Fondell
Sebastian Eckert
Vinícius Vaz da Cruz
Christian Weniger
PEAXIS 180 eV - 1600 eV (RIXS: 200 eV - 1200 eV) horizontal Deniz Wong
Bodry Tegomo Chiogo
Scattering@PM3 20 - 1900 eV • horizontal
• circular
Torsten Kachel
Niko Pontius
SMART tbd variable (linear and circular) Thomas Schmidt
Marcel Springer
SoLiAs@PM3 20 - 1900 eV • horizontal
• circular
Spectroscopy@BAMline 4.5 keV - 60 keV horizontal Martin Radtke
Ana Guilherme Buzanich
spin-ARPES@U125 15 - 200 eV (optimal range) Linear horizontal (fixed) Jaime Sánchez-Barriga
Oliver Rader
TES@UE52_SGM 100 - 1500 eV variable Régis Decker
Vinícius Vaz da Cruz
Christian Weniger
XANES@KMC-2 4 - 15 keV linear horizontal Götz Schuck
CAT
  • UE48: 80 eV to 2200 eV
  • CPMU17: PGM: 700-1600 eV // DCM: 2200-10000 eV
  • UE48: horizontal, vertical, circular
  • CPMU17: horizontal
  • Michael Hävecker
    ECCOS 100 - 2000 eV horizontal Michael Hävecker
    ISISS 100 - 2000 eV linear horizontal Michael Hävecker
    OAESE
  • UE48: 80 eV to 2000 eV
  • CPMU17: PGM: 700-1600 eV // DCM: 2200-10000 eV
  • UE48: horizontal, vertical, circular
  • CPMU17: horizontal
  • Tzung-En Hsieh
    PINK
  • DCM: 2200-10000 eV
  • Multilayer mono: 2300-9500eV
  • horizontal