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Stefan Schippers (1962-)

Physiker

Name	Stefan Schippers
Time	1962- (Date of birth and death)
Place	Deutschland
Academic degree	Prof. Dr.
Profession	Physiker (characteristic profession)
Variant	Stefan E. Schippers
Related	Justus-Liebig-Universität Gießen. I. Physikalisches Institut (2006-)
Record type	Person
GND-Identifier	1011251736
Record ID	1011251736
Involved in show all Merits of atomic cascade computations Experimental and theoretical total cross sections for single and double ionization of the open-4d-shell ions Xe $$^{12+}$$ 12 + , Xe $$^{13+}$$ 13 + , and Xe $$^{14+}$$ 14 + by electron impact Cover Feature: Vibrationally Resolved Inner‐Shell Photoexcitation of the Molecular Anion C 2 − (ChemPhysChem 11/2023) Vibrationally Resolved Inner‐Shell Photoexcitation of the Molecular Anion C 2 − Atomic Cascade Computations Confined ensembles of highly charged ions for studies of light-matter interaction at high intensities : the HILITE Penning trap setup High precision x-ray spectroscopy of highly charged heavy ions Laserspektroskopie an hochgeladenen Bismutionen zum Test der Quantenelektrodynamik Strong asymmetry of the electron-loss-to-continuum cusp of multielectron U28+ projectiles in near-relativistic collisions with gaseous targets

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Stefan Schippers (1962-)

Merits of atomic cascade computations

Experimental and theoretical total cross sections for single and double ionization of the open-4d-shell ions Xe $$^{12+}$$ 12 + , Xe $$^{13+}$$ 13 + , and Xe $$^{14+}$$ 14 + by electron impact

Cover Feature: Vibrationally Resolved Inner‐Shell Photoexcitation of the Molecular Anion C 2 − (ChemPhysChem 11/2023)

Vibrationally Resolved Inner‐Shell Photoexcitation of the Molecular Anion C 2 −

Atomic Cascade Computations

Confined ensembles of highly charged ions for studies of light-matter interaction at high intensities : the HILITE Penning trap setup

High precision x-ray spectroscopy of highly charged heavy ions

Laserspektroskopie an hochgeladenen Bismutionen zum Test der Quantenelektrodynamik

Strong asymmetry of the electron-loss-to-continuum cusp of multielectron U28+ projectiles in near-relativistic collisions with gaseous targets