Aharonov Bohm oscillations and electron gas transitions in hexagonal core shell nanowires with an axial magnetic field

Since (correlated) multielectron processes are not included in the Bohr model we restrict for this comparison the TDCC energy loss to one-electron processes by projecting the

We observe large am- plitude oscillations in the photoelectron asymmetry pa- rameter
as a function of electron energy resulting from the interference between autoionization

FESEM: Field energy electron microscopy GF: Generalized Freundlich isotherm GS: Gas separation. GMS: Generalized

In these many-electron diluted systems subject to inhomogeneous spatial confining potentials, we find out the existence of MPs, i.e., phases in which some regions of the

For proton–proton collisions, the single-electron trigger efficiency relative to a single-electron offline selection is at least 75% for an offline electron of 31 GeV, and rises to

2: By means of fluctuations diagnostics we identify a well-defined [ Q ¼ ðπ; πÞ] collective spin mode to be responsible (on the 80% level) both for the momentum differentiation of Σ

The systematic uncertainties in the signal efficiency due to the electron energy (E) and muon p T scales are evaluated by varying the lepton E or p T within one standard deviation

Triply differential cross sections are calculated for one-photon double ionization of neon and argon at various photon energies and electron energy sharings by using a