Electron energy loss measurements have been carried out in the reflection mode from polycrystalline iron. The observed structures are interpreted as surface and bulk collective losses by observing their dependence on the primary electron energy and surface oxidation. Interband transitions in the range 2\u201330 eV are pinpointed and found to be in excellent agreement with previous optical results, except for a new strong transition around 10 eV, which is not found in optical experiments. This transition is tentatively identified with a dipole-forbidden process, which becomes allowed because of finite momentum transfer by the electrons
Collective surface electronic excitations on Ag(111) and Ag(110) have been studied by energy-loss-sp...
The feasibility of detecting magnetic excitations using monochromated electron energy loss spectrosc...
In this work, two seemingly unrelated techniques, energy-loss magnetic chiral dichroism (EMCD) and e...
Spin-flip electronic transitions have been recently observed in ferromagnetic metals by electron ene...
Recent experimental advances have allowed electronic band structures to be investigated by angle res...
The spin-forbidden f-f multiplet excitations are observed for the first time as the strongest featur...
Dipole-forbidden, exchange excited f-f transitions are found to characterize the Electron-Energy-Los...
Dipole-forbidden f-f multiplet excitations are found to characterize the electron-energy-loss spectr...
Detection of spin waves with higher wave vector values is now possible with spin-polarized electron ...
The elementary surface excitations are studied by spin-polarized electron energy loss spectroscopy o...
We compare the electron-energy-loss rate for bulk electronic excitations in a paramagnet with that i...
A new apparatus was designed and build up to perform the "complete" low energy electron scattering e...
We report sharp spin-dependent energy loss features in electron scattering from bcc Fe(100) thin fil...
Band shifts are systematically observed in pnictides using de Hass-van Alphen and ARPES techniques. ...
A set of electron-correlation energies as large as 10 eV have been measured for a magnetic 2 ML Fe f...
Collective surface electronic excitations on Ag(111) and Ag(110) have been studied by energy-loss-sp...
The feasibility of detecting magnetic excitations using monochromated electron energy loss spectrosc...
In this work, two seemingly unrelated techniques, energy-loss magnetic chiral dichroism (EMCD) and e...
Spin-flip electronic transitions have been recently observed in ferromagnetic metals by electron ene...
Recent experimental advances have allowed electronic band structures to be investigated by angle res...
The spin-forbidden f-f multiplet excitations are observed for the first time as the strongest featur...
Dipole-forbidden, exchange excited f-f transitions are found to characterize the Electron-Energy-Los...
Dipole-forbidden f-f multiplet excitations are found to characterize the electron-energy-loss spectr...
Detection of spin waves with higher wave vector values is now possible with spin-polarized electron ...
The elementary surface excitations are studied by spin-polarized electron energy loss spectroscopy o...
We compare the electron-energy-loss rate for bulk electronic excitations in a paramagnet with that i...
A new apparatus was designed and build up to perform the "complete" low energy electron scattering e...
We report sharp spin-dependent energy loss features in electron scattering from bcc Fe(100) thin fil...
Band shifts are systematically observed in pnictides using de Hass-van Alphen and ARPES techniques. ...
A set of electron-correlation energies as large as 10 eV have been measured for a magnetic 2 ML Fe f...
Collective surface electronic excitations on Ag(111) and Ag(110) have been studied by energy-loss-sp...
The feasibility of detecting magnetic excitations using monochromated electron energy loss spectrosc...
In this work, two seemingly unrelated techniques, energy-loss magnetic chiral dichroism (EMCD) and e...