1–6-monolayer-thick films of Gd have been studied with use of synchrotron-radiation photoemission. A method is described that utilizes the linear light polarization to obtain information about the overlayer magnetization. The method is complementary to electron-spin-polarization techniques. The thinner Gd overlayers exhibit a local magnetization component along the surface normal that decreases for thicker overlayers. The Gd films exhibit a 5d exchange splitting that changes from approximately 1.1 to 0.6 eV as the overlayer thickness increases
Ultrathin Gd films have been studied with constant initial-state spectroscopy (CIS) of photoemission...
Angle- and spin-resolved photoemission was utilized to investigate the 5d bulk bands and the surface...
Ultrathin Gd films have been studied with constant initial-state spectroscopy (CIS) of photoemission...
1–6-monolayer-thick films of Gd have been studied with use of synchrotron-radiation photoemission. A...
This work reports on magnetic dichroism in photoemission from the Gd 4l(l=s,p,d, f) core level of in...
The structural and magnetic properties of rare earth metal overlayers have been investigated using t...
The magnetic and geometric structure of 1-5 monolayers (ML) of Gd on Fe(100) single crystals has bee...
The thickness-dependent spin-polarized electronic structure of strained ultrathin and thin films of ...
Motivated by recent reports of induced ferromagnetism in non-magnetic transition metals by rare eart...
The magnetic and electronic properties of Gd and Gd-oxide local moment systems have been investigate...
With spin polarized electron spectroscopies, we have investigated ordered GD(0001) films deposited o...
The relationship between magnetic behavior and the electronic structure of a 4f local moment ferroma...
Angle- and spin-resolved photoemission was utilized to investigate the 5d bulk bands and the surface...
Gadolinium thin films approximately 100 Å thick have been grown epitaxially on a Y(0001) substrate. ...
This thesis deals with the preparation of Gd films of 1-5 monolayers (ML) thickness on Fe(100) singl...
Ultrathin Gd films have been studied with constant initial-state spectroscopy (CIS) of photoemission...
Angle- and spin-resolved photoemission was utilized to investigate the 5d bulk bands and the surface...
Ultrathin Gd films have been studied with constant initial-state spectroscopy (CIS) of photoemission...
1–6-monolayer-thick films of Gd have been studied with use of synchrotron-radiation photoemission. A...
This work reports on magnetic dichroism in photoemission from the Gd 4l(l=s,p,d, f) core level of in...
The structural and magnetic properties of rare earth metal overlayers have been investigated using t...
The magnetic and geometric structure of 1-5 monolayers (ML) of Gd on Fe(100) single crystals has bee...
The thickness-dependent spin-polarized electronic structure of strained ultrathin and thin films of ...
Motivated by recent reports of induced ferromagnetism in non-magnetic transition metals by rare eart...
The magnetic and electronic properties of Gd and Gd-oxide local moment systems have been investigate...
With spin polarized electron spectroscopies, we have investigated ordered GD(0001) films deposited o...
The relationship between magnetic behavior and the electronic structure of a 4f local moment ferroma...
Angle- and spin-resolved photoemission was utilized to investigate the 5d bulk bands and the surface...
Gadolinium thin films approximately 100 Å thick have been grown epitaxially on a Y(0001) substrate. ...
This thesis deals with the preparation of Gd films of 1-5 monolayers (ML) thickness on Fe(100) singl...
Ultrathin Gd films have been studied with constant initial-state spectroscopy (CIS) of photoemission...
Angle- and spin-resolved photoemission was utilized to investigate the 5d bulk bands and the surface...
Ultrathin Gd films have been studied with constant initial-state spectroscopy (CIS) of photoemission...