The local atomic structure of amorphous cobalt films prepared by vapor condensation on a low-temperature substrate is determined by extended x-ray-absorption fine structure. The deduced radial distribution function corresponding to the first shell of neighbors is broadened compared to that of crystalline cobalt and is asymmetrical. The measured profile allows us to conclude the existence of a true amorphous monometallic sample and compares well with the calculated one assuming a random packing of hard spheres. The existence domain of this structure is then outlined
X-ray absorption spectroscopy has been used to compare the short range order of some Fe-Co based amo...
Thin films of amorphous gallium, iron and nickel have been prepared by low temperature condensation ...
Films of MMCo<SUB>5</SUB> of a few hundred angstroms thickness, where MM is mischmetal (combination ...
Using a combination of extended X-ray absorption fine structure measurements, stochastic quenching (...
Using a combination of extended X-ray absorption fine structure measurements, stochastic quenching (...
Thin films of amorphous iron and nickel have been prepared by low temperature condensation in high v...
The structure and orientation of cobalt films several hundred A thick formed on cleavage faces of ro...
Films of iron and chromium were prepared at 4.2°K which show diffuse halo electron diffraction patte...
By the use of vapor-quenching technique, amorphous films of Ti, Mn, Co, Ni, Pd, Y and Fe-Ni alloys w...
Local atomic arrangement in evaporated amorphous Cd-As and Zn-P films was investigated by extended X...
application/pdfThin films of amorphous gallium, iron and nickel have been prepared by low temperatur...
X-ray absorption spectroscopy has been used to study the short-range order of some Fe-Co–based amorp...
The work in this thesis is focused on understanding the emergent properties of amorphous magnetic ma...
X-ray absorption spectroscopy has been used to compare the short range order of some Fe-Co based amo...
This work reports on the investigation of structure-property relationships in thin CoFe films grown ...
X-ray absorption spectroscopy has been used to compare the short range order of some Fe-Co based amo...
Thin films of amorphous gallium, iron and nickel have been prepared by low temperature condensation ...
Films of MMCo<SUB>5</SUB> of a few hundred angstroms thickness, where MM is mischmetal (combination ...
Using a combination of extended X-ray absorption fine structure measurements, stochastic quenching (...
Using a combination of extended X-ray absorption fine structure measurements, stochastic quenching (...
Thin films of amorphous iron and nickel have been prepared by low temperature condensation in high v...
The structure and orientation of cobalt films several hundred A thick formed on cleavage faces of ro...
Films of iron and chromium were prepared at 4.2°K which show diffuse halo electron diffraction patte...
By the use of vapor-quenching technique, amorphous films of Ti, Mn, Co, Ni, Pd, Y and Fe-Ni alloys w...
Local atomic arrangement in evaporated amorphous Cd-As and Zn-P films was investigated by extended X...
application/pdfThin films of amorphous gallium, iron and nickel have been prepared by low temperatur...
X-ray absorption spectroscopy has been used to study the short-range order of some Fe-Co–based amorp...
The work in this thesis is focused on understanding the emergent properties of amorphous magnetic ma...
X-ray absorption spectroscopy has been used to compare the short range order of some Fe-Co based amo...
This work reports on the investigation of structure-property relationships in thin CoFe films grown ...
X-ray absorption spectroscopy has been used to compare the short range order of some Fe-Co based amo...
Thin films of amorphous gallium, iron and nickel have been prepared by low temperature condensation ...
Films of MMCo<SUB>5</SUB> of a few hundred angstroms thickness, where MM is mischmetal (combination ...