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The progressive identification of new high-technology applications and requirements for MgO single c...
The vibrational modes of clean MgO films are investigated vs film thickness by means of high-resolut...
Structural studies of the ferrimagnetic (TN = 200 K) Mott insulator GaFeO₃ (SG Pc2₁n) to 70 GPa, com...
The electronic structure and morphology of ultrathin MgO films epitaxially grown on Ag(001) were inv...
The electronic structure and morphology of ultrathin MgO films epitaxially grown on Ag(001) were inv...
The electronic structure and morphology of ultrathin MgO films epitaxially grown on Ag(001) were inv...
Considerable progress has been made recently, using scanning tunnelling microscopy (STM), scanning t...
The increasing technological importance of thin insulating layers calls for a thorough understanding...
MgO ultrathin films are of great technological importance as electron tunneling barrier in electron...
none7We determined the local atomic structure of MgO epilayers on Ag(001) by means of polarization-d...
We determined the local atomic structure of MgO epilayers on Ag(001) by means of polarization-depend...
The morphology of ultrathin epitaxial MgO layers reactively grown on Ag~001! was investigated by usi...
International audienceThe position of the critical point determines the top of the liquid-vapor coex...
We characterized the high-temperature growth of ultrathin MgO films on Ag(001) at 783 K through anal...
We investigated the growth conditions and electrical properties of MgO epitaxial thin films, which h...
The progressive identification of new high-technology applications and requirements for MgO single c...
The vibrational modes of clean MgO films are investigated vs film thickness by means of high-resolut...
Structural studies of the ferrimagnetic (TN = 200 K) Mott insulator GaFeO₃ (SG Pc2₁n) to 70 GPa, com...
The electronic structure and morphology of ultrathin MgO films epitaxially grown on Ag(001) were inv...
The electronic structure and morphology of ultrathin MgO films epitaxially grown on Ag(001) were inv...
The electronic structure and morphology of ultrathin MgO films epitaxially grown on Ag(001) were inv...
Considerable progress has been made recently, using scanning tunnelling microscopy (STM), scanning t...
The increasing technological importance of thin insulating layers calls for a thorough understanding...
MgO ultrathin films are of great technological importance as electron tunneling barrier in electron...
none7We determined the local atomic structure of MgO epilayers on Ag(001) by means of polarization-d...
We determined the local atomic structure of MgO epilayers on Ag(001) by means of polarization-depend...
The morphology of ultrathin epitaxial MgO layers reactively grown on Ag~001! was investigated by usi...
International audienceThe position of the critical point determines the top of the liquid-vapor coex...
We characterized the high-temperature growth of ultrathin MgO films on Ag(001) at 783 K through anal...
We investigated the growth conditions and electrical properties of MgO epitaxial thin films, which h...
The progressive identification of new high-technology applications and requirements for MgO single c...
The vibrational modes of clean MgO films are investigated vs film thickness by means of high-resolut...
Structural studies of the ferrimagnetic (TN = 200 K) Mott insulator GaFeO₃ (SG Pc2₁n) to 70 GPa, com...