Spin-dependent transport measurement in 3-hexadecyl pyrrole (3HDP) with a CoFe layer and the current-in-plane geometry is reported. Transport properties indicate the CoFe layers are discontinuous when their thicknesses are smaller than 6 nm. The temperature dependence of the conductance suggests that the transport mechanism is likely small polaron hopping. The observed positive magnetoresistance ratio at low temperature gives evidence of spin-conserving transport
Spin filtering is a physical phenomenon which can potentially produce spin-polarized electron curren...
Journal ArticleWe fabricated spin-valve devices made of organic semiconductor thin films sandwiched ...
Structural and electron-transport properties of thin films of the ferrimagnetic Heusler compound CoF...
Spin-dependent transport measurement in 3-hexadecyl pyrrole (3HDP) with a CoFe layer and the current...
The magnetic and transport properties of Co80Fe20t /Al2O34 nm multilayers with low nominal thickness...
By combining experiments with simple model calculations, we obtain new insight in spin transport thr...
The spin filtering effect is a phenomenon, which can potentially produce highly spin-polarized elect...
The magnetic properties and the magnetoresistance behavior were investigated for electrodeposited na...
Magnetization and magnetoresistance in function of the magnitude and orientation of applied magnetic...
Spin-dependent transport properties of nanowires containing individual Co/Cu/Co pseudo-spin valves w...
Materials exhibiting new functionalities due to interdependent electric (e.g. conductivity) and magn...
Resistivity rho, thermopower S, and thermal conductivity kappa were measured simultaneously on a set...
We report the fabrication of the first Sr2FeMoO6 based organic spin valve device using Tris(8-hydrox...
We have observed both peaks and troughs in the magnetoresistance of organic nanowires consisting of ...
We studied spin transport in four organic semiconductors (OSCs) with different electronic properties...
Spin filtering is a physical phenomenon which can potentially produce spin-polarized electron curren...
Journal ArticleWe fabricated spin-valve devices made of organic semiconductor thin films sandwiched ...
Structural and electron-transport properties of thin films of the ferrimagnetic Heusler compound CoF...
Spin-dependent transport measurement in 3-hexadecyl pyrrole (3HDP) with a CoFe layer and the current...
The magnetic and transport properties of Co80Fe20t /Al2O34 nm multilayers with low nominal thickness...
By combining experiments with simple model calculations, we obtain new insight in spin transport thr...
The spin filtering effect is a phenomenon, which can potentially produce highly spin-polarized elect...
The magnetic properties and the magnetoresistance behavior were investigated for electrodeposited na...
Magnetization and magnetoresistance in function of the magnitude and orientation of applied magnetic...
Spin-dependent transport properties of nanowires containing individual Co/Cu/Co pseudo-spin valves w...
Materials exhibiting new functionalities due to interdependent electric (e.g. conductivity) and magn...
Resistivity rho, thermopower S, and thermal conductivity kappa were measured simultaneously on a set...
We report the fabrication of the first Sr2FeMoO6 based organic spin valve device using Tris(8-hydrox...
We have observed both peaks and troughs in the magnetoresistance of organic nanowires consisting of ...
We studied spin transport in four organic semiconductors (OSCs) with different electronic properties...
Spin filtering is a physical phenomenon which can potentially produce spin-polarized electron curren...
Journal ArticleWe fabricated spin-valve devices made of organic semiconductor thin films sandwiched ...
Structural and electron-transport properties of thin films of the ferrimagnetic Heusler compound CoF...