| Ferromagnetic material (7) |  |
| Magnetic material (34) | |
the chemical process in this case controls magnetism in carefully chosen strongly ferromagnetic material systems. The working principle used in this case is similar to the concept of lithium-ion batteries.
"made of nanolayers of ferromagnetic material, superconductor and other metals. By changing the direction of magnetization it is possible to control the current in superconductor.
and architectures where spin currents are generated without ferromagnetic materials, which have been the centerpiece of all spin-based electronic devices up until this point.
scientists have kept typically electrons stationary in a lattice made of an insulating ferromagnetic material, such as yttrium iron garnet (YIG.
Scientists from PML Semiconductor and Dimensional Metrology Division have performed studies on the way the interface between a ferromagnetic material (cobalt)
This is helpful in efficient injection of the spin-polarized charge carrier from ferromagnetic materials to organic materials.
scientists have kept typically electrons stationary in a lattice made of an insulating ferromagnetic material, such as yttrium iron garnet (YIG).
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