The electrical characteristics of silicon-based spin-valve transistors are reported, focusing on how the output current and magnetocurrent depend on the magnitude of the emitter current. Transistors with a different combination of Schottky barriers ~Si/Au and Si/Cu! were used. The collector current rapidly increases with emitter current, without significant loss of magnetocurrent. Spin-valve transistors with magnetocurrent around 400% and high output current up to 40 mA are obtained
The introduction of the spin-valve into electronic devices has added an entirely new dimension to th...
Functional integration between semiconductors and ferromagnets was dem-onstrated with the spin-valve...
The effect of the nonmagnetic (NM) spacer on hot-electron transport in the spin-valve transistor (SV...
The electrical characteristics of silicon-based spin-valve transistors are reported, focusing on how...
A spin-valve transistor showing high sensitivity at low fields was developed. A large magnetocurrent...
Here we present the realization of a room temperature operating spin-valve transistor with huge magn...
A spin-valve transistor with a GaAs/AlGaAs avalanche-multiplying collector is demonstrated with >100...
The electrical and magnetic properties of the spin-valve transistor (SVT) are investigated as a func...
This thesis discusses research on the hot-electron transport in the spin-valve transistor (SVT). Thi...
High density magnetic recording, magnetic random access memories, displacement and current detection...
We describe the factors that control the transfer ratio of the spin-valve transistor. An increase in...
An overview is given of the fabrication, basic properties, and physics of the spin-valve transistor....
A spin-valve transistor (SVT) that employs hot electrons is shown to exhibit a huge magnetotransport...
A silicon-based spin transistor of novel operating principle has been demonstrated in which the curr...
Summary form only given. The spin-valve transistor (SVT) is a three terminal device in which hot ele...
The introduction of the spin-valve into electronic devices has added an entirely new dimension to th...
Functional integration between semiconductors and ferromagnets was dem-onstrated with the spin-valve...
The effect of the nonmagnetic (NM) spacer on hot-electron transport in the spin-valve transistor (SV...
The electrical characteristics of silicon-based spin-valve transistors are reported, focusing on how...
A spin-valve transistor showing high sensitivity at low fields was developed. A large magnetocurrent...
Here we present the realization of a room temperature operating spin-valve transistor with huge magn...
A spin-valve transistor with a GaAs/AlGaAs avalanche-multiplying collector is demonstrated with >100...
The electrical and magnetic properties of the spin-valve transistor (SVT) are investigated as a func...
This thesis discusses research on the hot-electron transport in the spin-valve transistor (SVT). Thi...
High density magnetic recording, magnetic random access memories, displacement and current detection...
We describe the factors that control the transfer ratio of the spin-valve transistor. An increase in...
An overview is given of the fabrication, basic properties, and physics of the spin-valve transistor....
A spin-valve transistor (SVT) that employs hot electrons is shown to exhibit a huge magnetotransport...
A silicon-based spin transistor of novel operating principle has been demonstrated in which the curr...
Summary form only given. The spin-valve transistor (SVT) is a three terminal device in which hot ele...
The introduction of the spin-valve into electronic devices has added an entirely new dimension to th...
Functional integration between semiconductors and ferromagnets was dem-onstrated with the spin-valve...
The effect of the nonmagnetic (NM) spacer on hot-electron transport in the spin-valve transistor (SV...