Magnetic stray fields of Co‐Cr microstrips are investigated for bit stabilization in a vertical Bloch line memory (VBLM). The stray fields were revealed using Lorentz force based Foucault and differential phase contrast (DPC) techniques in a transmission electron microscope. The assumed shape of the stray fields for VBLM use has been experimentally verified. Agreement between experiment and simulation is obtained
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
We present results from an aberration corrected scanning transmission electron microscope which has ...
Magnetic stray fields of Co‐Cr microstrips are investigated for bit stabilization in a vertical Bloc...
The study of stray magnetic fields from magnetic recording heads for tape applications was undertake...
Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magneti...
The work presented in this thesis is a study of the magnetic properties of various magnetic force mi...
Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magneti...
A pattern of written bits in a longitudinal recording medium has been modelled based on magnetostati...
Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magneti...
The magnetic structure of tracks in a thin film longitudinal recording medium has been studied using...
The dynamical evolution of magnetic stray fields has been investigated at the initial stage of magne...
Research in magnetic recording is currently at a stage where an understanding of the magnetic micros...
By example of a Permalloy particle (40 × 40 μm(2) size, 30 nm thickness) we demonstrate a procedure ...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN033920 / BLDSC - British Library D...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
We present results from an aberration corrected scanning transmission electron microscope which has ...
Magnetic stray fields of Co‐Cr microstrips are investigated for bit stabilization in a vertical Bloc...
The study of stray magnetic fields from magnetic recording heads for tape applications was undertake...
Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magneti...
The work presented in this thesis is a study of the magnetic properties of various magnetic force mi...
Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magneti...
A pattern of written bits in a longitudinal recording medium has been modelled based on magnetostati...
Hard magnetic strips can be used for bit stabilization in a VBLM. For this stabilization the magneti...
The magnetic structure of tracks in a thin film longitudinal recording medium has been studied using...
The dynamical evolution of magnetic stray fields has been investigated at the initial stage of magne...
Research in magnetic recording is currently at a stage where an understanding of the magnetic micros...
By example of a Permalloy particle (40 × 40 μm(2) size, 30 nm thickness) we demonstrate a procedure ...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN033920 / BLDSC - British Library D...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
We present results from an aberration corrected scanning transmission electron microscope which has ...