Ching‐Ming Lee
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View article: Terminal Velocity Motion Model Used to Analyze the Mutual Phase-locking of STNOs
Terminal Velocity Motion Model Used to Analyze the Mutual Phase-locking of STNOs Open
Using Legendre transformation, a standard theoretical approach extensively used in classical mechanics as well as thermal dynamics, two-dimensional non-linear auto-oscillators including spin torque nano-oscillators (STNOs) can be equivalen…
View article: Hysteretic Mutual Synchronization of PERP-STNO Pairs Analyzed by a Generalized Pendulum-like Model
Hysteretic Mutual Synchronization of PERP-STNO Pairs Analyzed by a Generalized Pendulum-like Model Open
At present, the Kuramoto model is the standard and widely accepted theoretical approach for analyzing the synchronization of spin-torque nano-oscillators (STNOs) coupled by an interaction. Nevertheless, the oscillatory decaying regime as w…
View article: Field Free Mutual Synchronization of PERP-STNO Pairs Studied by the Generalized Pendulum-like Model
Field Free Mutual Synchronization of PERP-STNO Pairs Studied by the Generalized Pendulum-like Model Open
Using the local coordinate transformation, any types of two-dimentional auto-oscillators can be modeled by a forced pendulum for each stable auto-oscillatory state. This can be confirmed to be equivalent to the universal model. Based on th…
View article: The effects of annealing temperature and heating rate on Ta/TbFeCo bilayers
The effects of annealing temperature and heating rate on Ta/TbFeCo bilayers Open
Among various perpendicularly anisotropic magnetic materials, amorphous rare earth-transition metal RE-TM alloys have attracted much interest due to the advantages of tunable magnetic properties and suitable perpendicular magnetic anisotro…