D. T. Robb

Evidence for a dynamic phase transition in [ Co / Pt ] 3 magnetic multilayers

A dynamic phase transition (DPT) with respect to the period

First-order reversal curve analysis of homogeneous nucleation in the two-dimensional kinetic Ising model

P

EC-FORC: A New Cyclic-Voltammetry Based Method for Examining Phase Transitions and Predicting Equilibrium

of an applied alternating magnetic field has been observed previously in numerical simulations of magnetic systems. However, experimental evidence for this DPT has thus far been limited to qualitative observations of hysteresis loop collapse in studies of hysteresis-loop area scaling. Here, we present significantly stronger evidence for the experimental observation of this DPT in a

Finite-Temperature Simulations for Magnetic Nanostructures

{[\text{Co}(4\text{ }\text{\AA{}})/\text{Pt}(7\text{ }\text{\AA{}})]}_{3}

Conjugate field and fluctuation-dissipation relation for the dynamic phase transition in the two-dimensional kinetic Ising model

-multilayer system with strong perpendicular anisotropy. We applied an out-of-plane time-varying (sawtooth) field to the

New cyclic voltammetry method for examining phase transitions : Simulated results

{[\text{Co}/\text{Pt}]}_{3}

First-order Reversal Curve Analysis of Kinetic Monte Carlo Simulations of First- and Second-order Phase Transitions

multilayer in the presence of a small additional constant field,

New Cyclic Voltammetry Method for Examining Phase Transitions on Electrodes: Simulated Results

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Conjugate Field and Fluctuation-Dissipation Relation for the Dynamic Phase Transition in the Two-dimensional Kinetic Ising Model

. We then measured the resulting out-of-plane magnetization time series to produce nonequilibrium phase diagrams (NEPDs) of the cycle-averaged magnetization,

First-order Reversal Curve Analysis of Phase Transitions in Electrochemical Adsorption: A New Experimental Technique Suggested by Computer Simulations

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