Effects of the Cornell-Type Potential on a Position-Dependent Mass System in Kaluza-Klein Theory by E.V. B. Leite, H. Belich, R. L. L. Vitória

“…In this paper, we have investigated a scalar particle with position-dependent mass subject to a uniform magnetic field and a quantum flux, both coming from the background which is governed by the Kaluza-Klein theory. …”
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Analysis and Design of Magnetic Shielding System for Breast Cancer Treatment with Hyperthermia Inductive Heating by Chanchai Thongsopa, Thanaset Thosdeekoraphat

“…It is a technique to control magnetic field intensity and relocate the heating area by using a rectangular shielding with aperture. …”
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Transmission Performance Analysis of Slotted-type Eddy-current Couplers with Radial Misalignment by Yang Chaojun, Zhu Jiwei, Ding Lei, Hang Tian, Ding Yifei, Wang Jian

“…In order to study the transmission performance of slotted-type eddy-current couplers with radial misalignment, based on the theory of the equivalent magnetic charge theory, the copper which cuts the magnetic field line in motion is equivalent to permanent magnet. …”
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Strong-field QED effects on polarization states in dipole and quadrudipole pulsar emissions by Dong-Hoon Kim, Chul Min Kim, Sang Pyo Kim

“…Also, the evolution patterns are shown to differ between dipole and quadrudipole pulsar models, depending on the magnetic field strength.…”
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MAGNETO-ELASTIC PRINCIPAL RESONANCE OF AXIALLY MOVING FERROMAGNETIC PLATE UNDER HARMONIC MAGNETIC FORCE (MT) by CAO TianXiao, HU YuDa

“…Through numerical examples, the amplitude-frequency characteristic curves, the amplitude-magnetic field intensity curves and the amplitude-velocity variation curves of the ferromagnetic plate are obtained. …”
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Self-aberration in high-brightness uniformly charged particle beams by Vitaliy Goryashko, Anatoliy Opanasenko, Kazuaki Togawa

“…As a result, the particle momentum exchange between the longitudinal and transverse degrees of freedom in the magnetic field leads to a nonlinear deformation of the transverse phase space of the beam.…”
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Discrete moments models for Vlasov equations with non constant strong magnetic limit by Charles, Frédérique, Després, Bruno, Dai, Ruiyang, Hirstoaga, Sever A.

“…We describe the structure of an original application of the method of moments to the Vlasov–Poisson system with non constant strong magnetic field in three dimensions of space. Using basis functions which are aligned with the magnetic field, one obtains a Friedrichs system where the kernel of the singular part is made explicit. …”
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Nonvolatile current-induced topological charge imbalance of magnetic textures by Shangyuan Wang, Lei Qiu, Ka Shen

“…Here, we report an electrical control of net topological charge in a magnetic film hosting both skyrmions and antiskyrmions at finite magnetic field or bimerons and antibimerons at zero field, where their distinct responses to the current-induced torques result in a nonvolatile imbalance between the two oppositely charged topological textures. …”
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The Geoeffectiveness of Solar Wind Current Sheets and Its Modulation by Foreshock Ions by Boyi Wang, Yi Wang, Terry Z. Liu, Vassilis Angelopoulos

“…The second event exhibits foreshock ions which enhanced the perturbations in the current sheet due to the disappearance and reappearance of foreshock ions controlled by the direction changes of magnetic field. That current sheet further compressed the magnetosphere and drove stronger magnetic field oscillations than the first event. …”
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Magnetostatic Active Contour Model with Classification Method of Sparse Representation by Guoqi Liu, Yifei Dong, Ming Deng, Yihang Liu

“…For the classical magnetostatic active contour (MAC) model, the magnetic field is computed based on the detected points by using an edge detector. …”
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Magnetoelastic Principal Parametric Resonance of a Rotating Electroconductive Circular Plate by Zhe Li, Yu-da Hu, Jing Li

“…Nonlinear principal parametric resonance and stability are investigated for rotating circular plate subjected to parametric excitation resulting from the time-varying speed in the magnetic field. According to the conductive rotating thin circular plate in magnetic field, the magnetoelastic parametric vibration equations of a conductive rotating thin circular plate are deduced by the use of Hamilton principle with the expressions of kinetic energy and strain energy. …”
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Stochastic Generation of Subsurface Profiles for Realistic Simulation of Through-the-Earth Communication Systems by Josua Daniel Pena Carreno, A. Judson De Barros Braga

“…An empirical model is produced through simulations, and some metrics are evaluated, such as the median of magnetic field intensity, and the propagation loss, specially at the optimum operation frequency, in which channel variability is less spread when compared to all possible frequencies. …”
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Effect of pressure on the physical properties of magnetorheological fluids by A. Spaggiari, E. Dragoni

“…The system is designed in order to apply both the magnetic field and the pressure and follows a Design of Experiment approach. …”
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Research on Thermal Structure Field of Magnetorheological Device Under Multiple Working Condition by Song Chen, Jing Yang, Jin Huang

“…The shear stress,the thermal magnetization,the viscosity and the rheological properties of the magnetorheological fluid are significantly reduced under high temperature,and the damage of the thermal stress produced by the high temperature to the chain structure of the magnetorheological fluid seriously affected the transmission performance of the magnetorheological transmission.Based on the nonlinear relationship between shear modulus and magnetic field strength,the elastic modulus of magnetorheological fluid under the action of magnetic field is calculated.The temperature,thermal deformation and the distribution law of the equivalent thermal stress in the magnetorheological fluid gap are studied under the condition of the slip and the power loss of the excitation coil and the influence of the slip power,current,gap width and the winding series of the excitation coil on it is discussed.The results show that both the slip power and the excitation coil current will cause a significant increase in the temperature of the magnetorheological fluid,and the resulting thermal deformation has little influence on the structure,and the equivalent thermal stress is greatly affected.There are obvious differences in the equivalent thermal stress distribution between the working gap and the no working gap of MRF.The performance of magnetorheological transmission device can be improved by changing the width of the gap and the series of windings under the condition of constant slip and current.…”
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The effects of heterogeneity on Darcy-Benard convection saturated with a ferrofluid by Moussa Rachida, Lagziri Hajar, El Khanoussi Fadoua, El Fakiri Hanae

“…This study investigates how the vertical magnetic field influences the stability of the ferrofluid in a heterogeneous porous layer with the vertical flow. …”
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Influence of Number of Pole Pairs on Torque Ripple of Magnetic Gear by Huang Zhangxian, Jing Libing

“…According to the principle of magnetic field modulation and spatial magnetic field harmonic distribution， the torque ripple of magnetic gear is greatly affected by <italic>P</italic>₁ and <italic>P</italic>₂. …”
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Optimisation of the crystallisation process through staggered cooling in a nonvibrating granular system by A. Escobar, R. E. Moctezuma, F. Donado

“…Abstract We study experimentally the optimisation of the crystallisation process through a 2D-dimensional system of magnetic particles under an oscillating magnetic field. The time-dependent magnetic field fluidises the system, and by varying its magnitude, the effective temperature of the system is controlled. …”
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The Static and Dynamic Mechanical Properties of Magnetorheological Silly Putty by Fei Guo, Cheng-bin Du, Guo-jun Yu, Run-pu Li

“…The experimental results indicate that the external magnetic field exerts significant influence on the creep and relaxation behaviors. …”
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Combined Effect of Buoyancy Force and Navier Slip on MHD Flow of a Nanofluid over a Convectively Heated Vertical Porous Plate by Winifred Nduku Mutuku-Njane, Oluwole Daniel Makinde

“…We examine the effect of magnetic field on boundary layer flow of an incompressible electrically conducting water-based nanofluids past a convectively heated vertical porous plate with Navier slip boundary condition. …”
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Field switching of microfabricated metamagnetic FeRh MRI contrast agents by Stephen Dodd, Natalia Gudino, Oleksii Zadorozhnii, Michal Staňo, Jan Hajduček, Jon Ander Arregi, H. Douglas Morris, Vojtěch Uhlíř, Mladen Barbic, Alan P. Koretsky

“…This work demonstrates the MRI contrast switching potential for FeRh particles with biological cell dimensions, and the use of magnetic field pulses for reversible MRI label contrast control.…”
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