Magnetic kirigami with tunable configurations under magnetic actuation is of significant interest in various emerging ***,there remains a grand challenge to develop magnetic kirigami with a facile fabrication strategy...
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Magnetic kirigami with tunable configurations under magnetic actuation is of significant interest in various emerging ***,there remains a grand challenge to develop magnetic kirigami with a facile fabrication strategy,programmable mag-netization,and *** this work,we present a novel magnetic kirigami that is readily fabricated by the laser cutting *** magnetic kirigami consists of an array of magnetic microplates,each with a programmed *** applying an actuation magnetic field,each microplate can rotate and even flip,allowing for predesigned kirigami *** further coating the surface of the microplate array,the magnetic kirigami can be programmed with *** demonstrate a potential application of information encryption by engineering magnetic kirigami into a magneto-responsive QR *** a simple fabrication strategy,our work paves the way for other applications of magnetic kirigami.
A variety of out-of-plane deformation patterns have been observed for two-dimensional(2D)materials including ripples,wrinkles,buckles,scrolls,folds,tents,and bubbles due to their extra-low bending *** them,the micro-a...
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A variety of out-of-plane deformation patterns have been observed for two-dimensional(2D)materials including ripples,wrinkles,buckles,scrolls,folds,tents,and bubbles due to their extra-low bending *** them,the micro-and nanoscale bubbles arising from the deformation of the atomically thin membrane by gases,liquids,and solids trapped underneath 2D materials were frequently *** the one hand,the presence of bubbles may severely deteriorate the performance of 2D material devices because of the obstructed charge,photon,and phonon transport across the *** the other hand,these bubbles offer a novel avenue to explore the intrinsic mechanical parameters(e.g.,Young’s modulus and bending rigidity)of 2D materials as well as their interfacial properties(e.g.,shear stress and adhesion energy).Furthermore,these bubbles with stable and controllable morphology also act as effective knobs to tune the electronic and photonic performance of various 2D *** review highlights the recent progress on the 2D material bubbles,which will be helpful for measurement of the mechanical properties of ultrathin 2D materials and the applications of developing 2D material devices.
In this paper, we propose a multiphysics simulation method for microwave amplifiers, integrating electromagnetic, thermal, and stress analyses. By combining the discontinuous Galerkin time-domain (DGTD), finite-elemen...
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Considering that almost all existing solutions of fusing different reconstructed results require experts’opinions and the issue of how to fuse probabilistic results and mixed results has not been *** solutions are **...
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Considering that almost all existing solutions of fusing different reconstructed results require experts’opinions and the issue of how to fuse probabilistic results and mixed results has not been *** solutions are *** first is based on the Monte Carlo Method(FMCM),while the second is based on the Sub-Interval Technique(FSIT).The method based on FMCM generates sample points according to the distribution of each uncertain result firstly,and then gives out the cumulative distribution function of the final fused result by statistical *** method based on FSIT gets the result fusion interval set according to lower and upper bounds of all interval results and a given length d of each sub-interval firstly,and then calculate the weighted matrix of the result fusion *** a result,the cumulative distribution function of the final fused result can also be given out by statistical ***,three real accidents are given to demonstrate the methods of FMCM and FSIT,the results of which show that both work well in practice.
In this paper, a parasitic structure is proposed to mitigate the mutual coupling among the dual-polarized base station antennas. The proposed parasitic structure is integrated into a 5-element array antenna, utilizing...
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Over the past decade,near-infrared(NIR)luminescent materials have emerged as a frontier in photonics and material science,finding diverse applications in bioimaging,encryption,and photodetection[1].Particularly,NIR na...
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Over the past decade,near-infrared(NIR)luminescent materials have emerged as a frontier in photonics and material science,finding diverse applications in bioimaging,encryption,and photodetection[1].Particularly,NIR nanoprobes are widely utilized in life science and clinical medicine because of their high spatial resolution,deep tissue penetration,low optical absorption and scattering,and minimal autofluorescence[2,3].
This paper presents a novel fault mode analysis method for nuclear instrumentation and control (I&C) software based on timed automata. The proposed approach addresses the limitations of traditional fault analysis ...
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It's important to choose suitable kinetic parameters for vibration isolators to simulate the dynamic characteristic. The kinetic parameters have significant influence on the vibration reduction of vibration isolat...
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The pressurizer is an important equipment to maintain the stability of primary circuit in nuclear power plant. Pressurizer control system needs to be verified by effective testing. The most popular testing verificatio...
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The translation-based virtual DCS based on Simulink can realize the function of virtualizing the physical DCS. This paper presents a method to virtualize physical DCS by using Simulink to realize the functions of runn...
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