Multi-Physics Field Based Simulation on the Response and Saturation Properties of Hg_1-xCd_xTe Based Photovoltaic Detectors With Composition Gradients by Jiahui Chen, Wangyong Chen, Linlin Cai, Haifeng Chen, Pengling Yang, Dahui Wang, Manling Shen, Xiangyang Li, Hui Qiao

“…To provide the physical insights into the modulation effects of Cd composition <italic>x</italic> on Hg_1-xCd_xTe under strong injection conditions, specifically for MWIR HgCdTe detectors, we conduct the numerical simulations to investigate the coupling effects of optical and electrical fields on detector performance. …”
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An accurate numerical technique for solving a special case of fractional differential equations using the Khalouta transform of two different fractional derivatives by A. Khalouta

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A Compact, High Efficiency, and Portable Wireless EV Resonant Charger by Jasem Shahsevani, Reza Beiranvand

“…The system utilizes inductive coupling to draw AC current from these lines, which is then regulated to a precise voltage for battery replenishment. …”
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A New Soft Switching Dual-input High Step-up Converter for Renewable Energy Systems by Hayder Ameer Hasan Al-Ameedee, Majid Delshad, Nadheer Abdulridha Shalash, Bahador Fani

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基于线性二次型的刚柔耦合挖掘机机械臂轨迹追踪与振动控制 by 王猛

“…For the problems of excavator manipulator trajectory tracking during operation and vibration control,the rigid-flexible coupling nonlinear dynamics model of excavator manipulator is established,the decoupling of two parts of joint angle variables and the elastic variables in the model is carried out,the excavator manipulator trajectory tracking and residual vibration suppression is calculated,the numerical verification of establishing related model is carried out according to the calculation data.The results show that excavator rigid-flexible coupling manipulator trajectory tracking control method is effective,linear quadratics optimal control method by the residual vibration of mechanical systems excavator elastic deformation caused by the flexible manipulator has played a significant inhibitory effect.…”
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Nonlinear Vibration Analysis of a Rotating Disk-Beam System Subjected to Dry Friction by Houxin She, Chaofeng Li, Qiansheng Tang, Bangchun Wen

“…At last, based on the nonlinear response results obtained by the Newmark-β method, the effects of different parameters on the nonlinear dynamics of the coupling system are discussed. …”
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Design Features of Antenna Arrays of Automotive Radars Based on Transmitting and Receiving Multi-Element Modules by A. A. Kuzin, A. V. Miakinkov, S. A. Shabalin

“…The coefficient of mutual coupling between adjacent antenna channels has a significant effect on the formed radiation pattern (RP) of an AA. …”
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RESEARCH ON ELASTIC-RING ISOLATOR’S DAMPING BASED ON PIEZOELECTRIC SHUNT DAMPING TECHNIQUE by YIN Shuang, WEN LiHua, LIU Yong

“…To analyze the present problems of the elastic-ring isolator,such as the unideal damping effect,the unadjustable damping and so on,the piezoelectric shunt damping technique was adopted to study the vibration control performance of the elastic ring.Using piezoelectric film as a substitute for the damping material of the elastic-ring isolator,the elastic-ring piezoelectric shunt damping isolator was designed.Moreover,shunt circuit was designed which was based on the gyrators and the piezoelectric shunt damping system electromechanical coupling model was established to study the method of optimizing parameters of the shunt circuit.Furthermore,the optimal parameters were determined.Finally,the vibration control performance of the piezoelectric shunt damping system was experimentally analyzed.Experimental results show that the vibration of the structure can be reduced by 9 d B.…”
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Study on the Microstructure and Performance of the Multi-Field Composite-Assisted Laser Cladding of Nickel-Based Tungsten Carbide Coatings by Shihui Chen, Hong Wang, Xu Huang, Shuaishuai Qin, Xinxin Hu

“…The microstructure and morphology were characterized to determine the optimal BiFeO₃ content. Based on the optimal addition of BiFeO₃, a comparative analysis was conducted to investigate the effect of different magnetic field strengths under a composite energy field on the microstructure, hardness, and wear resistance of Ni-based WC cladding layers. …”
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Photon blockade in a hybrid quantum dot-optomechanical system with three-wave-mixing by Li Chang, Zhang Dong Jun, Yang Hui, Yao Zhihai

“…In this study, we explore the photon blockade effect in a hybrid quantum dot-optomechanical system with three-wave mixing. …”
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Numerical Investigation on Flow and Thermal Characteristics of Spray Evaporation Process in Boiler Desuperheater by Jianqing Wang, Baoqing Liu, Bin Du, Kaifei Wu, Qi Lin, Bohai Liu, Minghui Cheng

“…Based on the investigation of the spray evaporation process, the complex droplet behaviors and fluid–thermal coupling characteristics in an industrial boiler desuperheater under high temperature and high pressure can be better understood, and effective guidance for the process and design optimizations can be provided.…”
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Experimental Study on Lateral Resolution of Phased Array Ultrasonic Testing of Irregular Structure Weld Defects by Wenjing Liu, Zechun Wen, Jianguo Wang, Shaofeng Wang, Hailing Wang, Wenliang Zhang, Shunzhou Huang, Jun Hong

“…This paper uses the response surface methodology (RSM) to design the test and conduct a factorial test to analyze the effect of each parameter. Modelling of the parameters and the response is conducted through center composite design (CCD) to analyze the coupling among multiple parameters and the reliability of the model. …”
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A Model Predictive Control Strategy with Minimum Model Error Kalman Filter Observer for HMEV-AS by Ying Zhou, Chenlai Liu, Zhongxing Li, Yi Yu

“…In hub-motor electric vehicles (HMEVs), performance is adversely affected by the mechanical-electromagnetic coupling effect arising from deformations of the air gap in the Permanent Magnet Brushless Direct Current Motor (PM BLDC), which are exacerbated by varying road conditions. …”
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Fano Resonant Sensing in MIM Waveguide Structures Based on Multiple Circular Split-Ring Resonant Cavities by Wenjing Wang, Shaoze Zhang, Huiliang Cao

“…Fano resonances are achieved through the interaction between the modes of multiple circular split-ring resonator cavities and the waveguide. The effect of coupling between different resonators on the Fano resonance peaks is investigated. …”
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Computational modelling reveals neurobiological contributions to static and dynamic functional connectivity patterns by Linnea Hoheisel, Linnea Hoheisel, Hannah Hacker, Gereon R Fink, Gereon R Fink, Silvia Daun, Silvia Daun, Joseph Kambeitz, Joseph Kambeitz

“…In addition, we used a group-average perturbation approach to investigate the effect of coupling in each region on overall network connectivity.Our models could replicate empirical sFC and TC but not the FC variance or node cohesion (NC). …”
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Weak Quasiperiodic Signal Propagation through Multilayer Feed-Forward Hodgkin–Huxley Neuronal Network by Yuangen Yao, Bowen Gong, Daxiang Lu, Rong Gui

“…In the case of time-periodic synaptic coupling intensity, when oscillatory frequency of synaptic coupling intensity is equal precisely to average frequency of external quasiperiodic signal, the propagation of weak quasiperiodic signal is optimal. …”
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Improving hydro-mechanical behavior of loess by a bio-strategy by Chaosheng Tang, Xiaohua Pan, Yaojia Cheng, Xinlun Ji

“…The feasibility, coupling improvement mechanism and the effects of sand content, bio-cement treatment cycle and cementation solution (CS) concentration were investigated through a series of tests. …”
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Numerical Modeling on Hydraulic Fracturing in Coal-Rock Mass for Enhancing Gas Drainage by Zhigang Yuan, Yaohua Shao

“…In this work, statistical distributions are firstly introduced to describe heterogeneity of coal-rock mass; a novel simultaneously coupled mathematical model, which can describe the fully coupled process including seepage-damage coupling during hydraulic fracturing process and subsequent gas flow during gas drainage process, is established; its numerical implementation procedure is coded into a Matlab program to calculate the damage variables, and it partly uses COMSOL solver to obtain numerical solutions of governing equations with damage-flow coupling; the mathematical model and its implementation are validated for initial damage pressure and mode of a single solid model without considering flow-damage coupling, as well as fracture initiation pressure and influence of heterogeneity on damage evolution of hydraulic fracturing considering flow-damage coupling; and finally, based on an engineering practice of hydraulic fracturing with two boreholes, the mechanism of how hydraulic fracturing influences gas drainage is investigated, numerical simulation results indicate that coal-rock mass pore-fissure structure has been improved, and there would exist a gas migration channel with characteristics of higher porosity and lower stresses, which demonstrates significant effects and mechanism of hydraulic fracturing on improving coal-rock permeability and enhancing gas drainage. …”
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Efficient Quantum Information Transfer Through a Uniform Channel by Paola Verrucchi, Ruggero Vaia, Alessandro Cuccoli, Tony J. G. Apollaro, Leonardo Banchi

“…This goal is accomplished by optimally tuning the coupling between the wire endpoints and the two qubits there attached. …”
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Quantum capacities of transducers by Chiao-Hsuan Wang, Fangxin Li, Liang Jiang

“…Using the continuous-time quantum capacities of bosonic pure-loss channels as benchmarks, we investigate the optimal designs of generic quantum transduction schemes implemented by transmitting external signals through a coupled bosonic chain. …”
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