Quantum higher-order Fourier analysis and the Clifford hierarchy. [PDF]
Bu K, Gu W, Jaffe A.
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Time-Marching Quantum Algorithm for Simulation of Nonlinear Lorenz Dynamics. [PDF]
Koukoutsis E +5 more
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The Self-Identification Program (SIP): A Clinically Implemented Third-Wave CBT Deepening Dysfunctional Self-Identification in Mood Disorders. [PDF]
Leurent M, Ducasse D.
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Construction and optimization of ecological security patterns in Chinese black soil areas considering ecological importance and vulnerability. [PDF]
Chen B, Liu X, Liu J.
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A Dynamic Hybrid Weighting Framework for Teaching Effectiveness Evaluation in Multi-Criteria Decision-Making: Integrating Interval-Valued Intuitionistic Fuzzy AHP and Entropy Triggering. [PDF]
Lu C, Zhang Y.
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Analytic Mapping between Porous Electrode Theory and Equivalent Circuit
ECS Meeting Abstracts, 2020Battery equivalent circuit models (ECMs) are frequently used in battery management systems of high end applications due to their low computational complexity, robustness and simplicity. Nevertheless, empirical nature of such models and lack of physiochemical background calls for excessive experimental parametrization of the ECMs to ensure their ...
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SummaryIn this paper, a squirrel cage induction machine (SCIM) with broken rotor bars is modeled by using the multiple coupled circuit theory and the winding function approach. This analytical model includes all the spatial harmonic components of air gap magnetomotive force and is applicable to the study of transient machine behaviors.
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An Analytical Method of Current Distribution Factors Based on Circuit Theory
2010 Asia-Pacific Power and Energy Engineering Conference, 2010This paper proposes a current distribution theory based on classical circuit theory. According to interface power flow, the distribution current from source to branch circuit can be clarified by using current distribution factors through network structure parameter. This method is conducive to economic dispatch and power flow analysis.
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