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Numerical Data Source Specifications for Magnetospheric Modeling and Coupling Environments

This document details the specifications for various models and couplers used in magnetospheric studies, including the Magnetospheric Model (MM), Ring-Current Model (RCM), and Thermosphere-Ionosphere Model (TIM). It outlines the interpolation of variables from MM and RCM onto the MIC grid, along with details on empirical couplings like the 1½-way LFM-RCM and 1-way TING couplings. Additionally, it discusses the iterative processes involved in establishing convergent coupling strategies for electron density, loss interactions, and the absorption and reflection of electromagnetic phenomena in the ionosphere.

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Numerical Data Source Specifications for Magnetospheric Modeling and Coupling Environments

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  1. Grid Specification Source of Numerical Data Magnetospheric Model MM Ring-Current Model RCM Thermosphere-Ionosphere Model TIM M-I Coupler MIC MM RCM A MIC CHART LEGEND “Variable A from MM on the MM grid and variable A from RCM on the RCM grid are interpolated onto the MIC grid”

  2. SWM MM MM B RCM s MM MM RCM RCM RCM Precip W|| , E0 j|| s MM MIC MIC seconds RCM MIC M-I Coupler Empirical minutes 1½-way LFM-RCM coupling

  3. SWM MM MM B RCM s MM MM RCM RCM RCM Precip W|| , E0 j|| s MIC TIM MIC Empirical M-I Coupler MIC TIM TIM m minutes 1st iteration, 1-way TING coupling

  4. SWM MM MM B RCM s MM MM RCM RCM RCM Precip W|| , E0 j|| s MIC TIM MIC Empirical M-I Coupler MIC TIM MIC iterate TIM TIM m minutes Convergent, iterative, 1-way TING coupling

  5. SWM MM MM B RCM s MM MM RCM RCM RCM Precip W|| , E0 j|| s MM MIC TIM MIC seconds TIM RCM MIC Empirical M-I Coupler MIC TIM MIC minutes iterate TIM TIM m minutes 1½-way LFM-RCM coupling w/ convergent, iterative, 2-way TING coupling

  6. E-Region Electron Density Height- Integrate

  7. Opgenoorth et al. ‘02

  8. M-I Interaction • Regions • Lossy J•E > 0 • Ell  Beams + heat, • low-density cavity • High VA Large displacement currents • Active ionization and depletion, mass out- • flow  feedback • Scale-interactive (r,t) • Reflection Transmission • Absorption

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