• CiNii Researchナレッジグラフ検索機能（試行版）をCiNii Labsにて公開しました
  • 「研究データ」「根拠データ」の収録について
  • CiNii Books機能統合対応の追加実施をいたしました

    • Vlasov simulation of the interaction between the solar wind and a dielectric body

    DOI Web Site 被引用文献9件 参考文献23件

    書誌事項

    公開日
    2011-01
    資源種別
    journal article
    DOI
    • 10.1063/1.3551510
    公開者
    AIP Publishing

    この論文をさがす

    説明

    The global structure of wake field behind an unmagnetized object in the solar wind is studied by means of a 2.5-dimensional full-electromagnetic Vlasov simulation. The interaction of a plasma flow with an unmagnetized object is quite different from that with a magnetized object such as the Earth. Due to the absence of the global magnetic field, the unmagnetized object absorbs plasma particles that reach the surface, generating a plasma cavity called “wake” on the antisolar side of the object. For numerical simulations of electromagnetic structures around the wake, it is important to include the charging effect in global-scale simulations. The present study is one of the first attempts to study the formation of wake fields via a full-kinetic Vlasov simulation. It has been confirmed that the spatial structures of wake fields depend on the direction of interplanetary magnetic fields as well as the distance from the body.

    収録刊行物

    被引用文献 (9)*注記

    もっと見る

    参考文献 (23)*注記

    もっと見る

    関連プロジェクト

    もっと見る

    詳細情報 詳細情報について

    問題の指摘

    ページトップへ