Doshisha University

Doshisha University Academic Repository
Not a member yet
    22147 research outputs found

    ヒョウシ オクズケ ナド

    No full text
    ページの表記は無しothe

    Shareholder derivative suits and power of the board of directors

    No full text
    株主代表訴訟制度の改革を提言する。論説(Article)森田章: 同志社大学名誉教授departmental bulletin pape

    Housekeeping in Pinter's early plays

    No full text
    論文(Article)departmental bulletin pape

    Surrounded by consumption : Amy Yamada and Bedtime eyes

    No full text
    departmental bulletin pape

    A Simple Mathematical Expression for NonLinear Resistive Characteristics of Metal Oxide Elements in Lightning Surge Analysis

    No full text
    Accurate simulations of transient phenomena in electric power systems with metal oxide varistors (MOVs) or lightning arresters (LAs) using the finite-difference time-domain (FDTD) method for solving Maxwell's equations require simple and accurate representations of MOVs or LAs. By representing a small cell within a MOV or LA with resistivity (ρ) dependent on electric field (E), these components can be modeled in three dimensions and seamlessly integrated into FDTD simulations. Achieving computational efficiency in FDTD simulation necessitates avoiding iterative computations for ρ from E. Hence, there is a significant need for a simple and accurate mathematical expression of ρ in terms of E. This study presents a methodology for deriving a three-coefficient exponential function from experimental data. By using integration properties, this method transforms nonlinear characteristics into linear ones without iterative processes or uniform data sampling. It also incorporates data weighting and outlier discrimination for enhanced accuracy. Comparative analysis with previous methods based on the ordinary least squares method and experimental data, using an applied current with a rise time of approximately 8 μs, confirms high accuracy and effectiveness in computing residual voltages resulting from impulse current injection using the FDTD method.journal articl

    Report on participation and presentation at the 29th European Congress of Sports Science

    No full text
    学会参加レポート(Report of participation)departmental bulletin pape

    The 2024 presidential election, the Supreme Court, and America's long fight for equality

    No full text
    本論では、最高裁判決と平等を求める社会運動との関係からマイノリティの権利拡大に合衆国憲法が果たしてきた両義的な役割を論じる。また最高裁の人種・ジェンダー構成がアメリカ史に持つ意味について考察し、初の黒人かつアジア系女性として大統領選挙を戦ったカマラ・ハリス副大統領の経歴とこの選挙でハリスに託された希望について説明することで、平等をめざすアメリカの長い戦いという文脈から2024年大統領選を考察する。This paper examines the ambivalent role the U.S. Constitution has played in expanding minority rights, focusing on the relationship between Supreme Court rulings and social movements demanding equality. It also examines the significance of the Supreme Court's racial and gender composition in American history. By detailing Vice President Kamala Harris's career—as the first Black and Asian American woman to run for president—and the hopes placed in her during this election, it contextualizes the 2024 presidential race within America's long struggle for equality.アメリカ研究所連続コロキアム : 2024年大統領選とアメリカ合衆国の法と社会(The 2024 presidential election and United States law and society)アメリカ研究所コロキアム大統領選シリーズ第一弾「大統領選とアメリカ憲法・最高裁」論文同志社大学アメリカ研究所(International Institute of American Studies, Doshisha University)部門研究3「Historical Studies of the Transient Subjects/Unsettled Settlers in the Transpacific World from the Mid-19th Century to the 20th Century」(代表者:和泉真澄)の成果。departmental bulletin pape

    ナゼ ラティーノ ワ トランプ 二 トウヒョウ シタ ノカ

    No full text
    本論文は、2024年アメリカ大統領選挙において、共和党候補者のドナルド・トランプが選挙人票だけでなく一般得票率でも民主党候補者のカマラ・ハリスを上回り、当選した原因として、ラティーノの間でのトランプ票の伸長があったことを示したうえで、その原因について独自のオンライン調査データを用いて検証した。その結果、ラティーノの間で、不法移民の強制送還を支持する態度がトランプへの投票に結びついていたことが示唆された。アメリカ研究所連続コロキアム : 2024年大統領選とアメリカ合衆国の法と社会(The 2024 presidential election and United States law and society)アメリカ研究所コロキアム大統領選シリーズ第三弾「大統領選を振り返る」論文departmental bulletin pape

    21,983

    full texts

    22,147

    metadata records
    Updated in last 30 days.
    Doshisha University Academic Repository
    Access Repository Dashboard
    Do you manage Open Research Online? Become a CORE Member to access insider analytics, issue reports and manage access to outputs from your repository in the CORE Repository Dashboard! 👇