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20090915--> ID: Pass: Lost Password? / Register Now! --> 20090915--> --> The NI technologies for the collection and sharing of Neuro-related data are important for the brain understanding. These information include electrical resources, papers, experimental data, mathematical models, simulations, URLs, etc. Hence, it is necessary to develop a database system to integrate these disparate resources into a single base named XooNIps, which serves as the Base Platform for each research fields. 20090915--> Home News Forum 20090915--> Advanced Search--> Login XooNIps検索    全て タイトル & キーワード メタデータ Article      詳細検索 インデックスツリー open all close all Public 全て タイトル & キーワード メタデータ Article --> 詳細 閲覧数:2219 ID AN00181569-19990300-1001 アイテムタイプ Article このアイテムを表示する 画像 本文 AN00181569-19990300-1001.pdf Type : application/pdf Size : 176.8 KB Last updated : Feb 3, 2011 Downloads : 2365 Total downloads since Feb 3, 2011 : 2365 タイトル Calculating the Finite-Tempuerature Effective Potential with the theory Renormalized at Zero-Temperature 著者 Hisao NAKKAGAWA (Hisao nakagawa) 教養部 Hiroshi YOKOTA (Hiroshi yokota) 教養部 版 publisher 出版地 奈良 出版者 奈良大学 上位タイトル 奈良大学紀要 (Memoirs of the Nara University). Vol.27号, (1999. 03) ,p.1- 10 識別番号 ISSN 03892204 抄録 In this paper we apply the renormalization-group (RG) inspired resummation method to the one-loop effective potential at finite temperature evaluated in the massive scalar 04 model renormalized at zero-temperature, and study whether our resummation procedure a la RG uccessfully resum the dominant correction terms apperaed in the perturbative caluculation in the T = 0 renormalization scheme or not. Our findings are i) that if we start from the theory renormalized at T = 0, then the condition that may perform the resummation of dominant corrction terms actually generates new large terms of the same order of magnitude, thus the resummation program totally breakes down, indicating ii) that the perturbative calculation with the theory renormalized at T = 0 does not fit for the starting basis for carrying out the resummation of temperature-dependent large corrction terms. In the theory renormalized at an arbitrary finite temperature the resummation program successfully works, carrying out the full resummation of dominant correction terms. Result in the theory renormalized .at finite-temperature shows, with the one-loop knowledge alone, the second order nature of the phase transition in the model. 言語 eng 資源タイプ text ジャンル Departmental Bulletin Paper Index / Public / 奈良大学紀要 / 27号 関連アイテム