以下、裏表紙より転載いたします。群論 (岩波基礎数学選書) 近藤 武。 This book is the first comprehensive treatment of Painlev differential equations in the complex plane. Starting with a rigorous presentation for the meromorphic nature of their solutions, the Nevanlinna theory will be applied to offer a detailed exposition of growth aspects and value distri- bution of Painlev transcendents. The subsequent main part of the book is devoted to topics of classical background such as representations and expansions of solutions, solutions of special type like rational and special transcendental solutions, Bcklund transformations and higher order analogues, treated separately for each of these six equations. The final chapter offers a short overview of applications of Painlev equations, including an introduction to their discrete counterparts. Due to the present important role of Painlev equations in physical ap- plications, this monograph should be of interest to mathematicians and physicists both in research and in postgraduate studies.
それ以外には、書き込み汚れ無く、新品に近い美本です。★希少! 初版 『 新講 数学3 』 赤攝也/著 三省堂。
他にも同分野の希少本を多数出品しております。K12◇ 3冊セット【Mathematica現代数学探究 基礎篇・応用篇・発展篇(全冊未開封CD-ROM付 )】スタン・ワゴン 著 植野義明 ほか訳 240526。是非ご覧ください。◎◎★/数学セミナー創刊号あり他数学関連雑誌・資料まとめて大量300冊以上セット 現代数学/和算研究/数理科学/BASIC数学ほか。
同梱で送料+α お値引き可能です。L31◎岩波講座 現代数学の基礎 全17巻(全34冊) 上野健爾 代数幾何 数論 微分形式の幾何学 群論 環と体 月報揃い セット 240524。ご購入前にコメントにてご相談ください。カッツ 数学の歴史 ヴィクター・J.カッツ。
以下、裏表紙より転載いたします。群論 (岩波基礎数学選書) 近藤 武。
This book is the first comprehensive treatment of Painlev differential
equations in the complex plane. Starting with a rigorous presentation for
the meromorphic nature of their solutions, the Nevanlinna theory will be
applied to offer a detailed exposition of growth aspects and value distri-
bution of Painlev transcendents. The subsequent main part of the book
is devoted to topics of classical background such as representations and
expansions of solutions, solutions of special type like rational and special
transcendental solutions, Bcklund transformations and higher order
analogues, treated separately for each of these six equations. The final
chapter offers a short overview of applications of Painlev equations,
including an introduction to their discrete counterparts.
Due to the present important role of Painlev equations in physical ap-
plications, this monograph should be of interest to mathematicians and
physicists both in research and in postgraduate studies.