イオン交換性リン酸セルロースに関する研究

Type
Book
Creator
根岸 英一
Issued
1958
Description

種別 / Type: 卒業論文 / Thesis

言語 / Language: 日本語 / Japanese

ページ数, 冊数 / Pages, Volumes: 43丁, 図表13枚

専攻 / Department: 応用化学科工業化学専修

所蔵図書室 / Holding Library: 工5号館図書室 / Engineering Bldg. 5 Library

Collection

  • Source materials for Engineering History: The University of Tokyo Digital Archive

    As part of "the project of curating source materials for engineering history", Libraries for Engineering and Information Science & Technology conducts research and collection of materials and objects that are academic assets of the Graduate School of Engineering, the Faculty of Engineering and the Graduate School of Information Science and Technology.
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関連資料

衝撃電圧ニ関スル研究並ニ電弧ノ特性ニ関スル研究

鳳 誠三郎
Source materials for Engineering History: The University of Tokyo Digital Archive | Graduate School of Engineering / Faculty of Engineering, Graduate School of Information Science and Technology

開渠を通る波の研究

谷下 市松
Source materials for Engineering History: The University of Tokyo Digital Archive | Graduate School of Engineering / Faculty of Engineering, Graduate School of Information Science and Technology

燐光體ノ理論

塩川 金城 (野依 金城)
Source materials for Engineering History: The University of Tokyo Digital Archive | Graduate School of Engineering / Faculty of Engineering, Graduate School of Information Science and Technology

酸化チタンの物性とその電子写真材料への応用に関する研究

飯田 武揚
Source materials for Engineering History: The University of Tokyo Digital Archive | Graduate School of Engineering / Faculty of Engineering, Graduate School of Information Science and Technology

塩化第一銅錯塩ヲ用フル電気分銅法ニ就テ

牧島 象二
Source materials for Engineering History: The University of Tokyo Digital Archive | Graduate School of Engineering / Faculty of Engineering, Graduate School of Information Science and Technology

卒業論文に關する注意

東京帝国大学工学部
Source materials for Engineering History: The University of Tokyo Digital Archive | Graduate School of Engineering / Faculty of Engineering, Graduate School of Information Science and Technology