日本における写真レンズ技術の進歩 : 軍需主導による発展と光学設計における独創性の萌芽(1925〜1945年)
スポンサーリンク
概要
- 論文の詳細を見る
The purpose of this paper is to examine the development of optical design technology of Japanese photographic lenses by analyzing some historical documents of optical designs, patent specifications and the correspondence between Ryozo Furukawa (an engineer of Nippon Kogaku K.K.) and Tatsuhiko Arakawa (an employee of Nippon Kogaku K.K.). The first Japanese photographic lens "Hexar" was developed by Hiroo Mouri of Rokuoh-sha with the assistance of Kogoro Yamada (an engineering officer of the Imperial Japanese Navy) in 1931. It was manufactured making use of Seidel's formulae and ray-tracing. Kakuya Sunayama (a designing manager of Nippon Kogaku K.K.) directed photographic lens technology in Nippon Kogaku K.K. from 1928 to 1937. Photographic lens technology is dual-use technology. In both cases, the demand by the military that needed aerial cameras advanced photographic lens technology. Later this outcome was transferred to civilian use. The military demanded high quality photographic lenses which met the high cost. Up until about 1935, private companies had sophisticated optical design technology and mass production facilities for photographic lenses. They also owned the data of the photographic lens designs and the technological accumulation of optical designing. It has become clear that the Japanese "original optical designs of photographic lenses" were established around 1938.
- 2010-09-24
著者
関連論文
- 日本における写真レンズ技術の進歩 : 軍需主導による発展と光学設計における独創性の萌芽(1925〜1945年)
- 日本の光学工業における技術移転 : 国産測距儀の研究開発を通じて(1913年〜1927年)
- 撃上自衛隊員の生体計測値 : 生理人類学会第27回大会
- 修正版注意配分検査(mADT)による長時間模擬飛行時の疲労評価--速い反応成分の有用性
- 医療用電子機器と航空機搭載電子機器との電磁環境適合性に関する調査--他機関の運用及び医療用電子機器のリストアップ
- 将来兵士システムの技術動向
- 被弾衝撃の可視化基礎実験
- 先進装具システムの研究(被弾衝撃の可視化基礎実験)
- 防衛技術協会主催講演会レポート--フランスにおける地雷探知技術の研究開発