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Rchr
J-GLOBAL ID：200901006299402378
Update date: Dec. 18, 2024 Itoh Shigeru
イトウ シゲル | Itoh Shigeru
ClipsMISC (255)
- 下嶋賢, 比嘉修, 比嘉勝也, 比嘉吉一, 嶽本あゆみ, 安田淳, 山戸陸也, 中澤稔, 井山裕文, 渡邉敏晃, et al. 瞬間的高圧処理を用いた米粉の製粉装置の開発-第1報 連続運転装置の開発と米粉の成分分析-. 日本食品工学会誌. 2015. 16. 4. 297-302
- 日向毅, 井山裕文, 伊東繁. 水中衝撃波を利用したアルミニウム合金の自由張り出し成形に関する研究. 火薬学会誌. 2005. 66. 3. 301-306
- Research on the underwater shock wave generated by discharge of high voltage impulsive current(共著). 2005. 145-150
- Deformation mechanism of metal plate on explosive forming (共著). 2005. 205-210
- Glass crushing for recycling using underwater shock wave(共著). 2005. 211-215
- Exfoliation of marine organisms technology by using underwater shock wave(共著). 2005. 171-175
- Explosive welding of metal sheets(共著). 2005. 151-157
- Destruction of cryogenic pressure vessel and piping by shock wave (共著). 2005. 165-169
- Shock analysis of underwater explosion using particle method. 2005. 6. 6. 443-447
- Influence of shock wave propagating in case on the detonation characteristics. Science and technology of energetic materials. 2005. 66. 4. 327-333
- 水中衝撃波を利用したアルミニウム合金の自由張り出し成形に関する研究(第1報)?アルミニウム合金板の最適成型法について?”. Science and Technology of Energetic Materials. 2005. 66. 3. 301-306
- 導爆線による水中衝撃波を用いたガラス板の破砕. Shock Wave and Hypervelocity Phnomena 2005 (ESHP Workshop 2005). 2005. 97
- 水中衝撃波を用いた海洋生物剥離技術. Shock Wave and Hypervelocity Phnomena 2005 (ESHP Workshop 2005). 2005. 98-103
- 野菜および果実への水中衝撃波負荷による外観の変化. Shock Wave and Hypervelocity Phnomena 2005 (ESHP Workshop 2005). 2005. 67-72
- A study on expansion process in the copper pipe by the detonation of PETN using metal wire explosion. 2005. 66. 5. 365-369
- Shock analysis of underwater explosion using particle method. Science and technology of energetic materials. 2005. 66. 6. 443-447
- Supercritical expleriment device for surface treatment of nano diamond. 2005 International symposium on Nano Science and Technology. 2005
- A new method for making surface composite layer by diamond particles on an aluminum plate through underwater shock compression. 2005. IMP-03-1-IMP-03-4
- Research on the underwater shock wave generated by discharge of high voltage impulsive current. American Society of Mechanical Engineers, Pressure Vessels and Piping Division (Publication) PVP 4. 2005. 145-150
- Deformation mechanism of metal plate on explosive forming. American Society of Mechanical Engineers, Pressure Vessels and Piping Division (Publication) PVP 4. 2005. 205-210
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