第10回
フィルタードベントシステムに関する研究
著者:
藤井 康弘,Yasuhiro FUJII,奈良林 直,Tadashi NARABAYASHI,佐藤 修彰,Nobuaki SATO,辻 雅司,Masashi TSUJI,千葉 豪,Go CHIBA,川本 洋右,Yosuke KAWAMOTO
発刊日:
公開日:
キーワードタグ:
This paper describes how to write a manuscript of the 18th PES Proceedings. In the Fukushima Daiichi Nuclear Power Plant accident, a great deal of radioactive material was released to surrounding environment. After the accident, the Filtered Containment Venting System (FCVS) that can remove radioactive material from steam in containment vessel has attracted a great deal of attentions. However, there is few knowledge of filtered vent in Japan because almost filtered vent were developed in Europe after ...
英字タイトル:
Research related to Filtered Venting System
第13回
多核種高除染性空気浄化システム開発による作業被曝低減化研究 (1)全体計画
著者:
奈良林 直,Tadashi NARABAYASHI,増田 隆夫,Takao MASUDA,中坂 佑太,Yuta NAKASAKA,千葉 豪,Go CHIBA,佐藤 修彰,Nobuaki SATO,秋山 大輔,Daisuke AKIYAMA
発刊日:
公開日:
キーワードタグ:
By using the FCVS technology, we had started to develop a high decontamination air cleaning system to remove multi-nuclides for radiation protection to conduct decommissioning the Fukushima NPP (Fig. 17). Development of high efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris at Hokkaido University. A plasma cutter, laser cutter, wire cutter, drilling machine, etc., will be used and will generate aerosols. Therefore, the air cleaning system should be...
英字タイトル:
Development of a high efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris (1) Plan of this project
第14回
多核種高除染性空気浄化システム開発による作業被曝低減化研究 (2)メタルファイバーフィルターの除染係数測定
著者:
奈良林 直,Tadashi NARABAYASHI,石井 亮憲,Akinori ISHII,千葉 豪,Go CHIBA,山本 泰功,Yasunori YAMAMOTO,佐藤 修彰,Nobuaki SATO,増田 隆夫,Takao MASUDA
発刊日:
公開日:
キーワードタグ:
By using the FCVS technology, we had started to develop a high decontamination air cleaning system to remove multi-nuclides for radiation protection to conduct decommissioning the Fukushima NPP. High efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris has been developing at Hokkaido University. A plasma cutter, laser cutter, wire cutter, drilling machine, etc., will be used and will generate aerosols. Therefore, the air cleaning system should be neede...
英字タイトル:
Development of a high efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris (2) Measurement of DF for Metal Fiber Filter
第15回
廃炉作業用多核種高除染性空気浄化システムの開発 (3)湿式フィルターの除染性能の高性能化
著者:
奈良林 直,(東工大),藤井 拓也,(日本原電),渡邊 優太,千葉 豪,増田 隆夫,(北海道大),佐藤 修彰,(東北大)
発刊日:
公開日:
キーワードタグ:
By using the FCVS technology, we had started to develop a high decontamination air cleaning system to remove multi-nuclides for radiation protection to conduct decommissioning the Fukushima NPP. High efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris has been developing at Hokkaido University. A plasma cutter, laser cutter, wire cutter, drilling machine, etc., will be used and will generate aerosols. Therefore, the air cleaning system should be needed f...
英字タイトル:
Development of a high efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris(3) Improvement for Wet-Type Filter
第15回
廃炉作業用多核種高除染性空気浄化システムの開発 (4)乾式フィルターの除染性能の高性能化
著者:
奈良林 直,(東工大),渡邊 優太,(北海道大),藤井 拓也,(日本原電),石井 亮憲,千葉 豪,増田 隆夫,佐藤 修彰,(東北大)
発刊日:
公開日:
キーワードタグ:
By using the FCVS technology, we had started to develop a high decontamination air cleaning system to remove multi-nuclides for radiation protection to conduct decommissioning the Fukushima NPP. High efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris has been developing at Hokkaido University. A plasma cutter, laser cutter, wire cutter, drilling machine, etc., will be used and will generate aerosols. Therefore, the air cleaning system should be needed f...
英字タイトル:
Development of a high efficiency multi-nuclide aerosol filters for radiation protection during a process of cutting core debris (4) Improvement for Wet-Type Filter