Hiroshi SUGIYAMA
著者に関連した記事は5件です。
更新情報
第11回
ガラス溶融炉高度化研究
著者:
駒嶺 哲,Satoshi KOMAMINE,杉山 裕志,Hiroshi SUGIYAMA,兼平 憲男,Norio KANEHIRA,越智 英治,Eiji OCHI
発刊日:
公開日:
キーワードタグ:
cold test high level liquid waste liquid feed ceramic melter mock-up test novel metal
駒嶺 哲,Satoshi KOMAMINE,杉山 裕志,Hiroshi SUGIYAMA,兼平 憲男,Norio KANEHIRA,越智 英治,Eiji OCHI
発刊日:
公開日:
キーワードタグ:
cold test high level liquid waste liquid feed ceramic melter mock-up test novel metal
JNFL have developed the vitrification technology of a high level liquid waste with a modification in discharge performance of the noble metal by changing the bottom structure and adding heating means. Cold test was conducted by using a full scale mock-up melter which introduced the new vitrification technology. In the cold test, we confirmed the discharge performance of the noble metal. ...
英字タイトル:
A study of advanced vitrification technology
英字タイトル:
A study of advanced vitrification technology
論文
原子力プラントにおけるレジリエンス評価法の開発 (その4:システム安全の考え方)
著者:
宮野 廣,Hiroshi MIYANO,山口 彰,Akira YAMAGUCHI,出町 和之,Kazuyuki DEMACHI,高田 孝,Takashi TAKATA,荒井 滋喜,Shigeki ARAI,杉山 直紀,Naoki SUGIYAMA
発刊日:
公開日:
キーワードタグ:
Accident Management and System Safety Resilience Index Safety Assessment Severe Accident
宮野 廣,Hiroshi MIYANO,山口 彰,Akira YAMAGUCHI,出町 和之,Kazuyuki DEMACHI,高田 孝,Takashi TAKATA,荒井 滋喜,Shigeki ARAI,杉山 直紀,Naoki SUGIYAMA
発刊日:
公開日:
キーワードタグ:
Accident Management and System Safety Resilience Index Safety Assessment Severe Accident
Abstract The total system design on Nuclear Plant ensures “Nuclear safety” with making practically achievable efforts to prevent and mitigate nuclear and radiological accidents. The performance based system design with “Defence in depth (D-I-D)” has been laid out as the key means in “preventing accidents”, “controlling escalation to serious consequences”, and “mitigating impact to the public”. D-I-D is extended to the management of severe accidents, and is an approach intended to provide protection a...
英字タイトル:
Development of Resilience Evaluation Method for Nuclear Power Plant (Part4: Concept of System Safety on Operating Nuclear Power Plants)
英字タイトル:
Development of Resilience Evaluation Method for Nuclear Power Plant (Part4: Concept of System Safety on Operating Nuclear Power Plants)
第14回
原子力安全、社会と共に考える -公衆との対話-
著者:
宮野 廣,Hiroshi MIYANO,村松 健,Ken MURAMATSU,野口 和彦,Kazuhiko NOGUCHI,成宮 祥介,Yoshiyuki NARUMIYA,高田 孝,Takashi TAKATA,牟田 仁,Hitoshi MUTA,糸井 達哉,Tatsuya ITOI,ITOI MRI,松本 昌昭,Masaaki MATSUMOTO,MATSUMOTO JANUS,松永 陽子,Yoko MATSUNAGA,杉山 憲一郎,Kenichiro SUGIYAMA
発刊日:
公開日:
キーワードタグ:
Communication Nuclear Safety Public Risk Communication Social Risk
宮野 廣,Hiroshi MIYANO,村松 健,Ken MURAMATSU,野口 和彦,Kazuhiko NOGUCHI,成宮 祥介,Yoshiyuki NARUMIYA,高田 孝,Takashi TAKATA,牟田 仁,Hitoshi MUTA,糸井 達哉,Tatsuya ITOI,ITOI MRI,松本 昌昭,Masaaki MATSUMOTO,MATSUMOTO JANUS,松永 陽子,Yoko MATSUNAGA,杉山 憲一郎,Kenichiro SUGIYAMA
発刊日:
公開日:
キーワードタグ:
Communication Nuclear Safety Public Risk Communication Social Risk
After Fukushima daiichi nuclear accident, it becomes more important risk communication with the public. In discussions with the public in nuclear safety, communication and discussions on risks that not only nuclear risks also social risks are important. Differences in viewpoints, understanding, and thought about risks become communication difficult. We need to discuss risks fairly, appropriately with the public and reduce total social risks. ...
英字タイトル:
For Discussions with the Public for the Safety of Nuclear Power -Discussion with the Public -
英字タイトル:
For Discussions with the Public for the Safety of Nuclear Power -Discussion with the Public -
第11回
超高純度ステンレス鋼SUS310EHP の部材製作技術開発
著者:
岡田 聖貴,Kiyotaka OKADA,杉山 裕志,Hiroshi SUGIYAMA,蝦名 哲成,Tetsunari EBINA,加納 洋一,Yoichi KANO,中山 準平,Junpei NAKAYAMA,曽我 幸弘,Yukihiro SOGA
発刊日:
公開日:
キーワードタグ:
Fabrication Technology Reprocessing Stainless Steel SUS310EHP Weldability
岡田 聖貴,Kiyotaka OKADA,杉山 裕志,Hiroshi SUGIYAMA,蝦名 哲成,Tetsunari EBINA,加納 洋一,Yoichi KANO,中山 準平,Junpei NAKAYAMA,曽我 幸弘,Yukihiro SOGA
発刊日:
公開日:
キーワードタグ:
Fabrication Technology Reprocessing Stainless Steel SUS310EHP Weldability
The Extra High Purity Stainless Steel “SUS310EHP” has been developed to use in high oxidizing environments of the reprocessing plant. This stainless steel has higher intergranular-corrosion-resistance than R-SUS304ULC that is used in Rokkasho Reprocessing Plant. The SUS310EHP fabrication technology was verified by making sheets, plates and tubes. Moreover, the weldability of this stainless Steel was also investigated using the sheets, plates and tubes. ...
英字タイトル:
Development of Fabrication Technology of the Extra High Purity Stainless
英字タイトル:
Development of Fabrication Technology of the Extra High Purity Stainless
第12回
運転プラントにおけるシステム安全の考え方
著者:
宮野 廣,Hiroshi MIYANO,山口 彰,Akira YAMAGUCHI,出町 和之,Kazuyuki DEMACHI,高田 孝,Takashi TAKATA,荒井 滋喜,Shigeki ARAI,杉山 直紀,Naoki SUGIYAMA
発刊日:
公開日:
キーワードタグ:
Accident Management and System Safety Resilience Index Safety Assessment Severe Accident
宮野 廣,Hiroshi MIYANO,山口 彰,Akira YAMAGUCHI,出町 和之,Kazuyuki DEMACHI,高田 孝,Takashi TAKATA,荒井 滋喜,Shigeki ARAI,杉山 直紀,Naoki SUGIYAMA
発刊日:
公開日:
キーワードタグ:
Accident Management and System Safety Resilience Index Safety Assessment Severe Accident
The total system design on Nuclear Plant ensures “Nuclear safety” with making practically achievable efforts to prevent and mitigate nuclear and radiological accidents. The performance based system design with “Defence in depth (D-I-D)” has been laid out as the key means in “preventing accidents”, “controlling escalation to serious consequences”, and “preventing harmful consequences to the public”. D-I-D is extended to the management of severe accidents, and is an approach intended to provide protectio...
英字タイトル:
Concept of System Safety on Operating Nuclear Power Plant
英字タイトル:
Concept of System Safety on Operating Nuclear Power Plant