名後 利英
著者に関連した記事は2件です。
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第16回
六ヶ所再処理施設の新規制基準に係る適合性審査の概要
著者:
有澤 潤,長澤 和幸,名後 利英,瀬川 智史,越智 英治,（日本原燃）
発刊日:
公開日:
キーワードタグ:
conformity review earthquake fires lightning strike new regulatory requirements overflow reprocessing plant Rokkasho severe accident tornado volcano
有澤 潤,長澤 和幸,名後 利英,瀬川 智史,越智 英治,（日本原燃）
発刊日:
公開日:
キーワードタグ:
conformity review earthquake fires lightning strike new regulatory requirements overflow reprocessing plant Rokkasho severe accident tornado volcano
Rokkasho Reprocessing Plant, the only commercial reprocessing facility in Japan, was applied for the approval of reprocessing business change to follow the new regulatory requirements on January 7, 2014. After several times of corrective applications, the end of the conformity review is nearing.
In order to improve the safety of facilities, we are adding measures for earthquake, tornado, volcano, overflow, etc., as well as trying to strengthen measures for lightning strike, internal fires, external fires, e...
英字タイトル:
Summary of Conformity Review on New Regulatory Requirements for Rokkasho Reprocessing Plant
英字タイトル:
Summary of Conformity Review on New Regulatory Requirements for Rokkasho Reprocessing Plant
第16回
蒸発乾固進展時の挙動及び重大事故等対処設備の設計条件
著者:
瀬川 智史,長澤 和幸,名後 利英,長谷川 敬,有澤 潤,越智 英治,（日本原燃）
発刊日:
公開日:
キーワードタグ:
design condition evaporation to dryness reprocessing plant sever accident
瀬川 智史,長澤 和幸,名後 利英,長谷川 敬,有澤 潤,越智 英治,（日本原燃）
発刊日:
公開日:
キーワードタグ:
design condition evaporation to dryness reprocessing plant sever accident
The evaporation to dryness due to the loss of cooling functions is an event that leads to boiling and dryness if the cooling function to remove decay heat of solution is lost. We clarify a phenomenon that is caused by the result of the course of the evaporation to dryness, and we will prepare some countermeasures against these clarified phenomenon. And furthermore, we prepare the design condition for these countermeasures....
英字タイトル:
A phenomenon of the course of the evaporation to dryness and the design condition for countermeasures
英字タイトル:
A phenomenon of the course of the evaporation to dryness and the design condition for countermeasures