INES Maps vs X

Explore the history of nuclear and radiological incidents around the world. INES Maps is an educational reference app for discovering major nuclear accidents, radiation incidents, criticality events, radioactive material accidents, and other significant events by location, date, and INES level. FEATURES • Explore incidents on an interactive world map • Browse events by INES level • Search by incident name, country, or description • View dates, locations, summaries, and detailed accounts • Sort incidents to find recent events within each level • Open related reference information from the incident details screen • Switch between English and Japanese ABOUT INES The International Nuclear and Radiological Event Scale (INES) is used to communicate the safety significance of nuclear and radiological events. The scale ranges from Level 1 to Level 7, with higher levels representing events of greater significance. ABOUT THE DATA Some incidents occurred before INES was introduced or do not have a confirmed official rating. In these cases, the app may show an estimated or equivalent level based on publicly available information. Historical sources may differ in their reporting of dates, release estimates, exposure levels, and event sequences. Where relevant, the app identifies these uncertainties. DISCLAIMER INES Maps is an independent educational reference app. It is not affiliated with or endorsed by the IAEA, any government agency, regulatory authority, or nuclear facility operator. This app does not provide emergency alerts, real-time radiation monitoring, medical advice, or official safety instructions. For emergencies and current safety information, always follow announcements from the appropriate authorities.

X-SERVEは、モンテカルロ計算に基づいたポータブルX線撮影装置使用時の散乱線の挙動を拡張現実（AR)で可視化できるアプリです。 本アプリは自動検出した平面上に 以下のものをARで表示する機能を実装しています。 （参考文献：Development of an application to visualise the spread of scattered radiation in radiography using augmented reality https://iopscience.iop.org/article/10.1088/1361-6498/abc14b/pdf） ・以下の照射条件時の散乱線の線量値毎のオブジェクト （管電圧80kV、管電流時間積2mAs 、焦点検出間距離120cm、胸部仰臥位正面） ・散乱線の二次元の断面二方向 ・散乱線の挙動の二次元の動画 ・照射野中心からの距離と線量 現在の機能は以上ですが、今後様々な機能、情報を追加していく予定です。 今後のアップデートにご期待ください。