〔フクイチ・メガ核惨事〕★ 「フクイチ」で局地的に発生する「怪霧」は、パキスタンのハンジャブ地方で、天然放射能、鉛２１０、ベリリウム７を核とした放射能エアロゾルで発生する「放射性前線霧（Radiation and Frontal fog）」と同じようなメカニズムで生まれているものではないか？

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　◆　パキスタンの研究チームが、冬場のパンジャブ地方で発生する「放射性前線霧」を、天然核種の鉛２１０、ベリリウム７の大気中濃度がが、それぞれ１９％、２３％（以上）上昇すると、快晴で霧が発生することを突き止める！

　★　「フクイチ」の局地的な霧も、同じような発生機序を持つものではないか？

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〔★は大沼〕 ◎　ＩＡＥＡ（国際原子力機関）　International Nuclear Information System（ＩＮＩＳ　国際各情報システム）　：　パキスタン・イスラマバード大学などの研究チーム論文（２０１１年）　The effect of radioactive aerosols on fog formation 　/　Ali, G.; Khan, E.U.; Ali, N.; Khan, H.A.; Waheed, A
　⇒　https://inis.iaea.org/search/search.aspx?orig_q=RN:4602120

（全文）⇒　http://www.pmd.gov.pk/rnd/rnd_files/vol7_issue14/1_The%20Effect%20of%20Radioactive%20Aerosols%20on%20Fog%20Formation_GoharAli.pdf

　This research study has been carried out to explore the dependence of fog formation on Radioactive aerosols. The aerosols containing radioactive nuclides are called radioactive aerosols. A large number of radioactive nuclides are present in the atmosphere among which the two most important nuclides, 7Be and 210Pb are considered here in this study. Results for Activity Concentrations of these radio-nuclides in air samples in clear and foggy conditions were comparatively analyzed. About 19% increase in Activity concentration for 210Pb and about 23% increase in Activity Concentration for 7Be was recorded during fog as compared to clear conditions. This increase in Activity Concentration during fog indicates that the presence of aerosols laden with these radio-nuclides is also one of the so many factors responsible for fog formation.