Die folgende Dosen wurden entdeckt und gereinigt(?):
29.10.2011
Setagaya, Tokyo, um dem Supermarkt "power rakusu setagaya", 170 Mikrosievert/h
(Man weiss nicht, welche radioaktive Substanz dort ist, wahrscheinlich nicht aus Fukushima)
25.10.2011
Yashio, Saitama, um der High Scholl Yashio, 3.659Mikrosievert/h
24.10.2011
Kawasaki, Kanagawa, um Nakahara-Heiwa-Park, 0.27 Mikrosievert/h
21.10.2011
Kamigomachi, Sakaeku, Yokohama, nahe des Müllabführbüros 0.81 MIkrosievert/h
21.10.2011
Totsukaku, Yokohama, um der Junior High School Akiba, 0.75 Mikrosievert, um der Volksschule Kashio 0.77 Mikrosievert, um der Junior Hight School Maioka, 0.83 Mikrosievert/h
18.10.2011
Kanazawaku, Yokohama, um der Volksschule Kamariya-Nishi, 0.86 Mikrosievert/h
18.10.2011
Arakawaku, Tokyo: Der einzige Bezirk in Tokyo, der Messung der Belastung ablehnt.
18.10.2011
Adachiku, Tokyo, um der Volksschule Higashi-huchie, 3.99 Mikrosievert/h
13.10.2011
Funabashi, Chiba, um dem Andersen-Park, 5.82 Mikrosievert/h
7.10.2011
Midoriku, Yokohama, um der Junior High School Kamoi, 0.86 Mikrosievert/h
6.10.2011
Bunkyoku, Tokyo, um der Volksschule Nezu, 1488 Becqurel/kg (Cäsium 137)
3.10.2011
Konanku, Yokohama, um der Junior High School Maruyamadai, 0.7 Mikrosievert/h
Ich melde mich wieder!
Samstag, 29. Oktober 2011
Landkarte von Fukushima-Ostjapan, Niigata, Akita mit Belastungsdosis (MEXT)
http://www.best-worst.net/news_LFfUEkgUb.html
Größere Karten : siehe http://radioactivity.mext.go.jp/ja/1910/2011/10/17485.pdf
Belastung von Cäsium 134, 137 in der Niigata-Präfektur
Belastung von Cäsium 134, 137 in der Akita-Präfektur
Belastung von Cäsium 134, 137 in Uonuma-Stadt in der Präfektur Niigata
Größere Karten : siehe http://radioactivity.mext.go.jp/ja/1910/2011/10/17485.pdf
Belastung von Cäsium 134, 137 in der Niigata-Präfektur
Belastung von Cäsium 134, 137 in der Akita-Präfektur
Belastung von Cäsium 134, 137 in Uonuma-Stadt in der Präfektur Niigata
Japan to offer nuclear plant technology to India despite meltdown at home reactors
http://www.canadianbusiness.com/article/54043--japan-to-offer-nuclear-plant-technology-to-india-despite-meltdown-at-home-reactors
TOKYO - Japan and India are moving forward on a deal for Tokyo to provide nuclear plant technology to India despite widespread worries about safety after the March 11 disaster triggered by a massive tsunami.
Japanese Foreign Minister Koichiro Gemba told reporters Saturday that the agreement was reached in a meeting in Tokyo with his Indian counterpart S.M. Krishna to move forward on the nuclear plant deal.
The government has been checking on the safety of nuclear power plants in Japan after the March 11 tsunami destroyed backup generators and sent three reactors at Fukushima Dai-ichi nuclear plant into meltdown.
Cesium-137 flow into sea 30 times greater than stated by TEPCO: report
http://mdn.mainichi.jp/mdnnews/news/20111029p2g00m0dm016000c.html
PARIS (Kyodo) -- The amount of radioactive cesium-137 that flowed into the Pacific after the start of Japan's nuclear crisis was probably nearly 30 times the amount stated by Tokyo Electric Power Co. in May, according to a recent report by a French research institute.
The Institute for Radiological Protection and Nuclear Safety said the amount of the isotope that flowed into the ocean from the Fukushima Daiichi nuclear plant between March 21 and mid-July reached an estimated 27.1 quadrillion becquerels. A quadrillion is equivalent to 1,000 trillion.
Of the amount, 82 percent had flowed into the sea by April 8, according to the study, which noted that the amount released as a result of the disaster triggered by the March 11 earthquake and tsunami was unprecedented.
The report also said the Pacific was polluted at an exceptional speed because the plant stands in a coastal area with strong currents, though it said the impact of the contamination on marine life in remote waters is likely to wane from autumn.
But the institute warned that a significant degree of pollution would remain in waters off the coast of Fukushima Prefecture, northeast of Tokyo. Radioactive cesium-137 has a half life of around 30 years.
PARIS (Kyodo) -- The amount of radioactive cesium-137 that flowed into the Pacific after the start of Japan's nuclear crisis was probably nearly 30 times the amount stated by Tokyo Electric Power Co. in May, according to a recent report by a French research institute.
The Institute for Radiological Protection and Nuclear Safety said the amount of the isotope that flowed into the ocean from the Fukushima Daiichi nuclear plant between March 21 and mid-July reached an estimated 27.1 quadrillion becquerels. A quadrillion is equivalent to 1,000 trillion.
Of the amount, 82 percent had flowed into the sea by April 8, according to the study, which noted that the amount released as a result of the disaster triggered by the March 11 earthquake and tsunami was unprecedented.
The report also said the Pacific was polluted at an exceptional speed because the plant stands in a coastal area with strong currents, though it said the impact of the contamination on marine life in remote waters is likely to wane from autumn.
But the institute warned that a significant degree of pollution would remain in waters off the coast of Fukushima Prefecture, northeast of Tokyo. Radioactive cesium-137 has a half life of around 30 years.
(Mainichi Japan) October 29, 2011
Abbau von Fukushima dauert mehr als 30 Jahre
http://www.tagesschau.sf.tv/Nachrichten/Archiv/2011/10/28/International/Abbau-von-Fukushima-dauert-mehr-als-30-Jahre
«Wichtiger Schritt zur Kaltabschaltung»
Mehr als fünf Monate lang hatten Arbeiter mit Schutzmasken und Spezialanzügen eine Abdeckungskonstruktion in dem havarierten Reaktor errichtet, die das Austreten radioaktiver Strahlung verhindern soll.
Freitag, 28. Oktober 2011, 18:35 Uhr
Mehr Mehr als sieben Monate nach der Katastrophe im japanischen Atomkraftwerk Fukushima sind die Sicherungsmassnahmen im Reaktor eins abgeschlossen worden. Der Abbau der Anlage dürfte aber mehr als 30 Jahre dauern.
Drei der sechs Reaktoren in Fukushima waren durch das verheerende Erdbeben der Stärke 9 und den anschliessenden Tsunami Mitte März schwer beschädigt worden. Durch die Schäden gerieten sie ausser Kontrolle, es kam zu einer teilweisen Kernschmelze und zu einer Freisetzung von Radioaktivität.«Wichtiger Schritt zur Kaltabschaltung»
Mehr als fünf Monate lang hatten Arbeiter mit Schutzmasken und Spezialanzügen eine Abdeckungskonstruktion in dem havarierten Reaktor errichtet, die das Austreten radioaktiver Strahlung verhindern soll.
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