◯the Fukushima Crisis786;Contami.of Tokyo is Dreadful 東京の汚染はやはりすごい これじゃ住めない

2014-05-08 07:14:43 | ♪PFK ASAP NEWS

05/08/2014 inventsolitude.sblo.jp
Contamination of Tokyo is dreadful level too. 05/01/2014 which cannot live now
Category: Contamination of Tokyo
In more than 0.57 microsievert/h (5 millisieverts per year), it is equivalent to a "control area for radiation" in Japan.
Incidentally, around Chiba, Tochigi, Miyagi, and Ibaraki is such a numerical value generally.
=========================================
Contamination of Tokyo is dreadful level too. Now, it cannot live. Being [ about the same place as a control area for radiation ]-all over the districts reference drawing
http://inventsolitude.sblo.jp/article/85338449.html
The air dose rate average value and the maximum according to cities, wards, towns, and villages which less than 0.20micro of air dose rate Sv/h that was not displayed on the last map calculated including all the measured value also including the thing of more than 0.37microSv/h.

Bottom radioactive contamination average value of 23 wards of Tokyo and area ofTokyo city.
Unit: Microsievert /hrs


The radioactive contamination maximum under 23 wards of Tokyo, and area of Tokyo city.
Unit: Microsievert /hrs



The air dose rate of the area through which Plume's mainstream passed in 2011/3 / the 15 mornings is low in the upper figure compared with other areas, and it turns out that the initial contamination by air intake was the big cause of health impairment.
http://inventsolitude.sblo.jp/article/85523384.html
=========================================


05/08/2014 inventsolitude.sblo.jp

東京の汚染はやはりすごい これじゃ住めない 05/01/2014
カテゴリ:東京の汚染

毎時0.57マイクロシーベルト(年間5ミリシーベルト)以上の場合、日本では「放射線管理区域」に相当します。

因みに、千葉や栃木、宮城、茨木あたりが大体これ位の数値です
=========================================
東京の汚染はやはりすごい これじゃ住めない 全域で放射線管理区域並みの場所があるの参考図
http://inventsolitude.sblo.jp/article/85338449.html

前回のマップで表示しなかった空間線量率0.20μSv/h未満、0.37μSv/h超のものも含め、全測定値を含めて計算した市区町村別の空間線量率平均値と最大値。












上の図で、2011/3/15午前にプルームのメインストリームが通過した地域の空間線量率は他の地域に比べて低く、吸気による初期被曝が健康被害の大きな原因であったことが分かる。

http://inventsolitude.sblo.jp/article/85523384.html
=========================================