See my prior EQ alert from May 14th, the chart here shows today's new activity. http://nukeprofessional.blogspot.com/2016/05/eartquake-alert-issued-by-nukepro-for.html
Large 7.2 at the crinkled bottom of the atlantic Ridge. And another on the Atlantic ridge, at 5.2. About 2 weeks ago there was a similar sequence, showing the whole American plate (north and south) were moving, and we predicted as a precursor to large EQ and Volcanoes in specific areas, many of which were struck.
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6.1M Taiwan Quake Near 3 Nuke Plants
http://flyingcuttlefish.wordpress.com/2016/05/31/taiwan-quake/
http://flyingcuttlefish.wordpress.com/2016/05/31/taiwan-quake/
6.1M Taiwan Quake Near 3 Nuke Plants
http://flyingcuttlefish.wordpress.com/2016/05/31/taiwan-quake/
6.1M Taiwan Quake Near 3 Nuke Plants
http://flyingcuttlefish.wordpress.com/2016/05/31/taiwan-quake/
http://flyingcuttlefish.wordpress.com/2016/05/31/taiwan-quake/
From a web source==this is another topic, but I wanted to preserve this information, so it is here.
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Table 1
Some isotopes of concern after a nuclear accident:
Plutonium 239, half-life: 24,000 years, decay mode: alpha, decay energy: 5.24 MeV
Strontium 90, half-life: 29 years, decay mode: beta, decay energy: 0.546 MeV
Cesium 134, half-life: 2 years, decay mode: beta, gamma, decay energy: 0.698 MeV
Cesium 137, half-life: 34 years, decay mode: beta, gamma, decay energy: 1.76 MeV
Iodine 131, half-life: 8 days, decay mode: beta, gamma, decay energy: 971 keV
Tritium, half-life: 12 years, decay mode: beta, decay energy: 18.6 keV
Decay energy is measured in electron volts (eV), a measure of the particle’s momentum. 1 MeV is 1,000,000 eV, and 1 keV is 1,000 eV. According to the table, Plutonium 239 is the most dangerous internal emitter, but the hazards to public health depend on the relative quantities released and the relative quantities that people actually absorb. Some segments of the population are more vulnerable than others. Is it a matter of a single exposure or a continual exposure and accumulation? What parts of the body do different particles tend to go to, and how long on average do they tend to stay in the body (the biological half-life)? None of this complexity can be conveyed with a map and a simple declaration of a “safe” limit of external gamma radiation exposure.
some maps here ...
ReplyDeletehttp://flyingcuttlefish.wordpress.com/2016/05/27/fiji/
Aloha!
ReplyDeletePardon, but Table 1 doesn't seem to fit this article.
Wherever it does belong, perhaps some toxicological data might fit with it. After all, they are not only biologically harmful via radioactive decay alone. U can replace Mg, Pu can replace Fe in either Chloraphyl or Hemoglobin respectively, iirc.
We are all human. We all make mistakes, from time to time.
Speaking of mistakes, where's that loose goose, Mr. Larson & his buddy The Turd?
News alert- tectonic plates are always in motion. Isotopes of concern occur in nature as uranium spontaneously fissions. It also undergoes neutron capture making plutonium in nature as well.
ReplyDeleteOur planet is naturally radioactive and a giant subcritical reactor. Google "keff of the world". Dr. W. is a colleague and mentor. Learn.
f u Lucy
ReplyDelete6.1M Taiwan Quake Near 3 Nuke Plants
ReplyDeletehttp://flyingcuttlefish.wordpress.com/2016/05/31/taiwan-quake/
(6-1)First eruption of Mount Sourbaya in 60 years continues, far South Atlantic Ocean
ReplyDeletehttp://thewatchers.adorraeli.com/2016/06/01/first-eruption-of-mount-sourbaya-in-60-years-continues-far-south-atlantic-ocean/
Yep, the whole American plate is moving, something big is going on and we have front row seats.
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