011 JST 28 Jan 2012 007 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 3.3
007 JST 28 Jan 2012 004 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 4.1
07:56 JST 28 Jan 2012 07:48 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 2.7
07:54 JST 28 Jan 2012 07:43 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 5.5
07:51 JST 28 Jan 2012 07:46 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 4.1
07:48 JST 28 Jan 2012 07:43 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 5.5
07:44 JST 28 Jan 2012 07:39 JST 28 Jan 2012 Yamanashi-ken Tobu-Fujigoko M 5.0

Se acaba de producir otro de magnitud 5.9.



Y la ionosfera al rojo vivo, esperemos que no vaya a más.







Y aquí la tercera CME de ésta semana, menos mal que no se dirige a la Tierra.

[YOUTUBE][/YOUTUBE]Fukushima webcam shows spots/static — Similar phenomenon seen inside reactor 2? — Possible hail, snow, signal noise? (VIDEO) « ENENews.com

27 de enero 2012
Fukushima webcam muestra puntos / estáticos - fenómeno similar al que se observa en los videos del interior del reactor 2? - Posibilidad de granizo, la nieve, el ruido de la señal? (VIDEO)

Comienza alrededor de doce y veinticinco segundos a alrededor de las 16´30

+ YouTube Video

n las fotos del interior del reactor 2, la AP informó "La radiación apareció en las imágenes como una interferencia estática, o electrónico con el equipo que se utiliza."

Foto de la estática en el interior del reactor 2:



h / t larry

Lecturas de las precipitaciones en Fukushima el 27 de enero a las 11:00; a la misma hora que el primer video:

Me queda cerca, seria interesante ir a "discutir" , lastima que solo sea para profesores.

Twiter de japoneses sobre los terremotos que comentáis recogidos en Fukushima Diary:


Terremotos M5 en Japón cuatro veces en 2 horas
27 de enero 2012

El locutor que hizo el reportaje en directo cerca de Monte Fuji en "Tele Asa" decía que se sentía como un "ruido profundo y sordo" bajo sus pies.


Otra persona publicó la imagen del Monte. Fuji.

Parece que el vapor sale por 2 puntos.



La oficina meteorológica, celebró una conferencia de prensa de emergencia para negar la conexión entre la serie de terremotos con las emisiones del Monte Fuji. Esta declaración ha hecho que las personas se pongan más ansiosas porque el gobierno japonés ha estado engañando a su propio pueblo sobre el accidente de Fukushima.


La oficina meteorológica llevó a cabo una conferencia de prensa a las 9:40 AM para contar que el terremoto con el epicentro en Yamanashi Ken no tiene nada que ver con la actividad volcánica del Monte Fuji o el potencial terremoto de Tokai. Se basa en los datos sobre el cambio cortical.


Iori Mochizuki

Trabajando en un clima duro

El Yomiuri Shimbun



La gente retira escombros con las manos cerca de la escuela primaria de Okawa, en Ishinomaki City, Prefectura de Miyagi, a pesar de las condiciones de nieve y viento. El 11 de marzo el tsunami mató a 70 estudiantes de la escuela y cuatro siguen desaparecidos. Varias docenas de residentes del distrito Nagatsura de la ciudad han trabajado desde octubre para limpiar la tierra agrícola. Akio Sanjo, de 73 años, cuyos arrozales fueron sumergidos por el tsunami y que ahora vive en una vivienda temporal, dice que presta atención a las cosas pequeñas cuando remueve los escombros, ya que puede encontrar alguna pista sobre los cuatro niños desaparecidos. La temperatura máxima fue de 0,1 C el viernes, pero los residentes siguen trabajando en tiempo de heladas.

Working in raw weather : National : DAILY YOMIURI ONLINE (The Daily Yomiuri)

Hola voy a estar un poco ocupado según os he comentado por el B...os dejo las ultimas noticias de GE referentes a los reactores mini:

• ESBWR model unveiled in Helsinki

26 Jan 2012

Source: ENERGY HQ Communications, RES

GE Hitachi Nuclear Energy (GEH) continues to expand its presence in the Finland. Today the company announced it has signed a new project development memorandum of understanding (MOU) with Finnish software and systems engineering firm Space Systems Finland Ltd. (SSF), which specializes in the validation and verification of safety critical software for various industrial sectors, including the aerospace and utility industries.
Under the agreement, the companies will explore potential opportunities to collaborate on future nuclear power plant projects globally as well as in Finland as the utility Teollisuuden Voima Oyj (TVO) is looking to build a fourth reactor at its Olkiluoto nuclear power station.
The signing of the MOU coincided with a meeting between John Krenicki, vice chairman of GE and president/CEO of GE Energy, and Finnish energy industry leaders at the U.S. Embassy in Helsinki to discuss how GE can support Finland's efforts to expand the production of lower-carbon, alternative energy supplies, including the construction of new nuclear power plants.


http://energy.home.ge.com/ge/ige/ima...ssyRESIZED.jpg

(la fotografia es interna y parece que no deja postearla...)

GE Energy president and CEO John Krenicki (third from right), stands with U.S. Embassy Finland Deputy Chief of Mission Danny Hall (fourth from right) and members of the GE and GE Hitachi Nuclear Energy team, during the unveiling of a model of GEH's ESBWR reactor at the embassy.

"The ESBWR is an excellent example of how GE is providing its customers around the world with the most diverse portfolio of technology and services to help meet their unique energy and environmental priorities," said Krenicki, who also presented the embassy with a scale model of the ESBWR that will be on display there. As part of the League of Green Embassies, the U.S. Embassy in Helsinki is a world leader in promoting energy efficiency and the embassy itself is being renovated to incorporate the latest green technologies.

TVO is evaluating several different reactor technologies for its "Olkiluoto-4" project, including GEH's Generation III+ Economic Simplified Boiling Water Reactor (ESBWR) design. GEH's ESBWR utilizes natural circulation and passive safety technology, and is the world's safest available reactor design as measured by industry standards. In 2011, the U.S. Nuclear Regulatory Commission (NRC) issued its final design approval for the ESBWR, clearing the reactor design to be built by utilities around the world.

As part of the new MOU, SSF will support GEH in making sure that the ESBWR's advanced digital instrumentation and controls (I&C) systems can be licensed in Finland. SSF will review the design, and identify and recommend any system architectural modifications necessary, if any, for the ESBWR design to comply with Finland's special regulatory requirements.
"Space Systems Finland is excited to work with GE Hitachi Nuclear Energy by using our extensive expertise in safety-critical systems to help ensure the ESBWR meets Finland's nuclear industry requirements and standards," said SSF Managing Director Veera Sylvius.

In order to meet TVO's project expectations and provide the most competitive bid for an ESBWR project, the MOU with SSF is part of GEH's ongoing strategy to expand its local nuclear supplier network in Finland and complement its proven global supply chain.

"GE Hitachi Nuclear Energy is very fortunate to collaborate with SSF to help us license our advanced ESBWR instrumentation and control technology in Finland," said David Durham, global sales leader for GEH. "SSF has extensive experience working with both the Finnish regulators and utilities on nuclear I&C design. Having SSF as a local partner fits perfectly with GEH's strategy of building the ESBWR using the expertise of Finnish companies."

Previously, in November 2011, GEH also signed an MOU with Fluor Corp., a leading international engineering and construction company, to jointly bid for the potential ESBWR project in Finland. GEH and Fluor attended FinNuclear's "Meet the Vendor" event in Tampere, Finland in October 2011. The forum, hosted by the Finnish Nuclear Industry Association, brought together reactor vendors and potential Finnish suppliers-including SSF-to help engage the country's knowledgeable and experienced local nuclear workforce.
Finland has four nuclear reactors that supplied more than 28 percent of the country's electricity in 2010, according to the World Nuclear Association. In July 2010, Finland's parliament ratified "Decisions in Principle" for the construction of two additional reactors, including TVO's "Olkiluoto-4" project.

About Space Systems Finland

Founded in 1989, Space Systems Finland Ltd (SSF) is a privately held company based in Espoo, Finland and is owned by key employees. SSF has a long heritage of designing software for satellites and satellite ground systems. Today SSF's main business is system and software design for safety and mission critical systems as well as assessment of safety critical systems in chosen technological areas, including the nuclear and aerospace industries.

About GE Hitachi Nuclear Energy

Based in Wilmington, N.C., GE Hitachi Nuclear Energy (GEH) is a world-leading provider of advanced reactors and nuclear services. Established in June 2007, GEH is a global nuclear alliance created by GE and Hitachi to serve the global nuclear industry. The nuclear alliance executes a single, strategic vision to create a broader portfolio of solutions, expanding its capabilities for new reactor and service opportunities. The alliance offers customers around the world the technological leadership required to effectively enhance reactor performance, power output and safety.

GE Energy works connecting people and ideas everywhere to create advanced technologies for powering a cleaner, more productive world.

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¿Alguien me puede explicar como funciona el b?, voy mas perdido que una cabra en un garaje.

Las leyes de protección del medio ambiente se han conseguido después de que se haya demandado a las empresas que contaminaban el medio ambiente. En el caso del tabaco, se lograron algunas medidas después de que algunos ciudadanos demandasen a las tabacaleras.

Si nos parece justo evitar que los niños de Fukushima sigan padeciendo los efectos de la radiación, es lógico pensar que los tribunales de justicia tendrían que estar defendiendo los derechos de los niños y ciudadanos de Fukushima afectados por la radiación.

Por eso creo que el camino de emprender acciones legales es muy adecuado en el caso de la contaminación radiactiva. Posiblemente los tribunales de justicia sean los únicos capaces de frenar estas emisiones indiscriminadas de isótopos radiactivos, cuyos efectos perniciosos permanecen durante años o incluso milenios.

__________________

pues yo más que un pedo en un jacuzzi.