MOSCOW (Sputnik) — Japan has apparently not requested Russia to help with the Fukushima disaster despite that Russia is ready to assist Japan in eliminating consequences of Fukushima nuclear power plant (NPP) disaster.It is more than disappointing that Japan has a political agenda that discounts the destruction of the world, something must be done.
Not Worried Yet
Fukushima Equals 3,000 Billion Lethal Doses on its way towards you, your wife and kids!
Dr Paolo Scampa, a widely know EU Physicist, single handedly popularized the easily understood Lethal Doses concept. “Lethal Doses” is a world wide, well understood idea that strips Physics bare and offers a brilliant, understandable explanation for all the physics gobbledygook Intelligence agencies and their respective governments use to disguise the brutal truths of the Fukushima Daiichi Disaster.
Three thousand billion (3,000,000,000,000) Lethal Doses of Radiation means there are 429 Lethal Doses chasing each and every one of us on the planet, to put it in a nutshell. This is up from about 70 Billion Lethal Doses March 23, 2011. It is getting worse everyday without any intervention by the US and the other nuclear powers.
is March 2017
ALL WORLD CHARTS ARE FROM 2011 - DATA HAS NOT BEEN RELEASED SINCE 2011
THE LEVELS OF ACCEPTABLE RADIATION WAS RAISED BY US PRESIDENT OBAMA TO 27,000 HIGHER THAN PREVIOUSLY PERMITTED.,
SURVEY METERS HAVE BEEN TAMPERED WITH TO ELIMINATE PANIC.
NATIONS WILL HAVE TO ACT QUICKLY - JAPANS POLITICS WILL NOT ALLOW THE JOB TO GET DONE QUICKLY
ENOUGH IN TIME, THE RADIOACTIVE MASS OF 600 TONS OF PLUTONIUM IS SINKING INTO THE GROUND, THE PACIFIC OCEAN
MUST BE SEALED OFF FROM CONNECTING TO THE MASS. THE CONTAINMENT METHODS ON THIS PAGE MIGHT BE IMPROVED
IT IS THE JOB OF THE NATIONS TO WORK TOGETHER NOW OR FACE DIRE CONSEQUENCES., YOUR WORLD HAS BEEN INVADED NIT BY ALIENS BUT STILL BY A COMMON ENEMY "RADIATION", FIGHT BACK NOW OR SUFFER THE CONSEQUENCES EARTH'S NATIONS.
OCEANS BEING CONTAMINATED BILLIONS OF GALLONS WILL SPREAD THROUGH ALL OCEANS, NUCLEI DECAY HEATS OCEAN WATER EVAPORATION OCCURS AND GOES INTO THE ATMOSPHERE.
SINCE 2011 THE EVAPORATED RADIATION IN THE ATMOSPHERE COVERED THE NORTHERN HEMISPHERE.
THE RADIATION WILL EQUALIZE ACROSS THE WORLD IN 10 YEAR CYCLES, ACCUMULATIONS WILL ACCRUE IN ALL MATTER.
SOME 7 YEARS LATER HAS CERTAINLY COVERED THE ENTIRE SOUTHERN HEMISPHERE AS WELL. ATMOSPHERIC BORNE RADIOACTIVE NUCLEI TRAVELS ACROSS THE WORLD AND UPON REACHING LANDMASSES LIKE EUROPE THE COOLING OF THE LANDMASS CAUSES MUCH OF THE RADIATION TO GO TO THE GROUND.
NEWS REPORTS PACIFIC
NEWS REPORTS ATLANTIC
ACTIVIST PIT STOP
OPEN AND PRINT MICRO FLYERS TO LEAVE EVERYWHERE TO LIVE, WE NEED AN ARMY
OF 500 MILLION AWARE PEOPLE TO BRING POLITICAL PRESSURE ON THE LEADERS TO CONTAIN THE
THREAT OF EXTINCTION.
WE DO NOT HAVE MUCH TIME THE DEEPER THE PLUTONIUM SINKS THE MORE DIFFICULT THE TASK.
SOUTHERN OCEAN LEADING TO INDIAN OCEAN SHOW SIGNIFICANT SPREAD NEWS REPORTS
ALL GOVERNMENTS AND THEIR AGENCIES HAVE BEEN ORDERED NOT TO DISSEMINATE DATA ON THE WORLDS EXPOSURE SINCE 2011, IMAGES FROM 2011 THAT SHOW RADIATION DISPERSAL ACROSS THE GLOBE ARE AT THE TOP OF THE PAGE.
BELOW ARE GLOBAL OCEAN CIRCULATION MODELS WITH OCEAN BOTH SHALLOW CURRENTS AND DEEP CONVEYOR PATHS ARE
SPREADING THE RADIATION TO BOTH HEMISPHERES, AS IT SPREADS THROUGHOUT THE OCEANS, EVAPORATION IN THE ATLANTIC AND OTHER OCEANS SPEEDS UP DISPERSAL TO YOUR LOCATION. BASED ON CIRCULATION MODELS THE RADIATION HAS REACHED THE MID ATLANTIC AND INDIAN OCEANS, IN ONE MORE YEAR FROM ALL INDICATIONS IT WILL PERMEATE THE ENTIRE OCEAN SYSTEM OF THE PLANET AND CONTAMINATE ALL OCEAN FOOD SOURCES. IF IT WERE STOPPED WITHIN A YEAR BUT NO LATER THE PLANETS FOOD CHAIN MIGHT HEAL. IT CAN BE CONTAINED MORE OR LESS COMPLETELY IN A YEAR USING THE PLAN C COMBINES WITH OTHER OF THE PLANS ON THIS PAGE.
radiation in the ocean heats water and causes weather changes,
the evaporating ocean water as radioactive nuclei vapor heats
the atmosphere as well, radioactive nuclei will effect every molecule
of the planet, the recognition of the situation by all nations must
begin, the 600 tons of plutonium is burning at the edge of the pacific
will poison everything if left in the state it is in, containment
is the only option. At this time March 2017, Japan is planning to
dump highly radioactive water they have been storing into the ocean,
they have nowhere to store the radioactive water, their leadership
is severely wanting, making such gross mistakes should not be accepted
by nations any longer, the recent plans of what is contemplated is
too little, too immature to be depended upon except for failure.
A radiation resistent robot with no electronic components, using the radiation immune camera type above, Below is readily vailable technology that uses pneumatics and hydraulics to operate, with proper third leg appendage a similarily designed robot would not require electronics for balancing, it would beed an umbilical cord for the hydraulic/pneumatic powering of movement.
The Fukushima reactor is leaking and if left in its current status will likely poison the oceans and destroy the food chain causing unlimited damage to earth and mankind, a method is shown here that is intended to be a stop gap measure to contain the reactor and isolate it away from underground streams and water sources that are washing over the radioactive material carrying some of it into the pacific ocean, the radiation has already severely poisoned the pacific ocean and the radiation is also spreading from evaporation into the atmosphere and affecting every people nation on earth.
The purpose of this page is to demonstrate the science behind the proposed containment of the Fukushima reactor radiation.
The containment structure will be for slowing down the reactor leaking into the ocean, it may be able to stop the flow completely.
Invariably this page will be updated often.
Under circumstances where the extraction process if using electrolysis or other extraction process isused, it is important to restrict and control underground streams, therefore in any event a smaller diameter of the underground wall (see red arrow pointing to proposed size of smaller rod wall) using the horizontal rod wall of calcium carbonate should be used, otherwise further contamination of the ocean may occur that would be near catastrophic.
In the above aerial picture of the Fukushima Reactor in Japan the double oval circle represents a method
d of containment of the reactors radioactive material, where the method is where the two yellow rings are one negative and the other positive Direct current provided by being connected to a generator at some point around the yellow rings. The + symbols within the two oval rings are representative of the general position of hardened stainless steel rods that will be themselves used as drills and of a length of the length where each rod is 1.25 inches thick and has a .250 hollow hole through its entire length, at the tip of the end of the stainless steel rod will be a machine hardened thread that will have screwed upon it a carbide drill tip with a locking screw to attach it to the tip, along the length of the rods. The end of the rods will have its drill tip be set into the ground in the yellow circle shown as + symbols, the spacing will be approximately 14 inches or less away from each other. The rods will on the end opposite the drill tip have a hardened machine thread put onto the outside edge so that additional rods can be added to increase the depth that the rods can reach.
The hollow rods will have 3/16 inch holes drilled through them at intervals according to the geology beneath for the pumping of mineral rich water which can be easily obtained sea water into the rods to saturate where necessary the ground surrounding rods that have no water in the ground to enhance the formation of calcium carbonate material. At any point around the picket of rods where it is determined that there is a need to increase the diameter of the calcium carbonate, pressurized sea water can be pumped into the hollow rods. Additives to enhance the calcium carbonate formation should be used.
The rods must have a stamped tip at the top end that stays above ground that shows exactly where the holes are along the length which would be opposing and at 90 degrees from other sets of holes, so that a special tool can be slid down the center of the rod that will have a tip containing a small explosive charge sufficient that when electrically ignited can clear a hole in an area or interest so that more sea water can flow into said area to calcify calcium carbonate in such an area of interest.
A long drill that easily slide fits the rods through hole down its center can be used to clear the hole for a secondary tool with a tip
In the above picture diagram of a cross-section of the Fukushima reactor is shown the brown color is the ground beneath the reactor and the red designates the radioactive material. The horizontal uneven live in the earth are streams of underground that are carrying away radiation from the radioactive material communicating with the pacific ocean. Note the horizontal yellow lines on the left and right of the picture, those lines represent the stainless steel rods that have been drilled into the earth in a circle according to first image at the extreme left of this page FIG. 1.
The rods set 14 inches away from each other will be of two different types and when drilled into the ground in a circle will be placed alternately with a cathode rod first and an anode rod following alternately all the way around the reactor. Each of the two types (anode, cathode) rods will be electro coated // plated with the best material suitable for half of the number of rods to be best for an anode and best for a cathode.
Tests of the electrification of the rods by DC current should be that the rods that are positive and those that are negative should be reversed to determine optimal calcium carbonate buildup on the rods.
The vertical rods will pass though the earth and through the underground streams and Calcium carbonate will build up on the rods and grow large to eventually close off one area from the other like a wall of concrete, estimates of pounds per square inch (psi) are possible to reach 8000 psi.
In the above picture diagram it shows above ground (A), where (B) is the earths surface, the ground is (C) and the general position of the stainless steel rods (D) set into the earth designated (C).
The diagram ahows the rods accumulating calcium carbonate gradually over a period of time forming a wall through which water will not be able to pass through creating and effective containment of radioactive material within the circular wall, upon formation of the wall decontamination removal of the radioactive material can begin as described further on in this proposed method.
The vertical stainless steel plated drill rods set into place around the reactor will have as stated one a cathode and the following an anode. There will therefore be a ring of cathode rods and ring of anode rods around the reactor. The two sets of rods anodes and cathodes will have a conductor communicate exclusively to all the anode rods and another conductor segregated only to the cathode rods. Those two conductors will communicate to suitable DC generator to cause electrolysis to occur between all of the anode cathode rods. That electrolysis process will cause to build up calcium carbonates on the cathodes to the degree that where the rods penetrate areas of any underground stream or water the calcium self depositing onto the cathodes surface diameter will grow larger and block the underground stream from coursing through to the reactor area sealing off the reactors radioactive material from coming into contact with said underground streams will stop the reactor polluting the pacific oceans and air.
Where the rods are required to pass in front of the reactor, there are two options, ONE is to bring a suitable amount of debris in the water side of the reactor buildings and build up the area there so that rods can be driven into that fill material (care must be taken to use fill that the rods will have little difficulty penetrating with their drill tips, TWO if the fill material is for any reason judged not to be a reasonable method (I think a double wall would be preferable, the rods being drilled into the bottom of the shallows should have caps for attachment of cables to maintain their remaining in position.
Further actions needed will be pressure monitoring of the underground streams to determine the pressure building up outside the barrier, wells can be put into place where the water below under pressure can be pumped out to the ocean such water will not be contaminated by radiation due to its being outside the underground containment wall of anodes and cathodes.
A canal ditch must be dug one mile away from the reactor reaching to the ocean in a circle to make in effect a moat, the canal ditch is to be dug out into the earths surface to a depth of 10 feet below sea level, gates on each end of it where it meets the ocean for control during ocean tides and weather storms, To dig the canal will change the water table that has the hills behind Tepco reactor so that the water table will not continually reach the reactor, the water table will drain into the canal and prevent it going into the reactor, it will help to slow down or stop water table water reaching the reactor from the hills behind the reactor. There would be special procedure for digging the canal, the gates at each end made of concrete will be set into place on each end of the ring of vertical rods before the rest of the canal is dug out, the digging should be carried out after installation of the gates where the rig of rods meets the ocean by digging behind the gates and working back towards inland, it may be necessary to install two of the canals concentric one within the other to properly control the now lowered water table of the now separate water table of the reactor which then is on its own virtual island, the height of the water in the canal during the electrolysis process may have to monitored and controlled for the most effective electrolysis to occur. The reactor is on a fault line, the advantage of the system is where and if there is a fault slip and it causes the calcium like deposits to split off the vertical rods the DC current can be turned and the calcium deposits will reappear on the rods sealing any cracks from fault slipping or earthquake.
The canal ditch will play a part in the passing of the hill water from behind the reactor buildings, it may be that once the rod barrier begins to close off the area additional pressure reading sensors will have to be deployed to make certain that pressurized water is allowed to escape upward, downward flow would need to be prevented, reducing the pressure of underground streams is imperative for the system to continue to work.
The water table underground streams leaking into the reactor onto the radioactive material is cooling the mass of radioactive material and keeping it from increased reaction, therefore pumps will be required to send into the reactors radioactive material a steady stream of water from a liquid holding tank on the surface of the ground above the reactor, said cooling water can be pumped in and out of the radioactive material area underground to circulate into that area of the reactor with refrigeration added to it above ground to keep the water at a safe temperature to maintain the radioactive material, the circulating water can be constantly reused in a closed cycle.
The eventual purpose is intended as stated to control and stop the process of the material going deeper and the hope to cause the material to be removed wherever possible.
At the reduced temperature and activity the radioactive material it may be possible to drill into the area over the main mass of the material and have the tip of the drill (shaft diameter 8 inches) upon getting deep enough into the mass to have a metal lever activate to increase the size of the tip of the drill to lock into the main mass, the drill locked into place could be used to lift the chunk of the mass out of the pit, To locate the mass of radioactive material to position the drill a group of neutron detectors with each detector set inside a Collimator - Wikipedia
A collimator is a device that narrows a beam of particles or waves. To narrow can mean either to cause the directions of motion to become more aligned in a specific direction (i.e., make collimated light or parallel rays), or to cause the spatial cross section of the beam to become smaller (beam limiting device).
The Collimator for the discrimination of the whereabouts of the center of the Fukushima radioactive mass underground would be manufactured of a long tube (estimates will depend upon manufacturer specifications) of lead and other neutron moderating material where the aperture would be small and the the length long enough that the neutrons will be discernible from a very very narrow position, it is recommended that the tube should have an adjustable iris at the tip and at the point inside where the aperture communicates with the passive neutron sensor, it would be of inestimable value to have two with another simultaneously tracking with the first to get diagonal measurements and compare that data with bench tests in another locations to determine how accurate the data is and how well it can be depended on for the reactor.
The passive neutron detector can be a single detector mounted on an x.y table and moved across an infinite number of points, a simple table need be only 4 beams of rigid metal which can be relatively lightweight aluminum mounted on the top of the reactor shell and a movable beam on rollers could allow the movable beam to track to any point the neutron detector would also be on rollers to across the movable beam.
The neutron detectors will indicate the highest levels of radiation emitted from the mass of radioactive material as well they will show where the lowest levels of radiation are coming from and the mass can by that means be calculated to be at the center more or less at least of the radioactive mass. The Drill locked into the center located as described can be set into place within the mass, also first drills of a small diameter of 5 inches or so to probe the thickness to see when the drill punctures the mass, The debris of the building then can be removed to a proper depth to reduce the load of the weight on top of the radioactive mass, so that the large drill with the locking mechanism will be relieved of the additional stress of the lifting of the largest mass out of the pit/hole, There will be a need for personnel to be operating various parts of the machinery, I advise you that Japan can easily create a small enclosure/cabin which would be best to make it a long metal rectangular tube some 50 yards long where the drill is at one end positioned over the radioactive mass of course and the other end be for entry, that tube should be covered with lead sheeting to protect whatever electronics are necessary, the actuation of the drill and other necessary controls could be done with a robot run on compressed air or hydraulic fluid and simple filament bulbs for lighting and fiber optics requiring no electronics to defeat electronic breakdown from radiation.
Background science regarding building similar structures using anode cathode arrays.
Article regarding tests of similar tech
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The following diagrams Figures 5. and 6. are of the Rods to drill down into the earth alternately anode and cathode to which is connected the DC current to cause calcium carbonate to build up upon the outer diameter to close off subterranean water flowing through channels or through porous rock areas.
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Note the removable threaded TEE in Fig. 6 below which can be attached after the rod is in place in the earth, the tee will allow water as seawater with optional calcium carbonate or other ingredients to increase the formation of hardened calcium carbonate deposits. The threaded end at the top of the shaft allows for additional lengths of the rod to allow it to go to the required depth.
This proposed containment method will be revised for additional information regarding.
TOPICS TO COME:
A. research into advanced radioactive particle decay rate acceleration.
B. Methods of decay rate depreciation application to radioactive effluent and radioactive bolus.
C. A study needs to be launched to determine whether the radioactive mass can be modified, a study of neutron moderator substances must be done to ascertain whether there is any material that if mixed into the radioactive material will cause any problems of a long term or short term effect, avoidance of triggering explosions must be carefully understood before any decision to suppress neutron expression or there could be superheating.
D. Special hollow drills with suction action into holes at the tip that lead to to drills hollow interior can be made to remove as much of the material as possible.
E. Information about the potential for a requirement of automated dead man switches that activate upon any seismic event.
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GEOLOGICAL FAULT LINE UNDER THE REACTOR CAUSING CRACKS IN THE CALCIUM CARBONATE WALL WOULD BE POSSIBLE TO HAVE SUCH CRACKS REPAIR BY APPLYING FURTHER ELECTROLYSIS ELECTRIC CURRENT TO THE AREA AFFECTED
The above crossection of the area under the Fukushima reactor has a geological fault, the fault is likely to cause shifts of the underlying area, from pictures of the area very close to the building is a crack in what appears to be blacktop showing that the fault has communicated top layer separation of that top level indicating that the electrolysis wall using the rods would be advantageous for that type of wall having the baility to self repair by additional current applied to the rods causing electrolysis to reconnect any fracture of the wall to fill in with calcium carbonate.
|SUBPART A-9 B. Methods of decay
rate depreciation application to radioactive effluent
and radioactive bolus.
REMOVAL OF THE PRIMARY AND SECONDARY RADIOACTIVE MASSES IN SUBTERRANEAN LOCATIONS
The removal of radioactive materials underground in accidents is of primary interest to clean up efforts and although no research into such activiy is presented there are ways that might be of value to utilize that require testing before employment:
1.) The refining of radioactive substances such as raw ore and reduced concentrations from ore which in this presentation of potential methods of accident capture of released radioactive material potentially can incluuded processes used during the refinement of radioactive meterials, the use of Modelling electrolysis being the test for use of positioning in the immediat vicinity of radioactive material in slow moving cool water with testing of additives to said water, where the radioactive mass would have a conductor communicating to the positive connection of a suitable DC source and a cathode rod connected to the negative side of the DC source be organized within a cage composed of an insulator material to prevent conductor to conductor contact between the radioactive material and the cathode to prevent short circuiting, the enclosed cathode being placed in immediate proxmity to the radioactive material will by electrolysis gather to the cathode that will in a cleaning up process be retrieved to a location above ground and the cathode having its surface covered with the retrieved radioactive material be properly stored and the cathode replaced and placed back into proxmity to the radioactive material to be cleaned up as a means to remove further the radioactive meterials to be cleaned out from underground SUBTERRANEAN LOCATIONS.
EXAMPLE OF FIELD USE OF AN ELECTROLYSIS PROCESS TO REMOVE RADIOACTIVE MATERIAL
Just as the
The crossection below is a relative representation of the diagram above of electrolysis of copper, instead of copper in a beaker the electrolysis is carried out where the radioactive material seen below as a Red Oval is in an area under the ground, the radioactive material is connected to the POSITIVE insulated wire from the generator and the shielded cathode is connected to the NEGATIVE insulated wire from the generator, the radioactive material collects on the shielded cathode by the process of electrolysis for removal from the underground area by withdrawing the shielded cathode that accumulates radioactive material from the underground cavity and physically withdrawing the shielded cathode to above ground and replacing the cathode with a new one to subsequently reinsert into the water filled enderground area for carrying out additional electrolysis removal of rasioactive material.
Today is March 14, 2017 the reactor is in a condition of near fission level of neutron flux, according to this page there is sufficient drawings to show in the drawings of PLAN B-1 ahows a canopy made of for example fiberglass material that can quickly be errected over the entire complex, it is to restrict dust and gas that is highly radioactive from reaching the atmosphere, inside there would be a atructure for recirculating and filtering the atmosphere insde the building with the filter structure exit designed to react using dans to displace pressure to the outside rapidly when core flareups occur to prevent the canopy failure from temporary core pressure caused pressurizations.
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