Nano Coating
The PDFs that can be opened below describe in detail the various methods of nano-coating materials. These include hot caustic, steam caustic, cold caustic, and flame. Nano is also created by electric current. Hooking a bare wire up to your nano-coated wires, will over time nano-coat it. Also see under Articles.
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What is nano-coating? When treating a metal plate the process elevates atoms from the material of the plate to a more structured distribution of the metal and its oxides on the surface of the metal, and sometimes a superficial upper layer of graphene. The result is that the surface becomes super conducting to plasmatic fields, allowing the plasma from the universal field to flow through it. The surface will test as having infinite resistance and zero conductivity of matter state electric field flows. A metal in nano state will have about 5% less field strength compared to it's matter state, which is how it can become a magnet to plasmatic field strengths in the presence of other materials.
The spacing of the atoms and layers produced by the nano coating method is a function of the process employed, and of the salts and other elements in the caustic mix that is used. Mr Keshe explains that hot caustic method causes the most refined layering of atoms, followed by cold caustic and lastly by fire method (which is currently the least recommended). Any material can be 'nano-coated' by soaking or spraying in caustic, including any glassware, plastic ware, implements that you use to make or carry GANS. This is advised as a positive habit to get into. |
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You will see references to grounding the plates or coils with a voltmeter during the procedures. Drawing through a micro current has the effect of aligning the particles in one direction, like brushing or flattening the lattice. This is important for items that will be used in power applications, but arguably not so much for making gans, since the saline solution connects with the naturally un-aligned atoms. See also this Article.
The processes of nano coating and handling afterwards are quite delicate. Mr Keshe said in Jan 2017 that prior to a hot caustic process it is helpful first to clean the Cu plates in salt and white vinegar for c.20mins (note presence of Na again), and then pre-soak in cold caustic for a few hours. The short sharp burst of high heat in the hot process and subsequent steam process is very important for lifting the atoms into nano layers. Whilst the plates are submerged during hot caustic stage1 they should not be turning black. the blackening only starts once hanging in the sealed tub. Different grade materials and even treatment locations can affect the process. Mr Keshe reminds us that after nano coating we should treat the plates/coils with utmost care so as not to damage the surfaces, handle like a film negative, and store carefully.
Advice in June 2017 is that the plates MUST be thoroughly washed to remove all caustic before use in the Gans reactor tubs. It was also clarified that shreds of aluminium should not be used in the nano coating process, this was a stage discussed for a different purpose and not for any health related Gans preparations.
He also advised that when making magrav coils they should be n/coated before nesting into eachother, rather than all at once when assembled. the problem with this is not damaging the coating when pushing one through the other and binding the tails, though local dents can be fixed with a dab of cold caustic. He also clarified that when adding GANS to coils the Magnetical (outer coil) should always carry the CH3 and the Gravitational (inner coil) should carry the Co2/ZnO, this creates the potential difference/field gradient between them, and they should also therefore be done independently prior to assembly. We need more advice about this order of assembly ... GANS made by crushed nano layers is not the same as from nanos with coherent free space.
https://www.youtube.com/results?search_query=nano+coating+keshe
The processes of nano coating and handling afterwards are quite delicate. Mr Keshe said in Jan 2017 that prior to a hot caustic process it is helpful first to clean the Cu plates in salt and white vinegar for c.20mins (note presence of Na again), and then pre-soak in cold caustic for a few hours. The short sharp burst of high heat in the hot process and subsequent steam process is very important for lifting the atoms into nano layers. Whilst the plates are submerged during hot caustic stage1 they should not be turning black. the blackening only starts once hanging in the sealed tub. Different grade materials and even treatment locations can affect the process. Mr Keshe reminds us that after nano coating we should treat the plates/coils with utmost care so as not to damage the surfaces, handle like a film negative, and store carefully.
Advice in June 2017 is that the plates MUST be thoroughly washed to remove all caustic before use in the Gans reactor tubs. It was also clarified that shreds of aluminium should not be used in the nano coating process, this was a stage discussed for a different purpose and not for any health related Gans preparations.
He also advised that when making magrav coils they should be n/coated before nesting into eachother, rather than all at once when assembled. the problem with this is not damaging the coating when pushing one through the other and binding the tails, though local dents can be fixed with a dab of cold caustic. He also clarified that when adding GANS to coils the Magnetical (outer coil) should always carry the CH3 and the Gravitational (inner coil) should carry the Co2/ZnO, this creates the potential difference/field gradient between them, and they should also therefore be done independently prior to assembly. We need more advice about this order of assembly ... GANS made by crushed nano layers is not the same as from nanos with coherent free space.
https://www.youtube.com/results?search_query=nano+coating+keshe
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How to NanoCoat by Sandor Kakasi:
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Steam Nano-Coating
Nanocoating with steam for coils and plates Cold Caustic and bleeding
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Basic Nano-Coating
1 hour 32 mins into this video, Armen at KFSSI explains the process. Takes a week... N.B. NAOH = Caustic Soda. |
Click icon to download
HOT CAUSTIC, official version |
jpg: drag and drop
COLD CAUSTIC |
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To nano-coat plastic, spray some cold caustic to coat. Seal up and put in a warm environment for a few days. Rinse. This is advised for plastic used for storage or bracelets or health cups etc.
Forum Article: " There are various ways to plasma coat. (Of course, scientists do it in labs with vacuum chambers and high-voltage plasma, but at KF we try to do things simpler and easier.)
The idea behind the Magravs power unit is that it nano-coats the household wiring from the plasma fields. This may be an invisible few layers to begin with. A thick black copper oxide nano-coating may have tens of thousands of layers.
In my latest Plasma Reactor Group meetings, Lee Coates talks about how he uses a length of wire as a plasma field strength indicator for his many (35?) home-made Magrav units. The wire is a multi-strand speaker wire in 14 gauge with clear plastic insulating cover. He can see the wire turning black inside the insulation, and he measures so many cm per day. He does start the process with a bit of mild caustic on end of the wire. Then he connects it to a Magrav for a few days. He explains here... https://youtu.be/_xbD1sKTGsk?t=1h33m10s
Some people rub cold ashes on the coils or plates to start the nano-coating process. (Ashes can also be used to make lye caustic) Here is a link to Libby's experiments with natural nanocoating of copper. http://saviorsofearth.ning.com/video...ith-libby-21st
The cold caustic process works quite well too. Just spray some cold mild caustic onto the cleaned coil or plate inside a baggie. Zip the baggie and put in a warm place for a few days. Many people have good results with this and it is not so toxic. (still use gloves and glasses) Here is a link to a cold caustic process using a soda bottle: http://www.slideshare.net/nasanate/c...ig-copper-wire
The fire process can be done on a stove burner (electric or gas) or even a barbeque or fire pit. But, then one is dealing with hot things.
Here's a link to one of the original hot caustic instructions : https://www.facebook.com/permalink.p...26388777468892
Cheers Rick, PRG."
Forum Article: " There are various ways to plasma coat. (Of course, scientists do it in labs with vacuum chambers and high-voltage plasma, but at KF we try to do things simpler and easier.)
The idea behind the Magravs power unit is that it nano-coats the household wiring from the plasma fields. This may be an invisible few layers to begin with. A thick black copper oxide nano-coating may have tens of thousands of layers.
In my latest Plasma Reactor Group meetings, Lee Coates talks about how he uses a length of wire as a plasma field strength indicator for his many (35?) home-made Magrav units. The wire is a multi-strand speaker wire in 14 gauge with clear plastic insulating cover. He can see the wire turning black inside the insulation, and he measures so many cm per day. He does start the process with a bit of mild caustic on end of the wire. Then he connects it to a Magrav for a few days. He explains here... https://youtu.be/_xbD1sKTGsk?t=1h33m10s
Some people rub cold ashes on the coils or plates to start the nano-coating process. (Ashes can also be used to make lye caustic) Here is a link to Libby's experiments with natural nanocoating of copper. http://saviorsofearth.ning.com/video...ith-libby-21st
The cold caustic process works quite well too. Just spray some cold mild caustic onto the cleaned coil or plate inside a baggie. Zip the baggie and put in a warm place for a few days. Many people have good results with this and it is not so toxic. (still use gloves and glasses) Here is a link to a cold caustic process using a soda bottle: http://www.slideshare.net/nasanate/c...ig-copper-wire
The fire process can be done on a stove burner (electric or gas) or even a barbeque or fire pit. But, then one is dealing with hot things.
Here's a link to one of the original hot caustic instructions : https://www.facebook.com/permalink.p...26388777468892
Cheers Rick, PRG."
