What is a Rife Generator and how does it work?
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I'll post here my answer that I gave when another person asked the same question a month or so ago.\n\nThe Rife machine is legit depending on what model or manufacturer you got it from. There was a company in the late 80's to early 90's called LER that made what they named the REM SuperPro Generator. Though I can't vouch for any of the newer models, I can say that Rife's technology was right on if you can find an original model.\n\nYES it shattered cancer cells, YES he was heralded as having found the cure for all diseases, YES he had 100% success rate on the patients in the Pasadena county hospital. A Rife machine uses scalar waves, along the now established fact that every organism operates at its own distinct frequency. By increasing the resonance, a particular organism can be destroyed without harming the tissue around it. Rife meticulousy recorded the M.O.R. (mortal oscillatory rate) for the thousands of micro-organisms he could see under his universal microscope. A properly built Rife frequency generator cannot hurt, except for a brief healing crisis, followed by an incredible feeling of health and well-being taken from years of testimonials (unless you have a pacemaker from what I've heard). A good amount of reading on Rife's story can be found at some of the links below.\n\nUnfortunately most of his work was destroyed because of the newly created AMA and FDA that came into power. They ruled Rife's work did not fall under their now established guidelines for medical practice, and with the government to back them up, it was the end for his discovery.
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I've put together a web site regarding portable generator use and connection for home backup use.  Take a look and email with any questions you may have.\n\nhttp://members.rennlist.org/warren/generator.html
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While any non-zero rotational velocity will produce a varying voltage, there are two considerations to keep in mind.\n\nFirst, at low rotation rates, the amplitude of the voltage produced will be tiny, and so the system will not be producing much useful power.\n\nMore importantly, if the turbine is to be connected to a local power generation grid, it must generate power at exactly the desired frequency for the grid, and must deliver that power in phase (it's bad if your generator pulls when all the other generators in the system are pushing, because in the absence of protection systems your generator will suddenly receive a huge current injection from all the other generators).\n\nTypically a power generator isn't a simple winding coil, but three coils generating voltages 120 degrees out of phase, but each coil is still generating a voltage at the frequency compatible with the power generation grid.
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1. Motor driven Van de Graaff Generator.\n\n2. High voltage multiplier - Jacob's Ladder.\n\n3. High voltage induction coil - Tesla Coil.\n\n4. Flyback Transformer.
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A simple AC electric generator simply involved rotating a magnet inside a coil, or rotating a rectangular coil inside a magnetic field (which is a little trickier requiring conducting rings at the ends of the coil and carbon brushes to connect the rotating coil to the external circuit).\n\nAs the coils pass through the magnetic field, the current induced is proportional to the strength of the magnetic field, the speed at which the coil passes through the field, and the area of the coil, and the number of turns in the coil.\n\nThe maximum electromotive force generated in each turn of the coil, (essentially, the voltage amplitude of the AC current produced), is given by:\n\nEMF = NBAw\n\nN = number of turns in coil\nB = magnetic field\nA = area of coil\nw = angular frequency of coil = 2 pi / T  \n(T = period)\n\n A single loop of wire passing slowly thought a weak magnetic field will produce the lowest possible current, which will appear alternating pulses if measurable at all. Increasing the contributing factors slowly will allow you to find the threshold at which AC current can be detected.
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It was invented by Micheal Faraday.  It was perfected by Robert Bunsen and his assistant, Peter Desaga.\n\nSee http://en.wikipedia.org/wiki/Bunsen_burner
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It's difficult to explain without diagrams.\n\nFirst you have an air supply at about 20 psi that flows through a restrictor and a small nozzle the same size as the restrictor. There is a flapper, a small piece of metal that covers the nozzle and controls the backpressure between the nozzle and the restrictor. The pressure between the restrictor and the nozzle is controlled between 20 and 100KPa (3 to 15psi) by the position of the flapper. The position of the flapper is controlled by the input current (usuall y 4 to 20mA of 1 to 5V). Thus the input signal varies the pressure out. I havent seen any links but I will look
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A gas refrigerator uses ammonia as the coolant, and it uses water, ammonia and hydrogen gas to create a continuous cycle for the ammonia. The refrigerator has five main parts: \n\nGenerator - generates ammonia gas \nSeparator - separates ammonia gas from water \nCondenser - where hot ammonia gas is cooled and condensed to create liquid ammonia \nEvaporator - where liquid ammonia evaporates to create cold temperatures inside the refrigerator \nAbsorber - absorbs the ammonia gas in water \n\nThe cycle works like this: \n1. Heat is applied to the generator. The heat comes from burning something like gas, propane or kerosene. \n2.  In the generator is a solution of ammonia and water. The heat raises the temperature of the solution to the boiling point of the ammonia. \n3.  The boiling solution flows to the separator. In the separator, the water separates from the ammonia gas. \n4.  The ammonia gas flows upward to the condenser. The condenser is composed of metal coils and fins that allow the ammonia gas to dissipate its heat and condense into a liquid. \n5.  The liquid ammonia makes its way to the evaporator, where it mixes with hydrogen gas and evaporates, producing cold temperatures inside the refrigerator. \n6.  The ammonia and hydrogen gases flow to the absorber. Here, the water that has collected in the separator is mixed with the ammonia and hydrogen gases. \n7.  The ammonia forms a solution with the water and releases the hydrogen gas, which flows back to the evaporator. The ammonia-and-water solution flows toward the generator to repeat the cycle.
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http://www.mygen.co.uk/index.php?page=generators
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it produces a lot of energy
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Reactor : To generate heat. Thats where the radioactive stuff is.\n\nModerating Rods : to control the rate of heat release from the reactor.\n\nBoiler : To generate steam and to cool down the reactor. (Moderating rods are used assuming what is called a heat load on the boiler ie that its full of water and making steam. What happened at Three Mile Island was that they thought there was water in the boiler and there wasn't)\n\nTurbine : to make electricity from the steam\n\nCondenser : to turn the steam back to water (If the turbine is not a condensing turbine)\n\nPump : to pump the condensed water back into the boiler\n\nInstrumentation : measuring flows, pressures, temperatures, liquid levels etc, and lots and lots of it to let you know whats happening and keep the thing safe. (what happened at Chernoble is that the emergency instrumentation was "overridden" which means its didn't shut the plant down when it should have)\n\nConcrete : to keep everything isolated.\n\nA very simple overview, hope it was interesting.
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A residual current device (RCD), or residual current circuit breaker (RCCB), is an electrical wiring device that disconnects a circuit whenever it detects that the flow of current is not balanced between the phase ("hot") conductor and the neutral conductor. The presumption is that such an imbalance may represent current leakage through the body of a person who is grounded and accidentally touching the energized part of the circuit. A shock, possibly lethal, is likely to result from these conditions; RCDs are designed to disconnect quickly enough to prevent such shocks.
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First of all the correct name of that machine is "Van De Graaff" Generator; named after the person who invented it.\nSecond, congratulations on your choice. I won a science fair by making one. I can assure you that the home-made ones are safe; the voltage gets high but not the amperage. Actually I play with it, sparkling by my fingers (I do not suggest doing so for a long time). The problem might be that, it terribly ionizes the air; not so good to breathe.\nAnd finally I have build mine base upon the article I have mentioned here as source.
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According to Alex Imholtz ( http://www.otal.umd.edu/~vg/amst205.F97/vj09/project5.html ) , gas refrigerators work this way :\n\nsection having a series of coils containing steam. The steam is created via a gas flame. Strong liquid (ammonia mixed with water) flows over the coils and the heat from the steam causes it to boil. As a result of the boiling, the strong liquid gives off ammonia vapor which exits the generator (2). This ammonia gas leaving the generator contains a small percentage of water and is somewhat warm. The gas enters the rectifier which is an amalgam of a heat exchanger and condenser created to purify the gas by taking away the heat and water. The heat from the gas is removed by liquid flowing though the rectifier. The cooling of the gas is what removes the water vapor. The water vapor condenses and drips back into the generator (3). The ammonia gas, however, proceeds to the condenser. It is here that the ammonia vapor is reduced to a denser form - liquid. The condenser consists of a ladder of tubes parallel to one another. Water flows downward over the outside of the tubes, taking heat from the warm gas flowing through them. The temperature decreases causing the ammonia gas to change phases. At the bottom of the condenser, liquid ammonia flows out (4). This anhydrous ammonia then passes though a brine cooler. Brine is simply the salt, of any substance, dissolved in water. The ammonia chills the brine and the brine then chills the unit (5). The ammonia then passes through the evaporator where it returns to gaseous form. The ammonia then proceeds to the absorber. Here, the evaporated ammonia is dissolved into water. After the ammonia is absorbed, the liquid is now strong and the cycle can begin again. A pump draws off the strong liquid, and discharges it to the generator where the process starts over (6).
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http://en.wikipedia.org/wiki/Chemical_oxygen_generator
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A magnet whose magnetic properties is dependent on current flow.
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MAGNET THATS POWERED BY ELECTRICITY