| 摘要 |
The energy conversion method consists of the toroid core (1), the primary coil (2) the secondary coil (3), the core (4), and the secondary coil (5) with liquid entry (6) and liquid exit (7). If we apply specific voltage on the primary coil (2) the created electric energy transfers to the secondary coil (3) which is also the primary coil for core (4). This by its turn transfers the electric energy to secondary coil (5) thus creating high heat. That way the liquid that comes from entry (6) to exit (7), exits with high temperature. If we decrease the flow of the liquid on exit (7) by using a reducer (8) we increase the temperature on the secondary coil (5) resulting in liquid steaming. That way from exit (7) comes steam. If we install a strangl relief valve (9) before exit (7) and for cooling liquid we use liquid ammonia, during the strangl relief of the under pressure and temperature liquid ammonia, there is evaporation and absolves temperature from the surrounding area resulting in exit (7) cooling. So the energy conversion method can be used to heat metals, to produce hot water and other liquids, to produce steam and cooling. |
