For creation of the simplest gun of Gauss take the inductance coil, pass throughout it a tube from dielectric which will serve as a trunk, connect it to the battery of condensers and turn on the toggle-switch in a chain. Having established a steel shell in a tube and having charged the condenser, discharge it - under the influence of magnetic forces the shell will take off from a trunk with high speed.
It is required to you
- the reel, the enameled wire, tube from dielectric, the battery of condensers.
Instruction
1. Reel up on the reel the enameled wire a round to a round, having imposed 11-12 such rounds and coating their every time with quick-drying glue. For obtaining effect of rather copper wire with a diameter of 0.8-1 mm. Put on the turned-out coil the tube made of dielectric. Having connected such coil to 9 to the volt accumulator, make sure that it can attract easy iron objects. It will be actually Gauss's gun from which the shot will be made. As a shell it is possible to use the nail with an obkushenny hat suitable the gun on caliber.
2. Connect the power station to a coil conclusion. For this purpose take the condenser with a capacity about 2000 microfarads and with a rated voltage of 400 V. If there is no such powerful condenser, it is possible to take, for example, five pieces on 400 microfarads and to solder them in parallel – effect there will be the same. Attach the condenser or the battery to the coil, having installed in a rupture of a chain the toggle-switch or the relay, for bigger safety.
3. Parallel to a collected chain connect the current source sufficient for a condenser charge. It can be the system of galvanic cells, the accumulator or just the power supply which, by the way, will show that moment when condensers were charged.
4. Switch-off the power supply of condensers and close a coil chain. Condensers will instantly release the energy which is equal to a half of the work of capacity on tension square on condenser facings. And it will turn into energy of magnetic field. It will begin to involve a steel shell in inside coils, dispersing it to high speed. When the shell reaches a half of the coil, energy runs low, and it continues to move further. If to maintain magnetic field, then after passing of a half of the coil the shell will begin to be braked.