Products

Actually Advanced Ignition design and build:

Pulsotron-3 reactor

Pulsotron-3 naked

It is a nuclear fusion reactor of the z-pinch type.  There are several approaches to use Z-pinch concept to reach ignition by compress the target using an electrostatic pulsed discharged over the target, the simpler is to use the discharging current through a plasma cylinder to compress it

Compressing and measuring the plasma

It is recommended to install sensors to measure the released magnetic field and the time when the plasma ball explodes

  • Input Power: 1.07kW
  • Output maximum power: 11.3kW
  • The measured magnetic field at a target without fusion: 500kiloteslas peak and 400kpeak nominal
  • The Measured magnetic field with fusion: +10/+4.9 megateslas with thermonuclear fusion
  • Recommended fuel: decaborane
  • Maximum recovered energy: 88.13% of electric energy
  • Measured recovered current: up to 1.8 megaamps
  • Main capacitor bank dimensions: 1200x260x590mm
  • Weight: 300kg
  • Additional Equipment: 4 channels oscilloscope 400MHz, Power supply and electric control system
  • Uses: laboratory investigating reactor, plasma thruster. In the future: electric generator
  • Delivery time: 4 months

Pulsotron-4 reactor

S4004 test

It is also a z-pinch investigating reactor

  • Input Power: 40.5kW
  • Output maximum power: 425kW
  • Main capacitor bank and shielding dimensions:: 590x480x794mm
  • Weight: 400kg
  • Additional Equipment: 4 channels oscilloscope 400MHz, Power supply, and electric control system
  • Uses: laboratory investigating reactor, plasma thruster. In the future: electric generator of 350kW rated output power. Greater using water cooling
  • Delivery time: 4 months

Actually, Advanced Ignition is working to make an Electric Generator to power buses, trucks, and desalation plants

Plasma and thermonuclear fusion Laboratory

Also, Advanced Ignition build laboratories, installing our more advanced reactors inside at a fraction of the cost and the time of a standard laboratory equipped with inertial and magnetic confinement reactors designed to try ignition conditions in less than 4 years

Thermonuclear Fusion and Plasma laboratory

Magnetic sensors

we also design and build custom AC magnetic sensors up to 5GHz and 20 Megateslas to be used in Particle Physics experiments

Magnetic Sensors