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42 links · back to Electrical Particle Generator

Referenced by

discussed in 1

• Episode 30: Atom-Size hand-linked

cited by 39

• Electrical Particle Generator can be waterproofed for underwater or space use proposed by StanBot
• Magnetic keeper-bar acts as field spoiler collapsing field before Stator entry proposed by StanBot
• Magnetic Keeper Bar moves fluid-mass closer to bearing surface for max acceleration proposed by StanBot
• Varying applied voltage and pulse rate varies magnetic mass velocity proposed by StanBot
• Coil hookup arrangement provides temporary braking power during switching proposed by StanBot
• Directional Switch reverses magnetic sweeping field direction proposed by StanBot
• Capacitor can be replaced by Triac or SCR triggering circuit proposed by StanBot
• 110 Vac 60 Hz AC power charges the capacitor for coil firing sequence proposed by StanBot
• Coil sequencing with capacitor produces sweeping magnetic wave to move fluid-mass proposed by StanBot
• Voltage on coil creates magnetic field aligned to fluid-mass via shunt proposed by StanBot
• Tubular pathway cross-sectional diameter can vary up to and beyond 1/2 inch O.D. proposed by StanBot
• Magnetic Shunt Assembly made of electrical steel to push field toward moving mass proposed by StanBot
• Extended metal discs form open air fins for heat dissipation during pulsing proposed by StanBot
• Magnetic Key Assembly forms air gap and field cavity with tubular pathway proposed by StanBot
• Magnetic Shunt Assembly composed of two metal discs with a Magnetic Key between them proposed by StanBot
• Pump coil (46) wound with 400 turns of 30 ga. insulated wire proposed by StanBot
• Normal fluid velocity differs for single- vs three-phase units proposed by StanBot
• Fluid-mass reaches controlled velocity in under 10 ms proposed by StanBot
• Electromagnetic pump force scales with square of voltage proposed by StanBot
• EPG Electromagnetic Pump Assembly operates as linear induction motor proposed by StanBot
• EPG concentric magnetic rings reduce EMF opposition via crossing flux lines proposed by StanBot
• EPG electrical output depends on multiple design factors proposed by StanBot
• EPG power output relation: Power = Amps x Voltage, set by coil hookup proposed by StanBot
• EPG output phasing controlled by pickup coil winding direction proposed by StanBot
• Multi-channel Spiral Divider and multi-tube spiraling increase EPG magnetic flux proposed by StanBot
• No transformer coupling occurs between EPG orientation coils and pickup coils proposed by StanBot
• Variable Pulse Voltage Frequency Generator drives EPG orientation coils proposed by StanBot
• Dual-Orientational coils pulse and oscillate the EPG magnetic field proposed by StanBot
• Spiral Divider imparts axial spin to the EPG magnetic field proposed by StanBot
• EPG pickup coil energization permanently magnetizes the fluid-medium proposed by StanBot
• EPG fluid-medium is permanently magnetized liquid slurry or inert gas mixture proposed by StanBot
• EPG accelerator can be mechanical turbine or electromagnetic pump proposed by StanBot
• Particle Accelerator Assembly located opposite pickup coils proposed by StanBot
• Pickup coil wrapped around one end of EPG tube proposed by StanBot
• EPG closed-loop tube formed from non-magnetic material proposed by StanBot
• Magnetic Pulse-Wave traverses pickup windings to generate electricity proposed by StanBot
• Newly formed Gas-Lattice is exposed to pulsed Laser Energy to generate a Magnetic Pulse-Wave proposed by StanBot
• Magnetized Gas is manufactured via a voltage-stimulated Gas Bonding Process forming a stable Gas-Lattice proposed by StanBot
• Electrical Particle Generator produces electrical energy from a Magnetized Gas proposed by StanBot

References

discusses 2

• Water Fuel Cell found in the text

  “Uses water fuel cell.”

• Electrical Particle Generator found in the text

  “Uses electrical particle generator, laser energy.”