Defending Liberty Against Orange County in Tustin, California.

Magnetic Deflection System

Magnetic Deflection System Design and Assembly

Materials List

  • Neodymium Magnets: 200, N52 grade, 1-inch diameter, 1/4-inch thickness
  • Copper Wire: 18 AWG insulated, 500 feet
  • Power Supply: 12V car battery, 50 Ah or higher
  • Copper Mesh: Conductive, 20 square feet
  • Magnet Holders: 200, made from non-magnetic material (e.g., plastic or wood)
  • Base Platform: 12-foot diameter, non-magnetic material (e.g., wood or plastic)
  • Connectors and Wiring: Insulated electrical connectors, 12 AWG heavy-duty wiring, 100 feet
  • Safety Equipment: Protective gloves, safety goggles, insulation tape
  • Optional Materials: Cooling system (e.g., fans), EMI shielding tape

System Design

The system is designed to create a magnetic field that deflects microwave radiation from a protected area. The magnets will be arranged in a circular pattern around the perimeter, spaced 2 inches apart. Copper coils wound around each magnet will be powered by a 12V battery, amplifying the magnetic field.

Assembly Instructions

  1. Prepare the Base Platform: Lay out the 12-foot diameter platform and mark the positions for the 200 magnets in a circular pattern, ensuring 2-inch spacing.
  2. Install the Magnets: Secure each neodymium magnet in a non-magnetic holder and attach it to the marked positions on the platform.
  3. Wind the Copper Coils: Wrap the 18 AWG copper wire around each magnet, ensuring even coverage. Connect the ends of the coils to the main wiring.
  4. Connect the Power Supply: Attach the 12V battery to the wiring, ensuring all connections are secure and insulated. Power on the system and check for consistent current flow and magnetic field strength using a multimeter.
  5. Install the Copper Mesh: Wrap the conductive copper mesh around the system to contain and direct the electromagnetic field.
  6. Final Checks: Test the system's effectiveness in deflecting microwaves using appropriate sensors, and make any necessary adjustments.

Equations and Calculations

To calculate the magnetic field strength and power requirements, use the following equations:

  • Magnetic Field Strength: B = \(\frac{\mu_0 \cdot n \cdot I}{L}\)
  • Power Requirement: P = V \cdot I

Conclusion

This guide provides a comprehensive solution for building a magnetic deflection system. The materials list, system design, assembly instructions, and equations are all included to ensure successful construction and operation of the system.

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