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#electromagnetism — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #electromagnetism, aggregated by home.social.

  1. franco_vazza @[email protected] ·

    Let's try with some
    #Electromagnetism_trivia :

    Can a static magnetic field do work on a moving charged particle, meaning can it increase or decrease the particle's kinetic energy?

    #electromagnetism #science #physics

    #electromagnetism_trivia #electromagnetism #science #physics
  2. Stephen Brooks 🦆 @[email protected] ·

    Here's the calculation for the #RF field model derived from behaviour near the axis. The RF multipole case got quite complicated, maybe there's a simpler way but I wanted to see if this method, which I'd used for magnetostatics (magnet field models), could be generalised.
    stephenbrooks.org/ap/report/20
    #physics #electromagnetism #accelerators

    #rf #physics #electromagnetism #accelerators
  3. Stephen Brooks 🦆 @[email protected] ·

    Here's the calculation for the #RF field model derived from behaviour near the axis. The RF multipole case got quite complicated, maybe there's a simpler way but I wanted to see if this method, which I'd used for magnetostatics (magnet field models), could be generalised.
    stephenbrooks.org/ap/report/20
    #physics #electromagnetism #accelerators

    #rf #physics #electromagnetism #accelerators
  4. Stephen Brooks 🦆 @[email protected] ·

    Here's the calculation for the #RF field model derived from behaviour near the axis. The RF multipole case got quite complicated, maybe there's a simpler way but I wanted to see if this method, which I'd used for magnetostatics (magnet field models), could be generalised.
    stephenbrooks.org/ap/report/20
    #physics #electromagnetism #accelerators

    #rf #physics #electromagnetism #accelerators
  5. Stephen Brooks 🦆 @[email protected] ·

    Here's the calculation for the #RF field model derived from behaviour near the axis. The RF multipole case got quite complicated, maybe there's a simpler way but I wanted to see if this method, which I'd used for magnetostatics (magnet field models), could be generalised.
    stephenbrooks.org/ap/report/20
    #physics #electromagnetism #accelerators

    #accelerators #electromagnetism #physics #rf
  6. Stephen Brooks 🦆 @[email protected] ·

    Here's the calculation for the #RF field model derived from behaviour near the axis. The RF multipole case got quite complicated, maybe there's a simpler way but I wanted to see if this method, which I'd used for magnetostatics (magnet field models), could be generalised.
    stephenbrooks.org/ap/report/20
    #physics #electromagnetism #accelerators

    #rf #physics #electromagnetism #accelerators