Guided assembly
Dependency order starts with the floating foundation and builds each subsystem into the full hall. Use Previous, Next, or Complete.
Illustrative pulse envelope
Normalized double-exponential example with independent educational RC parameter; not calibrated equipment data.
The science · equations, limits & independent check
Genuine scientific features: Capacitors charge before an impulse. In an ideal Marx-type arrangement, capacitors are charged in parallel and discharged in series. The stage potentials add, and electrostatic stored energy follows the capacitor energy law.
Textbook relations, evaluated live:
Videal = Σ Vstage = N·VstageEstored = N·½ C Vstage²Eaverage,proxy = Videal/d, valid only as a uniform-field approximationτRC,proxy = R(C/N), not a measured rise time
Independent arithmetic check:Stage-summation engine: 96.0 kV
Independent N × V formula: 96.0 kV
Absolute residual: 0.0000 kV
Engineering-inspired reconstruction: The structural hall, capacitor carriage, grading rings, protective boundaries, beam conduits, diagnostic racks and switching hardware are original visual constructions, not surveyed equipment.
Simplified educational representation: Stages are treated as equal. No parasitic inductance, losses, waveform shaping network, air breakdown, field map, load impedance or transient circuit solution is calculated. The schematic stage count controls illustrative geometry; all values shown are illustrative, not operating ratings.
Speculative components: Fictional enclosure styling, status beacons and pulsed luminous arcs are visual aids; the magnetic/electric glow is not a physically solved field.
Illustrative design, not affiliated with any real institution or manufacturer.
This is not a high-voltage apparatus design, assembly manual, clearance calculation or operating procedure. Real installations require accredited engineering, safeguards, and independent testing.