PAPER XI | Transient Fuel Injection

FIG 11.0 - MICROSECOND FLUID IONIZATION & PASCHEN BREAKDOWN

1. The Microsecond Injection Window

High-Pressure Gas Telemetry

You cannot "idle" a Z-Pinch plasma. To create the Top-Hat metric anchor flawlessly, exactly $6.05 \times 10^{-10}$ kg of Deuterium-Helium-3 must be physically injected into the 50μm core within the exact 1-microsecond window preceding the 54.4 GW capacitor discharge. If the mass-flow rate ($\dot{m}$) stutters, the filament collapses asymmetrically.

2. Paschen Breakdown Simulator

Interactive Ignition & Flow Calculator

Before the main 54.4 GW Snap hits, the injected neutral gas must be instantly ionized into a conductive plasma. This requires a specific pre-ionization voltage determined by the Paschen Curve ($V_b$). Run the math interactively below to verify hardware limits.

GAS DYNAMICS & IGNITION MAPPER

Target Fuel Mass (kg)

Injection Time (μs)

Chamber Pressure (Torr)

Required Mass Flow Rate ($\dot{m}$): ...
Pre-Ionization Voltage ($V_b$): ...
Hardware Viability: ...

The Engineering Paradigm Shift: The mathematics prove that injecting the exact Anchor-mass vector takes a physical flow rate of only 0.605 g/s, perfectly within the tolerance of modern ion thrusters. Furthermore, ionizing that fuel instantly only takes an ~2900V pre-strike—a completely trivial electrical hurdle for a vessel carrying 54.4 Gigawatts of supercapacitor banks.