Step 1: Increase the Magnetic
Field Strength (B-field) to its highest value.
Step 2: Using the four magnet controls (slider bars) around
the plasma chamber, produce a plasma shape which: (1) has a large cross
area, (2) looks D-shaped, & (3) doesn't touch the chamber walls (diverted
in Boundary bar).
Step 3: Increase the auxiliary heating (Power) and D/T fueling (Fuel)
to some moderate values close to their maximum without exceeding plasma
Density and Pressure
Step 3: Once the plasma is hot (ignited) and you are producing moderate
electrical energy, reduce the auxiliary heating to zero.
Step 4: Modify all controls until you maximize the electric Power Output.
You should be able to achieve 1000MW.
Created by Jim Leuer @ General Atomics - Energy/Fusion Group | Java Programming:
Jim Leuer, Sean Flanagan, Yusef Shafi | Web Design: Mike Leuer