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Engineering & Subsystems

The Burner's End Cell

The plug-and-expander assembly that confines the plasma and recovers its energy.

Engineering & SubsystemsUpdated 2026-08-11
Plug field
26.49 T
Recovers
End-loss energy

Each end of the burner holds a high-field plug (26.49 T), the ambipolar potential it builds, and an expander feeding the direct converter. The end cell is where the burner's hardest physics — plugging — and its cleverest engineering — direct conversion — live.

It is the technical heart of the tandem mirror.

Common questions

What is the burner's end cell?

The high-field plug and mirror-throat region at each end that confines the central plasma, plus the expander where escaping particles are spread out and their energy recovered. It is where the plug physics lives.

Why is the end cell critical?

Because the ambipolar plug it creates is what holds the plasma in — and its effectiveness depends on the ~16 plug-density ratio, the burner's binding condition.

← PreviousThe Burner's Central CellNext →The Cryogenic System
Content reviewed August 2026 · design-and-simulation stage