ANULUM / SCPN Reactor Systems / Inertial confinement / Explorer

Inertial-confinement explorer

The closed-form relations of this family, live: the laser review's ignition floors and design figures, the beam capsule and its illumination, and the impacted slab and sphere. The presets are the printed designs the cores anchor on; every output is algebra on a declared point, never a simulation.

What these relations are. Every relation on this page is one a device core of this family implements as a closed-form evaluation on a declared operating point at computational_prototype maturity: algebra a filed source prints, never a simulation. No radiation hydrodynamics, transport, laser–plasma interaction, beam deposition, shock or burn calculation is performed anywhere in these cores; the ignition floors are necessary algebraic conditions on a design, never a prediction that a design ignites; no value describes, approximates or validates any real machine or shot.

Laser ICF — ignition floors and the 1.5 MJ direct-drive design

Floors: \(\rho R \ge 0.3\), \(T_i \ge 5\) keV; \(P_{hs} > 100\,\mathrm{Gbar}\cdot 100\,\mu\mathrm{m}/R_{hs}\); \(P_{hs} > 250\,\mathrm{Gbar}(f_kE_k/10\,\mathrm{kJ})^{-1/2}\); \(R_{hs} < 40\,\mu\mathrm{m}\sqrt{f_kE_k/10\,\mathrm{kJ}}\); \(f_kE_k = 2\pi P_{hs}R_{hs}^3\). The gain is the reconstruction the core does not use as an anchor (the review prints 48; solid fuel at 0.25 g/cm³ gives about 57).