The National Ignition Facility

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NIF-0205-10334 15EIM/ld LPI t = 1.5 ns t = 3 2.5 ns ns t = 1 3.5 ns ns t = 1.5 ns t = 2.5 ns -2 0 2 z (mm) -2 0 2 z (mm) Hydro t = 3.5 ns -2 0 2 z (mm) NIF N is steadilyy developing dev a large rge range of experimental ental capabilities Hohlraums EOS P8460
Is NIF a precursor to an IFE plant? NIF-0105-10159-r1 31EIM/cld NIF Repetition frequency 10 –4 Hz Electrical efficiency 0.5% Fusion Reactor Repetition frequency 10 Hz Electrical efficiency 10% The National Ignition Facility P8482
Page 1 and 2: P8430
Page 3 and 4: Fusion energy may be a future energ
Page 5 and 6: NIF-0205-10341 1952 P8479
Page 7 and 8: Lawrence Livermore National Laborat
Page 10 and 11: NIF-1004-09597-L29 03EIM/tr LLNL Sa
Page 12 and 13: NIF-1104-09784 17EIM/tr P7488
Page 14 and 15: NIF-1104-09783 17EIM/tr P7481
Page 16: NIF concentrates all the energy in
Page 19 and 20: NIF-0901-02636_89-EIM_L1 18BW/paa G
Page 21 and 22: NIF-0105-10124 21EIM/paa Target Cha
Page 23 and 24: Target Chamber NIF-0501-02172 X2235
Page 25: NIF has been fired over 400 times N
Page 31 and 32: NIF-0205-10346 15EIM/dj Output Ener
Page 33 and 34: IFE laser will be based on 1960’s
Page 36 and 37: Projected diode costs support econo
Page 38 and 39: Leveraging the NIF provide a near-t

The National Ignition Facility

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