ARIES parametric/systems calculations (ver. 310)12/11/00

Parameter Summary

 plasma aspect ratio, A                                       4.000
 major toroidal radius, Rt (m)                                5.200
 minor plasma radius, ap(xp) (m)                              1.300
 circularized plasma radius, rp (m)                           1.835
 plasma vertical elongation, b/a(xp)                          2.179
 plasma triangularity, d(xp)                                  0.842
 fusion power, P(F) (MW)                                   1758.872
 alpha power (MW)                                           350.916
 transport (conduction) power, Ptr(MW)                      273.781
 bremsstrahlung power loss (MW)                              55.005
 total useful thermal power, P(TH) pk/ave (MW)   1982.430  1982.430
 gross electrical output power, P(ET) (MWe)                1169.634
 net electrical output power, P_E (MWe)                    1000.000
 CD/heater power, P(CD) (MW)                                 37.441
 auxiliary CD/heater power (MW)                               0.000
 fusion power density (MW/m^3)                                5.354
 CD gamma=n_e 10^{-20} R_T I_p / P_{CD} (10^20 A/m^2 W)       3.820
 toroidal beta (%)                                            9.182
    total beta (%)                                            8.826
 poloidal beta (incl. fus. prods. and imps. , Zeff>1.0)       2.277
 Shafranov poloidal beta                                      2.277
 normalized beta (100x Troyon)                                5.454
 poloidal-beta/aspect                                         0.569
 current needed to confine alphas, Ia (MA)                    6.030
 plasma current, I (MA)                                      12.817
 plasma ion      temp. [dens.-weight.-vol.-avg.] (keV)       18.000
 plasma electron temp. [dens.-weight.-vol.-avg.] (keV)       18.076
 plasma (total) ion density (10^20/m^3)                       1.709
 plasma electron density (10^20/m^3)                          2.146
 calculated Lawson parameter (10^20 s/m^3)                    3.418
 ITER-89P  -confinement multiplier, Ha                        2.606
 ITER-97P  -confinement multiplier, He                        1.050
 ITER-97H  -confinement multiplier, Hg                        0.975
 IPB98(y)  -confinement multiplier, Hi                        1.349
 IPB98(y,1)-confinement multiplier, Hj                        1.792
 bootstrap-current fraction                                   0.910
 on-axis toroidal field (T)                                   5.856
 magnetic field at the coil (T)                              11.109
 inb div-plate avg. particle surface heat flux (MW/m^2)      1.331
 inb div-plate peak particle surface heat flux (MW/m^2)      7.366
 inb div-plate plasma temperature (eV)                      598.130
 out div-plate avg. particle surface heat flux (MW/m^2)      3.676
 out div-plate peak particle surface heat flux (MW/m^2)     14.733
 out div-plate plasma temperature (eV)                      598.130
 watershed-to-null-point connection length (m)                0.000
 null-point-to-divertor-plate connection length (m)           0.000
 radiation fraction, frad (brems.+sync.+line)                 0.298
 plasma q-value, Qp                                          46.978
 engineering q-value, QE                                      6.895
 14.06-MeV neutron load, Iw (MW/m^2)                          3.294
  2.45-MeV neutron load (MW/m^2)                              0.002
  5.17-MeV neutron load (MW/m^2)                              0.008
      peak neutron load (MW/m^2)                              4.937
 FPC mass power density, MPD (kWe/tonne)                    191.365
 avg. mass power density, MPD (kWe/tonne)                   135.980
 LSA=1 total COE (mill/kWeh)                                 47.528