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Power-producing fusion-reactor systems may require a complex of plasma-producing subsystems (containment, heating, and injection) and of energy-conversion subsystems (thermal and direct). To establish a basis for a comparison of these reactor power systems, generalized definitions based on power balance are proposed for the two important power-balance parameters: (1) Q (ratio of output to input power), and (2) e (fractional circulating power). The values of Q and e determined from the proposed generalized definitions are compared with values in the literature based on different definitions.

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96B. Axial Distribution of "Thermal Neutron Flux" in Loading No, 57 (~420°F) (5-Rod Bank at IndicatedPosition of 22.2 in.). 227 96C. Axial Distribution of "Thermal Neutron Flux" in Loading No. 57 (~-420°F) (5-Rod Bank at Indicated Position of 22.2in.). 227 96D. Axial Distribution of "Thermal Neutron Flux" in Loading No. 57 (~420°F) (5-Rod Bank at Indicated Position of 22.2 in.). 228 97. Buildup to Equilibrium Xenon (Xe '^) Poisoning in Fresh Reference 3-Mwt Reactor Operating at 8000 lb steam/hr.