Three Nuclear Electric Propulsion (NEP) systems are evaluated in the context of the two following criteria: (1) power levels (P)--10-50 Mw; and (2) core life (D)--2-10 yrs. The three types of reactors are as follows: (1) high temperature gas-cooled reactors of the NERVA derivative type; (2) lithium-cooled advanced fuel pin--one-phase flow; and (3) lithium-cooled Cermet--one-phase flow. The discussion is presented in vugraph form
Nuclear thermal propulsion has long been considered an enabling technology for human missions to Mar...
Current designs for out of core thermionic energy conversion (TEC) to power nuclear electric propuls...
Viewgraphs on Enabler 1 and 2 engine system design modeling and comparisons are presented. The objec...
Systems technology for nuclear electric propulsion (NEP) vehicles is discussed. The following topics...
Satellite nuclear power station, transmitting power safely to ground by microwave bea
A new nuclear electric propulsion (NEP) systems analysis code is discussed. The new code is modular ...
Four Revised Point of Departure NTR Engines were Designed and Analyzed using MCNP and NESS. All Four...
The results of a materials technology program for a long-life (50,000 hr), high-temperature (950 C c...
The topics are presented in viewgraph form and include the following: nuclear thermal propulsion (NT...
The Nuclear Electric Propulsion (NEP) system optimization code consists of a master module and vario...
The topics are presented in viewgraph form and include the following: rocket engine transient simula...
This technical memorandum describes models and calculational procedures to fully characterize the nu...
Criticality calculations for small, cylindrical, lithium cooled reactors for space power system
NASA LeRC is currently developing a Fortran based model of a complete nuclear electric propulsion (N...
Stack tests indicate that the discrepancies between calculated and measured temperature profiles are...
Nuclear thermal propulsion has long been considered an enabling technology for human missions to Mar...
Current designs for out of core thermionic energy conversion (TEC) to power nuclear electric propuls...
Viewgraphs on Enabler 1 and 2 engine system design modeling and comparisons are presented. The objec...
Systems technology for nuclear electric propulsion (NEP) vehicles is discussed. The following topics...
Satellite nuclear power station, transmitting power safely to ground by microwave bea
A new nuclear electric propulsion (NEP) systems analysis code is discussed. The new code is modular ...
Four Revised Point of Departure NTR Engines were Designed and Analyzed using MCNP and NESS. All Four...
The results of a materials technology program for a long-life (50,000 hr), high-temperature (950 C c...
The topics are presented in viewgraph form and include the following: nuclear thermal propulsion (NT...
The Nuclear Electric Propulsion (NEP) system optimization code consists of a master module and vario...
The topics are presented in viewgraph form and include the following: rocket engine transient simula...
This technical memorandum describes models and calculational procedures to fully characterize the nu...
Criticality calculations for small, cylindrical, lithium cooled reactors for space power system
NASA LeRC is currently developing a Fortran based model of a complete nuclear electric propulsion (N...
Stack tests indicate that the discrepancies between calculated and measured temperature profiles are...
Nuclear thermal propulsion has long been considered an enabling technology for human missions to Mar...
Current designs for out of core thermionic energy conversion (TEC) to power nuclear electric propuls...
Viewgraphs on Enabler 1 and 2 engine system design modeling and comparisons are presented. The objec...