| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 297880 | Nuclear Engineering and Design | 2011 | 9 Pages |
The paper introduces recent Russian nuclear electric propulsion (NEP) concept for space exploration. The concept advantages are listed along with future missions. The current development status for the two main enabling technologies is presented and the feasibility analysis of the up-to-date experience is performed. The main features of NEP concept are discussed. Revision of these features and available technologies demonstrates that the NEP concept is a logical continuation of the previous efforts by the former Soviet Union. Because no breakthrough technologies are needed for NEP development while the existing technologies only need to be adapted to the megawatt (MW) class NEP the development is considered technically feasible, low risk program likely to succeed unless cancelled by the listed non-technical reasons. Successful NEP space vehicle development is going to bring practical space exploration of solar system to the new level as well as require supplementary payload program, supporting monitoring and communication radar networks. Nuclear safety during future NEP missions can be ensured by adherence to the United Nations guidelines in the same way it was done during the Soviet Topaz Nuclear Power System (NPS) missions.
► The paper focuses on feasibility of the Russian nuclear electric propulsion (NEP) concept. ► The Russian NEP concept is based on the past experience and is, therefore, technically feasible. ► The big concern is that the program will be cancelled due to non-technical issues.
