NUCLEAR PROPULSION
A technology that provides:
Highly efficient use of energy
Environmentally friendly use of energy
Core of the Nuclear Propulsion:
Nuclear thermal propulsion (NTP)
Nuclear electrical propulsion (NEP)
Fission surface power (FSP)
, NUCLEAR THERMAL PROPULSI
(NTP): BENEFITS
Greater performance
Greater energy efficiency
Higher velocities
Reduced fuel mass (Jagannatha & Ho, 2018)
More payload capacity
Support crewed mission
Support uncrewed mission
(NASA Glenn Research Center, 2023)
, NUCLEAR THERMAL PROPULSI
(NTP): CHALLENGES
Challenges of safety and public perception
Potential dangers associated with nuclear compo
Stringent safety protocols
Containment systems need to be designed and
verified
Fears and misunderstandings regarding nuclear
technology
, 2023)
A technology that provides:
Highly efficient use of energy
Environmentally friendly use of energy
Core of the Nuclear Propulsion:
Nuclear thermal propulsion (NTP)
Nuclear electrical propulsion (NEP)
Fission surface power (FSP)
, NUCLEAR THERMAL PROPULSI
(NTP): BENEFITS
Greater performance
Greater energy efficiency
Higher velocities
Reduced fuel mass (Jagannatha & Ho, 2018)
More payload capacity
Support crewed mission
Support uncrewed mission
(NASA Glenn Research Center, 2023)
, NUCLEAR THERMAL PROPULSI
(NTP): CHALLENGES
Challenges of safety and public perception
Potential dangers associated with nuclear compo
Stringent safety protocols
Containment systems need to be designed and
verified
Fears and misunderstandings regarding nuclear
technology
, 2023)