Reactivity control of fast-spectrum reactors by reversible hydriding of yttrium zones
Reactivity control of fast nuclear reactors containing yttrium hydride moderating zones
Anderson, J. L., Jr.↗
Engineering topics
Lantz, E.
Publications and source records attributed to Lantz, E..
A nuclear thermionic space power concept using rod control and heat pipes.
Nuclear reactor space power system using out-of- pile thermionic diodes, heat pipes and dual central rod type of reactivity control
Anderson, J. L.↗
Preliminary considerations for fast-spectrum, liquid-metal cooled nuclear reactor program for space-power applications
Size and shield weight requirements calculated for fast-spectrum, liquid-metal cooled nuclear reactor for space power application
Lahti, G. P.↗
Nuclear thermionic space power system concept employing heat pipes
Development of nuclear thermionic space power system using thermionic diodes, and heat pipe flow for temperature control
Heath, C. A.↗
Small high-temperature nuclear reactors for space power
Criticality calculations for small, cylindrical, lithium cooled reactors for space power systems
Anderson, J. L., Jr.↗
A nuclear thermionic space power concept using rod control and heat pipes
Nuclear reactor space power using out of pile thermionic diodes and heat pipes cooling with control rods
Anderson, J. I., Jr.↗
A reactor concept for space power employing thermionic diodes and heat pipes.
Thermionic generator power system using reactor heat source connected to external thermionic diodes by heat pipes, noting reactor control
Heath, C. A.↗
A reactor concept for space power employing thermionic diodes and pipes
Reactor heat pipe flow system with external diode for thermionic generator power supply
Heath, C. A.↗