Application of nuclear solid-core rockets to interplanetary orbital launch by multiorbit injection
Nuclear solid core rocket engine performance for interplanetary orbital launch of spacecraft by multiorbit injection
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Nuclear solid core rocket engine performance for interplanetary orbital launch of spacecraft by multiorbit injection
Gas-core nuclear rocket engine simulation by induction coupled plasma torch, determining gas flow patterns
Neutron core star models based on realistic nuclear matter calculations and hyperons equation of state
Turbulent coaxial flow analysis predicting fuel volume fraction in gas core nuclear rocket reactor cavity, using free-jet computer code and eddy viscosity equation
Crew radiation dosage from fission fragments in plume from gas core nuclear rocket
Open cycle gas core nuclear rocket reactor, evaluating critical mass for U isotopes
Solar core opacity, investigating individual heavy elements influence and effect of changes in abundances
Gas core nuclear rocket engine light and heavy species centrifugal separation by MHD-driven rotating flow, discussing fluid dynamic simulation results
Apollo 11 lunar rocks, soil and core samples major, minor and trace elements abundance by radiochemical and instrumental activation analyses
Apollo 11 drive-tube core samples from Tranquillity Base, expressing lunar surface environmental processes
Nuclear light bulb and coaxial flow gaseous core nuclear rocket reactors based on energy transfer via thermal radiation
Two rotary diamond bit designs, one operating with a chip-flushing fluid, the second including auger section to remove drilled chips, enhance usefulness of tool for exploratory and industrial core-drilling of hard, abrasive mineral deposits and structural masonry.
Core sheath process for production of oxide fibers
Evaluation results and accuracy improvement of two flux switching mathematical models for magnetic cores
Split-core heat-pipe reactor for space power applications
Design optimization of out-of-core thermionic converter heated and cooled by heat pipes
Fabrication and evaluation of out-of-core thermionic converter heated and cooled by heat pipes
Conceptual design of 150 kWe out of core nuclear thermionic converter system