Applications of combined electric, high-thrust propulsion systems.
Combined electric constant low thrust and chemical or nuclear high thrust space propulsion systems for interplanetary missions
Dugan, D. W.↗
Engineering topics
Mascy, A. C.
Publications and source records attributed to Mascy, A. C..
1.0 A.U. extra-ecliptic constant low-thrust missions.
Constant thrust electric propulsion systems performance with coast trajectories presented for 1.0 AU extraecliptic missions
Mascy, A. C.↗
A FORTRAN program for computation of mass in earth orbit required for interplanetary missions
FORTRAN computer program for computing mass in earth orbit for round trip-stopover missions, flyby missions, and orbital missions with single-stage high-thrust system for each phase
Mascy, A. C.↗
Elliptic capture orbits for missions to the near planets.
Elliptic capture orbits for missions to near planets
Casal, F. G.↗
Applications of combined high-thrust, low- thrust propulsion systems.
Combined electric constant low thrust and chemical or nuclear high thrust space propulsion systems for interplanetary missions
PROPULSION SYSTEM↗
Sensitivity of manned planetary spacecraft design to radiation uncertainties.
Sensitivity of manned planetary spacecraft design to shield weight, onboard radiation and uncertainties in space environment radiation
HUMAN TOLERANCE↗
A feasibility study of a communications satellite for deep-space monitoring
Use of earth orbiting satellite as communications relay between earth and space vehicles on interplanetary missions
SPACE VEHICLE↗