Call Number (LC) | Title | Results |
---|---|---|
TL1060.N53 R3 | Rapid methods for calculating radiation transport in the entry environment / | 1 |
TL1060 .R42 1993 | Dynamics of atmospheric re-entry / | 1 |
TL1060 -- R42 1993eb | Dynamics of Atmospheric Re-Entry. | 1 |
TL1060 .R43 1984 | Re-entry vehicle dynamics / | 1 |
TL1060 .T44 1986eb | Thermophysical aspects of re-entry flows / | 1 |
TL1060 .V56 | Hypersonic and planetary entry flight mechanics / | 1 |
TL1060 .W87 1960 | Motion and heating during atmosphere reentry of space vehicles / | 1 |
TL1065 |
Understanding pulsars and space navigations / X-ray pulsar-based navigation theory and applications / |
2 |
TL1065 .E43 2011 | Navigation in space by x-ray pulsars | 1 |
TL1065 .I56 | Proceedings of the ION National Space Meeting on Space Navigation--Present and Future. | 1 |
TL1065 .I57 1970 | Proceedings of the ION National Space Meeting on Space Navigation, Theory and Practice in the Post Apollo Era : 17-19 February 1970, NASA Ames Research Center, Moffett Field, California. | 1 |
TL1065 .K33 2014 | Fundamentals of aerospace navigation and guidance / | 1 |
TL1065 .K33 2014eb | Fundamentals of aerospace navigation and guidance / | 1 |
TL1065 .M55 2019 | Planetary spacecraft navigation / | 1 |
TL1065 .M55 2021 | General relativity for planetary navigation / | 1 |
TL1065 .N68 1998 |
Spacecraft navigation and guidance Spacecraft navigation and guidance / |
2 |
TL1065 .P3 | Interplanetary navigation : principles and methods for journeys to other planets / | 1 |
TL1065 .S7 | A fast method of orbit computation | 1 |
TL1065 .T49 2019 | Optimal space flight navigation : an analytical approach / | 1 |
TL1075 |
Optimal trajectory tracking of nonlinear dynamical systems Low-energy lunar trajectory design / Orbital relative motion and terminal rendezvous : analytic and numerical methods for spaceflight guidance applications / Multiple gravity assist interplanetary trajectories / Optimal spacecraft trajectories / Space trajectories : a symposium / Algorithms for satellite orbital dynamics / Lunar and Interplanetary Trajectories / Low Energy Flight : Orbital Dynamics and Mission Trajectory Design / |
10 |