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Geology --- Project Gemini --- Earth (Planet) --- Photographs from space.
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"A wonderful collection of rarely seen photographs that true space buffs will enjoy. The captions are worth their weight in space-fact gold."--Richard W. Orloff, coauthor of Apollo: The Definitive Sourcebook.
Space photography --- Astronautics --- Photography in astronautics --- Spaceborne photography --- Astronomical photography --- Space sciences --- Aeronautics --- Astrodynamics --- Space flight --- Space vehicles --- Project Gemini (U.S.) --- Project Mercury (U.S.) --- Gemini Project (U.S.) --- Man-in-space Program (U.S.) --- United States. --- History.
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This book considers the archaeology of the facilities and sites on Earth that helped facilitate the Mercury, Gemini, and Apollo programs.
Astronautics --- Launch complexes (Astronautics) --- Launch sites (Astronautics) --- Launching sites (Astronautics) --- Ground support systems (Astronautics) --- History. --- Project Gemini (U.S.) --- Project Mercury (U.S.) --- Project Apollo (U.S.) --- Gemini Project (U.S.) --- Man-in-space Program (U.S.) --- United States. --- Apollo Project (U.S.) --- Progetto Apollo (U.S.)
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In May 1961, President John F. Kennedy committed the United States to landing a man on the moon before the end of the decade. With just a handful of years to pull it off, NASA authorized the Project Gemini space program, which gathered vital knowledge needed to achieve the nation’s goal. This book introduces the crucial three-step test program employed by the Gemini system, covering: The short unmanned orbital flight of Gemini 1 that tested the compatibility of launch vehicle, spacecraft and ground systems. The unmanned suborbital flight of Gemini 2 to establish the integrity of the reentry system and protective heat shield. The three-orbit manned evaluation flight of Gemini 3, christened ‘Molly Brown’ by her crew. A mission recalled orbit by orbit, using mission transcripts, post-flight reports and the astronauts’ own account of their historic journey. The missions of Project Gemini was the pivotal steppingstone between Project Mercury and the Apollo Program. Following the success of its first two unmanned missions and the exploits of Gus Grissom and John Young on Gemini 3, NASA gained the confidence to plan an even bolder step on its next mission, as described in the next book in this series on Gemini 4.
Project Gemini (U.S.) --- Popular works. --- Technology. --- Aerospace engineering. --- Astronautics. --- Popular Science. --- Popular Science in Technology. --- Aerospace Technology and Astronautics. --- Space Sciences (including Extraterrestrial Physics, Space Exploration and Astronautics). --- Gemini Project (U.S.) --- Man-in-space Program (U.S.) --- Astrophysics. --- Astronomical physics --- Astronomy --- Cosmic physics --- Physics --- Space sciences --- Aeronautics --- Astrodynamics --- Space flight --- Space vehicles --- Space sciences. --- Science and space --- Space research --- Cosmology --- Science --- Aeronautical engineering --- Astronautics --- Engineering --- Applied science --- Arts, Useful --- Science, Applied --- Useful arts --- Industrial arts --- Material culture
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This third book of the Gemini mission series focuses on the flight that simulated in Earth orbit the duration of an eight-day Apollo mission to the Moon. After the proof-of-concept test flights Gemini 1, 2 and 3 (as described in GEMINI FLIES!) and the success of the first American EVA as well as the four-day U.S. mission (GEMINI 4), NASA gained the confidence to gradually increase mission time spent in orbit. This is the first known book to focus solely on the Gemini 5 mission and its challenges with equipment failures and difficult living conditions. The mission was targeted to double the endurance of the previous one, and as such was an integral stepping stone for an even more audacious mission four months later. Attempting the eight- and then fourteen-day durations would be an opportunity for America to gain the lead in space exploration over the Soviets. This mission pioneered the duration of a flight to the Moon and back three years before Apollo 8 made that journey, without a lunar landing, for the first time.
Aerospace engineering. --- Astronautics. --- Outer space—Exploration. --- Aerospace Technology and Astronautics. --- Space Exploration and Astronautics. --- Aeronautical engineering --- Aeronautics --- Astronautics --- Engineering --- Space sciences --- Astrodynamics --- Space flight --- Space vehicles --- Extravehicular activity (Manned space flight) --- Space flight to the moon. --- Project Gemini (U.S.) --- Flight to the moon --- Lunar expeditions --- Lunar flight --- Space walk --- Spacewalk --- Walking in space --- Manned space flight --- Extravehicular activity --- Gemini Project (U.S.) --- Man-in-space Program (U.S.)
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A brief guide to the real science of interstellar travelWith known exoplanets now numbering in the thousands and initiatives like 100 Year Starship and Breakthrough Starshot advancing the idea of interstellar travel, the age-old dream of venturing forth into the cosmos and perhaps even colonizing distant worlds may one day become a reality. A Traveler’s Guide to the Stars reveals how.Les Johnson takes you on a thrilling tour of the physics and technologies that may enable us to reach the stars. He discusses the latest exoplanet discoveries, promising interstellar missions on the not-so-distant horizon, and exciting new developments in space propulsion, power, robotics, communications, and more. But interstellar travel will not be easy, and it is not for the faint of heart. Johnson describes the harsh and forbidding expanse of space that awaits us, and addresses the daunting challenges—both human and technological—that we will need to overcome in order to realize tomorrow’s possibilities.A Traveler’s Guide to the Stars is your passport to the next great frontier of human discovery, providing a rare inside look at the remarkable breakthroughs in science and technology that will help tomorrow’s space travelers chart a course for the stars.
Interstellar travel. --- Space vehicles --- 100 Year Starship. --- Aerospace engineering. --- Alpha Centauri. --- Andromeda Galaxy. --- Antimatter. --- Asteroid belt. --- Astrobiology. --- Astronaut. --- Astronomer. --- Astronomical object. --- Astronomical unit. --- Astronomy. --- Be star. --- Celestial navigation. --- Colonization of Mars. --- Comet tail. --- Dwarf planet. --- Ecliptic. --- Einstein Cross. --- Electrically powered spacecraft propulsion. --- Elongation (astronomy). --- Eris (dwarf planet). --- Exoplanet. --- Exploration of Mars. --- Extraterrestrial intelligence. --- GPS navigation device. --- Galactic Center. --- Gamma ray. --- Gravitational lens. --- Gravity of Earth. --- Gravity well. --- Hubble Space Telescope. --- Intercontinental ballistic missile. --- Interplanetary mission. --- Interstellar medium. --- Interstellar probe. --- Journey to Jupiter. --- Launch vehicle. --- Local Interstellar Cloud. --- Low Earth orbit. --- Luke Skywalker. --- Luna 1. --- Mars 2. --- Mars and Beyond. --- Mars landing. --- Meteoroid. --- Milky Way. --- Nebula. --- Newton's law of universal gravitation. --- Nuclear fission. --- Nuclear fusion. --- Orbit. --- Orbital mechanics. --- Orbital plane (astronomy). --- Orbital spaceflight. --- Outer planets. --- Photon rocket. --- Photon. --- Pioneer 10. --- Planet. --- Planetary flyby. --- Project Gemini. --- Propellant. --- Propulsion. --- Proxima Centauri. --- Radio telescope. --- Rocket launch. --- Rocket propellant. --- Saturn. --- Science fiction. --- Semi-major and semi-minor axes. --- Solar System. --- Solar eclipse. --- Solid-fuel rocket. --- Space Age. --- Space Launch System. --- Space Odyssey. --- Space Shuttle external tank. --- Space environment. --- Space exploration. --- Space telescope. --- Space vehicle. --- SpaceX. --- Spacecraft propulsion. --- Spacecraft. --- Spaceflight. --- Star Drive. --- Star cluster. --- Star system. --- Technology. --- To the Moon. --- Trantor. --- Tritium. --- Tsiolkovsky rocket equation. --- Uranus. --- V-2 rocket. --- Voyager 1. --- Voyager 2. --- Voyager program. --- Propulsion systems.
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