With an unflinching eye for repellent details, she launches readers into the thick of spaceflight's grossest engineering challenges: disposing of human waste, controlling body odor without washing, and containing nausea -- or, if containment fails, surviving a spacewalk with a helmet full of perilously acidic upchuck.
With an unflinching eye Roach, who has already written about corpses ("Stiff"), copulation ("Bonk") and charlatans ("Spook"), surveys the engineering challenges involved in spaceflight, down to the unglamorous business of human-waste disposal.
Yet the cultivation of plants within spaceflight vehicles presented numerous physical and engineering challenges that complicated interpretation of fundamental plant responses.
Such cuts will also assure the demise of a fully elaborated and streamlined national infrastructure, one that knits together engineering talent, scientific expertise, technological innovation, spaceflight management, and communications systems that span the entire Solar System.
Bezos reiterated Musk's belief that reusable rockets are the key to reducing the cost of spaceflight, but said that they share a different "engineering approach" to SpaceX, despite the similarity of their goals.
It brought us state-of-the-art engineering, delivered the Hubble Space Telescope, furthered the United States' understanding of long-term human spaceflight through the Shuttle-Mir programme, and consolidated that knowledge through the assembly of the International Space Station.
As the second U.S. astronaut to make an orbital spaceflight, he circled Earth three times on May 24, 1962, in Aurora 7. Carpenter studied aeronautical engineering at the University of Colorado but left just short of graduation.
Liu Yang's presence in orbit obviously caught the headlines, but I was thinking more about the engineering milestones: the first manned automatic and manual dockings; the first long-duration spaceflight; and the first crew to live aboard a permanently orbiting module, Tiangong-1.
The history of spaceflight would not have been possible without a single object, the rocket one of the most complex engineering feats in human history.
For example, the management of root-zone water and aeration is affected by the lack of convection and related boundary layer issues, along with the unique behavior of water and capillary action in microgravity, and the attendant engineering designed to ameliorate the impact of these issues is an important feature of spaceflight experiments [ 10, 12].
