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... British Interplanetary Society for Volume 60 60 '''Page ''' - 321-330 '''Year''' - 2007 '''Keywords''' - Venus, human exploration, flybys, patched conics '''JBIS Reference Code ''' - 2007.60.321 '''Number of Pages''' - 10 Abstract This ... boosters, or alternatively, with combinations of spacecraft and launch systems planned for NASA's current exploration systems architecture. It is concluded that the mission design proposed herein represents a simple, safe ...

... British Interplanetary Society for Volume 60 60 '''Page ''' - 387-388 '''Year''' - 2007 '''Keywords''' - Solar system exploration, Trans-Neptunian planets '''JBIS Reference Code ''' - 2007.60.387 '''Number of Pages''' - 2 Abstract The ... is very difficult and makes them good candidates for space missions to explore. Unfortunately the large distance also makes space exploration much harder, but by no means impossible. In this paper, we ...

... near-term, and instead focuses on sending piloted spacecraft into orbit around exploration targets of interest, and conducting astronaut exploration of the surfaces using telerobots and remotely controlled systems. Teleoperation provides scientists ... /habitat) could be used to perform a variety of different missions, including orbit- based surface exploration of the Moon, Mars and Venus, and rendezvous with Near Earth Asteroids (NEAs), as well ...

... the principal resources used by NASA in the 1960s to plan for long term lunar exploration. This rare NASA template from 1967 investigates the details of the various advanced Apollo studies ... late 1960's and includes graphics and illustrations of advanced Apollo hardware capable of sustaining explorers on the lunar surface for weeks at a time.Image:9781926837024.jpg ...

... Society for Volume 56 56 '''Page ''' - 43-55 '''Year''' - 2003 '''Keywords''' - Polar, expedition, humans, Mars, exploration, polar stations '''JBIS Reference Code ''' - 2003.56.43 '''Number of Pages''' - 13 Abstract In Part ... at the poles. Transport, both robotic and manned will be required to provide range of exploration on Mars. Much of the critical technology revolves around the robust provision of significant amounts ...

... 59 59 '''Page ''' - 230-238 '''Year''' - 2006 '''Keywords''' - Human exploration missions, electric propulsion, lunar mission architectures, space architectures, Mars mission architectures, space exploration cost, cost reduction '''JBIS Reference Code ''' - 2006.59.230 '''Number of Pages''' - 9 Abstract The cost of human exploration missions has been and is an impediment to their accomplishment. Competition for government funds is ...

... '''Keywords''' - Buoyancy driven glider, autonomous underwater vehicle (AUV), unmanned aerial vehicle (UAV), wing morphing, planetary exploration '''JBIS Reference Code ''' - 2006.59.27 '''Number of Pages''' - 8 Abstract Buoyancy driven underwater gliders ... , Low Altitude Robotic Soarers (SCALARS) are an appealing alternative to more conventional vehicle technology for exploring planets with dense atmospheres. SCALARS are buoyancy driven atmospheric gliders with a twin-hulled, inboard ...

... ''' - Lunar robotic challenge Pioneer 3-AT tracked crater exploration microrover '''JBIS Reference Code ''' - 2010.63.267 '''Number of Pages''' - 11 Abstract Robotic exploration of the lunar terrain is a crucial step towards ... to remain intact. Lunar terrain is extremely inhospitable to all but the most robust of exploration vehicles. Surface conditions around the rim of large craters are rarely favourable for the descent ...

... Reference Code ''' - 2011.64.378 '''Number of Pages''' - 9 Abstract While interstellar missions have been explored in the literature, one mission architecture has not received much attention, namely the interstellar rendezvous ... interstellar rendezvous and return mission. The approach utilized for the Vacuum to Antimatter-Rocket Interstellar Explorer System (VARIES) would lead to system components and mission approaches that could be utilized for ...

... the British Interplanetary Society for Volume 65 65 '''Page ''' - 134-139 '''Year''' - 2012 '''Keywords''' - interstellar exploration, financing, World ships, Daedalus, Icarus, interstellar colonization '''JBIS Reference Code ''' - 2012.65.134 '''Number of ... international network of non governmental organizations (NGOs) focused on private and public fundraising for interstellar exploration and supporting a bottom-up societal movement, similar to e.g. the WWF. It will ...

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