'Ion thruster' presentation slideshows

AAE 450 Senior Design Formal Presentation roger.ecn.purdue/~aae450

AAE 450 Senior Design Formal Presentation http://roger.ecn.purdue.edu/~aae450. Mission Parameters. Routine transport Minimize propellant Achieve 99% reliability Replace 10% of cycler mass every 2 1 / 7 years Assumptions: Established system Colony on Mars Martian water plentiful.

506 views • 50 slides

Electric Propulsion for Future Space Missions Part I

Electric Propulsion for Future Space Missions Part I. Bryan Palaszewski Digital Learning Network NASA Glenn Research Center at Lewis Field. Introduction. Why electric propulsion? Types Applications Some history Future missions and vehicles A very cool future.

432 views • 41 slides

Spacecraft bus voltage and power

experimental solar power satellite. 4. 10. 3. 10. space factory? space hotel. ISS. 2. 10. Spacecraft power (kW). HS702. SKYLAB. 10. MILSTAR. SPACE. ETS-8. TELESCOPE. TDRS. Before mid-90s. 1. EOS-AM. LEASAT. RCA SATCOM. After mid-90s. DSCS II. After 2010. 0.1. 10. 100.

409 views • 18 slides

GOCE

GOCE. www.esa.int/livingplanet/goce. G ravity field and steady-state O cean C irculation E xplorer. The Very Basic Principles of the GOCE Gradiometer In-Flight Calibration. Daniel Lamarre ESA/ESTEC. Presentation of the Problem Quadratic Factor Adjustment Scale Factor &

490 views • 16 slides

Nanoparticle Electric Propulsion for Space Exploration

Nanoparticle Electric Propulsion for Space Exploration. Phys 483 Monday, March 31 2008 Team 1: Perry Young, Kiyoshi Masui, Mark Hoidas, Andrew Harris. Deep Space 1. Launched in October 1998 Meant to test 12 new technologies that were too risky for previous missions.

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204 views • 6 slides