MPCS2018
Singapore, January 8 - 12, 2018
Second International Conference on Micropropulsion and CubeSats
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M. Keidar, Washington, USA. Flight Experiments and Recent Developments in Micro-Cathode Arc Thrusters for CubeSat Propulsion.
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D. Pedrini et.al., Pisa, Italy. Sitael Hollow Cathodes for Low-Power Hall Effect Thrusters.
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J. Schein et.al., Munich, Germany. Scalability and Reliability of Vacuum Arc Thrusters for CubeSat Missions.
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L. Grimaud, S. Mazouffre et.al., Orleans, France. Hall Thruster Configurations for Nano/Micro-Satellite Propulsion.
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S. Xu et.al., Singapore / USA / Australia / China. The Development of Singapore’s Miniature Hall Effect Thruster and Rotamak for Space Propulsion.
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J. L. Rovey, Rolla, Missouri, USA. Multi-Mode Micropropulsion.
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Y. Raitses et.al., Princeton, USA. Surface Micro- and Nano-Architectured Materials for Plasma Micropropulsion.
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X. Liu, Beijing, China. Influence of Capacitor Setup on the Performance of Pulsed Plasma Thruster.
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L. Garrigues et.al., Université de Toulouse, France. Influence of Cathode Material on Vacuum Arc Thruster Perfomance.
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E. Ahedo, Madrid, Spain. Simulation Tools for Plasma Micro-Propulsion.
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C. Charles, The Australian National University, Australia. From Laboratory to Space with the Australian QB50 CubeSats.
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R. Boswell, The Australian National University, Australia. Development of the Electrothermal Pocket Rocket for CubeSats.
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K. Bazaka, Queensland University of Technology, Australia. Graphene-based light-powered propulsion: a possible alternative to solar sail.
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U. Cvelbar et. al., Jožef Stefan Institute, Ljubljana, Slovenia. Atmospheric Plasma Jets: The Effect of Electrode Materials.
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T. Henning et. al., Institute of Experimental Physics / Justus Liebig University, Germany. MEMS technology all-photopolymer electrospray emitters....
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D. Lev, Rafael Advanced Defense Systems Ltd, Israel. Hollow Cathode Neutralizer for Micro Electric Propulsion.
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S. Shinohara, Tokyo University of Agriculture and Technology, Japan. Development of Very Small, High-Density Helicon Source for Propulsion.
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M. Lim et. al., Singapore. Microcontroller Aided Actuation and Wireless Control for Diagnostics in a Large Scaled Space Environment Chamber.
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F. Paganucci et. al., Università di Pisa, Italy. Alternative Propellants for Low Power Hall Effect Thrusters.
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A. Cervone et. al., Delft University of Technology, The Netherlands. MEMS Water Micro-Resistojets for CubeSats and PocketQubes.
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J. Fang, UTS, Australia. Plasma Enabled Fabrication and Applications of Nanometamaterials and Porous Alumina in Electric Propulsion.
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I. Levchenko et. al., Singapore/Australia. Smart and Multifunctional Materials in Electric Propulsion and Cubesats.