Advanced Concepts - 2


Session Date and Time: 
Thursday, October 12, 2017 - 09:00 to 12:00
Session Location: 
Conference 8
Session Category: 
Advanced Concepts
Session Chair: 
Hideyuki Horisawa, Fabio Trezzolani

Session Papers Listing

Time Title Author Name Paper Number Paper Uploads
9:00 am to 9:20 am CHEMICALLY AUGMENTED LASER MICROTHRUSTERS Mitsutoshi Tsuchiya IEPC-2017-408
Associated Paper: 
CHEMICALLY AUGMENTED LASER MICROTHRUSTERS
9:20 am to 9:40 am EVOLUTIONAL ELECTRICAL PROPULSION WITH WATER PROPELLANT DC ARCJET Yuichiro Nogawa IEPC-2017-413
Associated Paper: 
EVOLUTIONAL ELECTRICAL PROPULSION WITH WATER PROPELLANT DC ARCJET
9:40 am to 10:00 am A FUNDAMENTAL STUDY OF A PHOTON-DRIVEN MICROTHRUSTER THROUGH INTERACTION OF ULTRAVIOLET PHOTONS AND POLYMERS Ryosuke Koyama IEPC-2017-420
Associated Paper: 
A FUNDAMENTAL STUDY OF A PHOTON-DRIVEN MICROTHRUSTER THROUGH INTERACTION OF ULTRAVIOLET PHOTONS AND POLYMERS
10:00 am to 10:20 am CHARACTERIZATION OF AN IEC PLASMA THRUSTER PLUME BY A NUDE-TYPE FARADAY PROBE Yung-An Chan IEPC-2017-180
Associated Paper: 
CHARACTERIZATION OF AN IEC PLASMA THRUSTER PLUME BY A NUDE-TYPE FARADAY PROBE
,
Associated Paper: 
INERTIAL ELECTROSTATIC CONFINEMENT: INNOVATION FOR ELECTRIC PROPULSION AND PLASMA SYSTEMS
10:00 am to 10:20 am CHARACTERIZATION OF AN IEC PLASMA THRUSTER PLUME BY A NUDE-TYPE FARADAY PROBE Yung-An Chan IEPC-2017-180
Associated Paper: 
CHARACTERIZATION OF AN IEC PLASMA THRUSTER PLUME BY A NUDE-TYPE FARADAY PROBE
,
Associated Paper: 
INERTIAL ELECTROSTATIC CONFINEMENT: INNOVATION FOR ELECTRIC PROPULSION AND PLASMA SYSTEMS
10:20 am to 10:40 am PERFORMANCE EVALUATION OF A NOVEL INDUCTIVE ATMOSPHERE-BREATHING EP SYSTEM Francesco Romano IEPC-2017-184
Associated Paper: 
PERFORMANCE EVALUATION OF A NOVEL INDUCTIVE ATMOSPHERE-BREATHING EP SYSTEM
10:40 am to 11:00 am UNDERSTANDING CONCENTRIC SPLIT RING RESONATORS AND THEIR MICROWAVE MICROPLASMA PROPERTIES Roberto Dextre IEPC-2017-189
Associated Paper: 
UNDERSTANDING CONCENTRIC SPLIT RING RESONATORS AND THEIR MICROWAVE MICROPLASMA PROPERTIES
Session Paper: 
11:00 am to 11:20 am SIMULATION OF ELECTROMAGNETIC INDUCTIVE DRIVE FOR LINER IMPLOSION FUSION THRUSTER SYSTEM USING FILAMENTARY APPROACHES Akihisa Shimazu IEPC-2017-506
Associated Paper: 
SIMULATION OF ELECTROMAGNETIC INDUCTIVE DRIVE FOR LINER IMPLOSION FUSION THRUSTER SYSTEM USING FILAMENTARY APPROACHES
Session Paper: