Electrothermal & Other Thrusters - 2


Session Date and Time: 
Wednesday, October 11, 2017 - 09:00 to 12:00
Session Location: 
Conference 6
Session Category: 
Electrothermal & Other Thrusters
Session Chair: 
Kurt Polzin, Kazuya Yaginuma

Session Papers Listing

Time Title Author Name Paper Number Paper Uploads
9:00 am to 9:20 am EVALUATION OF EXOTHERMIC PERFORMANCE OF CHEMICALLY AUGMENTED ELECTROTHERMAL THRUSTERS Shoko Shibagaki IEPC-2017-421
Associated Paper: 
EVALUATION OF EXOTHERMIC PERFORMANCE OF CHEMICALLY AUGMENTED ELECTROTHERMAL THRUSTERS
Session Paper: 
9:20 am to 9:40 am MEASUREMENT OF ANISOTROPIC PLASMA PROPERTIES ALONG THE MAGNETIC NOZZLE EXPANSION OF AN ELECTRON CYCLOTRON RESONANCE THRUSTER Sara Correyero IEPC-2017-437
Associated Paper: 
MEASUREMENT OF ANISOTROPIC PLASMA PROPERTIES ALONG THE MAGNETIC NOZZLE EXPANSION OF AN ELECTRON CYCLOTRON RESONANCE THRUSTER
9:40 am to 10:00 am PERFORMANCE EVALUATION OF THE WATER RESISTOJET PROPULSION SYSTEM: AQUARIUS FOR THE SLS EM-1 CUBESAT: EQUULEUS Keita Nishii IEPC-2017-446
10:00 am to 10:20 am PERFORMANCE TESTING AND EVALUATION OF A HIGH TEMPERATURE XENON RESISTOJET PROTOTYPE MANUFACTURED BY SELECTIVE LASER MELTING Federico Romei IEPC-2017-463
Associated Paper: 
PERFORMANCE TESTING AND EVALUATION OF A HIGH TEMPERATURE XENON RESISTOJET PROTOTYPE MANUFACTURED BY SELECTIVE LASER MELTING
10:20 am to 10:40 am THE “MINOTOR” H2020 PROJECT FOR ECR THRUSTER DEVELOPMENT Denis Packan IEPC-2017-547
Associated Paper: 
THE “MINOTOR” H2020 PROJECT FOR ECR THRUSTER DEVELOPMENT
Session Paper: 
10:40 am to 11:00 am USE OF AMMONIA AS A PROPELLANT FOR A 17.8 GHZ MICROWAVE ELECTROTHERMAL THRUSTER Michael Micci IEPC-2017-530
Associated Paper: 
USE OF AMMONIA AS A PROPELLANT FOR A 17.8 GHZ MICROWAVE ELECTROTHERMAL THRUSTER
,
Associated Paper: 
ELECTROMAGNETIC PROPULSION USING NONIONIZED DIPOLE GASES
Session Paper: 
10:40 am to 11:00 am USE OF AMMONIA AS A PROPELLANT FOR A 17.8 GHZ MICROWAVE ELECTROTHERMAL THRUSTER Michael Micci IEPC-2017-530
Associated Paper: 
USE OF AMMONIA AS A PROPELLANT FOR A 17.8 GHZ MICROWAVE ELECTROTHERMAL THRUSTER
,
Associated Paper: 
ELECTROMAGNETIC PROPULSION USING NONIONIZED DIPOLE GASES
Session Paper: 
11:00 am to 11:20 am A NUMERICAL STUDY OF ARGON ARCJET THRUSTERS: EFFECT OF DESIGN AND OPERATING PARAMETERS ON ARC HEATING NANDYALA HARI PRASAD IEPC-2017-532
Associated Paper: 
A NUMERICAL STUDY OF ARGON ARCJET THRUSTERS: EFFECT OF DESIGN AND OPERATING PARAMETERS ON ARC HEATING
Session Paper: