Advanced Concepts - 3


Session Date and Time: 
Thursday, October 12, 2017 - 13:40 to 15:40
Session Location: 
Conference 8
Session Category: 
Advanced Concepts
Session Chair: 
Daniel Bock, José Gonzalez del Amo

Session Papers Listing

Time Title Author Name Paper Number Paper Uploads
1:40 pm to 2:00 pm ELECTROMAGNETIC PROPULSION USING NONIONIZED DIPOLE GASES Michael Micci IEPC-2017-227
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: 
1:40 pm to 2:00 pm ELECTROMAGNETIC PROPULSION USING NONIONIZED DIPOLE GASES Michael Micci IEPC-2017-227
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: 
2:00 pm to 2:20 pm ELECTROSTATIC THRUSTER WITH SWIRL ACCELERATION CHARACTERISTICS Akihiro Sasoh IEPC-2017-234
Associated Paper: 
ELECTROSTATIC THRUSTER WITH SWIRL ACCELERATION CHARACTERISTICS
2:20 pm to 2:40 pm IMPROVEMENT OF PROPULSION PERFORMANCE BY GAS INJECTION AND EXTERNAL MAGNETIC FIELD IN ELECTRODELESS PLASMA THRUSTERS Kazuki Takase IEPC-2017-249
Associated Paper: 
IMPROVEMENT OF PROPULSION PERFORMANCE BY GAS INJECTION AND EXTERNAL MAGNETIC FIELD IN ELECTRODELESS PLASMA THRUSTERS
Session Paper: 
2:40 pm to 3:00 pm VACUUM FACILITY EFFECTS ON QUAD CONFINEMENT THRUSTER TESTING Andrea Lucca Fabris IEPC-2017-250
Associated Paper: 
VACUUM FACILITY EFFECTS ON QUAD CONFINEMENT THRUSTER TESTING
Session Paper: 
,
Associated Paper: 
ION ACCELERATION IN A QUAD CONFINEMENT THRUSTER
Session Paper: 
2:40 pm to 3:00 pm VACUUM FACILITY EFFECTS ON QUAD CONFINEMENT THRUSTER TESTING Andrea Lucca Fabris IEPC-2017-250
Associated Paper: 
VACUUM FACILITY EFFECTS ON QUAD CONFINEMENT THRUSTER TESTING
Session Paper: 
,
Associated Paper: 
ION ACCELERATION IN A QUAD CONFINEMENT THRUSTER
Session Paper: 
3:00 pm to 3:20 pm INERTIAL ELECTROSTATIC CONFINEMENT PLASMA DEVICES – POTENTIAL THRUSTER TECHNOLOGY FOR VERY ACCURATE ATTITUDE CONTROL SYSTEMS Michael Winter IEPC-2017-549
Associated Paper: 
INERTIAL ELECTROSTATIC CONFINEMENT PLASMA DEVICES – POTENTIAL THRUSTER TECHNOLOGY FOR VERY ACCURATE ATTITUDE CONTROL SYSTEMS
Session Paper: