MPD Thrusters - 1


Session Date and Time: 
Monday, October 9, 2017 - 13:40 to 16:00
Session Location: 
Conference 8
Session Category: 
MPD Thrusters
Session Chair: 
Luc Herrero, Akihiro Sasoh

Session Papers Listing

Time Title Author Name Paper Number Paper Uploads
1:40 pm to 2:00 pm THERMAL ANALYSIS OF HIGH-POWER STEADY-STATE FULLY RADIATION-COOLED MPD THRUSTERS WITH PERMANENT MAGNETS FOR IN-SPACE PROPULSION Kengo Chino IEPC-2017-80
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
,
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
1:40 pm to 2:00 pm THERMAL ANALYSIS OF HIGH-POWER STEADY-STATE FULLY RADIATION-COOLED MPD THRUSTERS WITH PERMANENT MAGNETS FOR IN-SPACE PROPULSION Kengo Chino IEPC-2017-80
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
,
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
2:00 pm to 2:20 pm RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET Kengo Chino IEPC-2017-81
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
,
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
2:00 pm to 2:20 pm RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET Kengo Chino IEPC-2017-81
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
,
Associated Paper: 
RESEARCH AND DEVELOPMENT OF HIGH-POWER STEADY-STATE MPD THRUSTERS WITH DIVERGENT AND CUSP MAGNETIC FIELDS USING PERMANENT MAGNET
2:20 pm to 2:40 pm MASS FLOW RATE DEPENDENCE OF THE APPLIED-FIELD THRUST COMPONENT FROM AN MPDT William Coogan IEPC-2017-182
Associated Paper: 
HEAVY-CARGO MARS MISSION USING NEAR-TERM TECHNOLOGY
,
Associated Paper: 
MASS FLOW RATE DEPENDENCE OF THE APPLIED-FIELD THRUST COMPONENT FROM AN MPDT
Session Paper: 
2:20 pm to 2:40 pm MASS FLOW RATE DEPENDENCE OF THE APPLIED-FIELD THRUST COMPONENT FROM AN MPDT William Coogan IEPC-2017-182
Associated Paper: 
HEAVY-CARGO MARS MISSION USING NEAR-TERM TECHNOLOGY
,
Associated Paper: 
MASS FLOW RATE DEPENDENCE OF THE APPLIED-FIELD THRUST COMPONENT FROM AN MPDT
Session Paper: 
2:40 pm to 3:00 pm EVALUATION OF QUASI-STEADY OPERATION OF APPLIED FIELD 2D-MPD THRUSTER USING ELECTRIC DOUBLE-LAYER CAPACITORS Shunichiro Ide IEPC-2017-208
Associated Paper: 
EVALUATION OF QUASI-STEADY OPERATION OF APPLIED FIELD 2D-MPD THRUSTER USING ELECTRIC DOUBLE-LAYER CAPACITORS
Session Paper: 
3:00 pm to 3:20 pm TEN-AMPERE-LEVEL, DIRECT CURRENT OPERATION OF APPLIED-FIELD MAGNETOPLASMADYNAMICS (MPD) THRUSTER USING LAB6 HOLLOW CATHODE Akira Iwakawa IEPC-2017-235
Associated Paper: 
TEN-AMPERE-LEVEL, DIRECT CURRENT OPERATION OF APPLIED-FIELD MAGNETOPLASMADYNAMICS (MPD) THRUSTER USING LAB6 HOLLOW CATHODE
Session Paper: