Space Technologies Laboratory

BOĞAZİÇİ UNIVERSITY Space Technologies Laboratory

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Space Technologies Laboratory
  • Introduction
  • PROJECTS
    • Research Projects
    • Active Project Funds
  • RECENT PUBLICATIONS
  • PEOPLE
  • FACILITIES
  • PUBLICATIONS
  • CONTACT US
  • ANNOUNCEMENTS
  • EVENTS
  • Numerical Study of Inductively Coupled Plasma Cathode as an Alternative to Hollow Cathode in Space Propulsion Applications
  • Preliminary Results of the 0-D Numerical Model for the Insert Region of a LaB6 Thermionic Hollow Cathode
  • Numerical Study of Plasma Effect on Electric Field Distribution in 2.45 GHz Microwave Electrothermal Thruster Resonant Cavity
  • AETHER: Inductively Coupled Plasma Simulation Software
  • Design and Analysis of the Heater Region of a Low Current Hollow Cathode
  • Design and Analysis of a Retarding Potential Analyzer to Be Used for BURFIT-80 RF Ion Thruster Plume Diagnostics
  • A PIC-DSMC Approach for Ion Optics Simulations
  • Preliminary Results of Geometry Scaling and Magnetic Topology Study for Low Power Hall Effect Thrusters

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Introduction
PROJECTS
  • Research Projects
  • Active Project Funds
RECENT PUBLICATIONS
PEOPLE
FACILITIES
PUBLICATIONS
CONTACT US
ANNOUNCEMENTS
EVENTS
Numerical Study of Inductively Coupled Plasma Cathode as an Alternative to Hollow Cathode in Space Propulsion Applications
Preliminary Results of the 0-D Numerical Model for the Insert Region of a LaB6 Thermionic Hollow Cathode
Numerical Study of Plasma Effect on Electric Field Distribution in 2.45 GHz Microwave Electrothermal Thruster Resonant Cavity
AETHER: Inductively Coupled Plasma Simulation Software
Design and Analysis of the Heater Region of a Low Current Hollow Cathode
Design and Analysis of a Retarding Potential Analyzer to Be Used for BURFIT-80 RF Ion Thruster Plume Diagnostics
A PIC-DSMC Approach for Ion Optics Simulations
Preliminary Results of Geometry Scaling and Magnetic Topology Study for Low Power Hall Effect Thrusters
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Research ProjectsActive Project Funds
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