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Satellites and spacecrafts moving in an orbit or in interplanetary space use propulsion systems that use the principle of conservation of momentum to provide thrust. Typical in-space propulsion systems convert the chemical energy stored in the on-board propellant into kinetic energy.

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Among the various types of plasma thrusters developed over the last few decades, Hall effect thrusters and ion engines are the most studied ones. These two types of plasma thrusters have also been deployed as a test-bed or for actual use in various satellites and spacecrafts.

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Initial Tests of UK90 Hall Thruster

UK90 Hall Thruster is Ready for Tests

Assembly of UK90 Hall Thruster is Almost Complete

Standard Coil Antenna and Ferrite Core Antenna RF Plasma Cathodes are Tested

ICIS-2017

BUSTLab Bogazici University Space Technologies Laboratory

Satellites and spacecraft moving in an orbit or in interplanetary space use propulsion systems that use the principle of conservation of momentum to provide thrust. Research conducted at Bogazici University Space Tecnologies Laboratory focuses on the investigation of electric propulsion systems for in-space propulsion needs of satellites and spacecraft.

Welcome!

Welcome!

ANNOUNCEMENTS

BUSTLab Bogazici University Space Technologies Laboratory

Boğaziçi University Business People's Association

Boğaziçi University Technopark

Boğaziçi University Alumni Association

Boğaziçi University Administrators Foundation

Boğaziçi Universities Association

Boğaziçi University Development Foundation

Boğaziçi University Foundation

BULearn

Lifelong Learning Center (BULLC)

Boğaziçi University Technology Transfer Office