A hanging thrust balance has been designed, manufactured and tested at the University of Southampton. The current design allows for direct steady thrust measurements ranging from 0.1 mN to 3 mN but this can be easily extended to measure thrust in a different range. Moreover the chosen balance design and the thrust measurement procedure allow for the cancellation of thermal drifts. The thrust balance was tested with a T6 hollow cathode thruster providing measurements with an uncertainty of about 9.7%. The thrust data were compared to those obtained with another direct thrust balance, and they are in quantitative agreement being the maximum difference only 6%
Thrust measurements of a hollow cathode mercury discharge were made with a synthetic mica target on ...
This paper reviews some of the design considerations for improving hollow cathode thrust efficiency ...
This paper characterizes thrust performance of a variant of the T6 hollow cathode modified for impro...
The present trend in spacecraft is to have two separate thrusters systems performing different tasks...
Previous testing of conventional T6 hollow cathodes has shown performance sufficient to consider dis...
Small spacecraft with limited on-board resources would benefit greatly from the development of a low...
Direct thrust measurements by means of a thrust balance (TB) are the golden standard for measuring t...
To study new electric propulsion devices, accurate long-time measurements of the low thrust forces p...
The thrust produced by a T6 ion engine hollow cathode has been measured using atarget-based system, ...
Hollow cathode have recently been investigated at the University of Southampton as potential standal...
Electric space propulsion thrusters only produce low thrust forces. For the fulfillment of a space m...
This paper investigates propellant acceleration mechanisms within hollow cathode thrusters based on ...
The use of electric propulsion systems is growing wider for military and commercial applications, as...
Hollow cathodes have been proposed as reaction control thrusters for all-electric and small spacecra...
This paper describes the design and testing of an indirect hanging pendulum thrust balance using a l...
Thrust measurements of a hollow cathode mercury discharge were made with a synthetic mica target on ...
This paper reviews some of the design considerations for improving hollow cathode thrust efficiency ...
This paper characterizes thrust performance of a variant of the T6 hollow cathode modified for impro...
The present trend in spacecraft is to have two separate thrusters systems performing different tasks...
Previous testing of conventional T6 hollow cathodes has shown performance sufficient to consider dis...
Small spacecraft with limited on-board resources would benefit greatly from the development of a low...
Direct thrust measurements by means of a thrust balance (TB) are the golden standard for measuring t...
To study new electric propulsion devices, accurate long-time measurements of the low thrust forces p...
The thrust produced by a T6 ion engine hollow cathode has been measured using atarget-based system, ...
Hollow cathode have recently been investigated at the University of Southampton as potential standal...
Electric space propulsion thrusters only produce low thrust forces. For the fulfillment of a space m...
This paper investigates propellant acceleration mechanisms within hollow cathode thrusters based on ...
The use of electric propulsion systems is growing wider for military and commercial applications, as...
Hollow cathodes have been proposed as reaction control thrusters for all-electric and small spacecra...
This paper describes the design and testing of an indirect hanging pendulum thrust balance using a l...
Thrust measurements of a hollow cathode mercury discharge were made with a synthetic mica target on ...
This paper reviews some of the design considerations for improving hollow cathode thrust efficiency ...
This paper characterizes thrust performance of a variant of the T6 hollow cathode modified for impro...