AtalaiaHigh-performance ion propulsion, redefinedProject ATALAIA is part of the Spanish Space Technology Program and aligns with the Space R&D&I Strategic Agenda 2020–2030. It focuses on DISCOVER THE PROJECT
Blázquez-Plaza, F. J.; Barrado, A.; Wijnen, M. Survey of high-voltage DC/DC converters for electrospray thrusters Read the Paper
De Saavedra, B.; Villegas-Prados, D.; Wijnen, M. Comparison between direct and indirect measurements for externally wetted electrospray thruster with adapted analytical balance Read the Paper
Ramos-Tomás, R.; Villegas-Prados, D.; de Saavedra, B.; Cruz, J.; Sepúlveda, B. Impact of Tip Angle on the Divergence and Efficiency of Electrospray Thrusters Read the Paper
Blázquez-Plaza, F. J.; Barrado, A.; Wijnen, M. Emitted current self-balancing for spacecraft charging mitigation in a high-voltage power converter for electrospray thrusters Read the Paper
Villegas-Prados, D.; Blázquez-Plaza, F. J. High-voltage pulse generator for time-of-flight mass spectrometry in electrospray thrusters Read the Paper
Villegas-Prados, D.; Cruz, J.; Wijnen, M.; Fajardo, P.; Navarro-Cavallé, J. Emission and performance characterization of ionic liquids for an externally wetted electrospray thruster Read the Paper
Blázquez-Plaza, F. J.; Barrado, A.; Wijnen, M. High-performance, miniaturized and configurable power and control unit for electrospray thrusters Read the Paper
Villegas-Prados, D.; Cruz, J.; Wijnen, M. Impact of propellant temperature on the emission regime of an externally wetted electrospray system using time-of-flight mass spectrometry Read the Paper
Blázquez-Plaza, F. J.; Barrado, A.; Wijnen, M.; Villegas-Prados, D. Electrical Model and Electrical Temperature-Dependent Model for Electrospray Thrusters Read the Paper