Multimode propulsion is the integration of two or more propulsive modes with shared
propellant into a single spacecraft propulsion system. Multimode propulsion is emerging as …

Electrospray thrusters are most suitable for micro-nano satellites in advantage of small size,
low power consumption and high specific impulse. However, conventional electrospray …

HE UCLA Plasma & Space Propulsion Laboratory (PSPL)[1] is supporting the LISA Colloid
Microthruster Technology (CMT) development plan via experiments and modeling [2]. To …

The micro-newton thrust generated by an ionic liquid electrospray thruster (ILET) can be
used for drag-free control, attitude precise control, networking, and formation flight of micro …

Electrospray thrusters are a promising electric micropropulsion technology which could be
used to meet the propulsion needs of nanosatellites, or for fine attitude control of larger …

Electrospray technology has been widely applied in many fields, including materials
science, chemical engineering, pharmaceuticals, and aerospace exploration. In particular …

离子液体电喷推力器易于小型化, 具有比冲高, 推力精度高的特点, 适用于微小卫星,
太空引力波探测等领域, 具有较大发展潜力. 对电喷工作机理的认识与研究 …

HE Plasma & Space Propulsion Laboratory was started in 2008 as part of the Wirz Research
Group at the University of California, Los Angeles (UCLA), http://www. wirz. seas. ucla …

View Video Presentation: https://doi. org/10.2514/6.2021-3438. vid Electrospray thrusters
have shown great promise as propulsion devices for micro spacecraft. The thrusters have …

This article proposes a new emitter structure of needle-capillary ionic liquid electrospray
thruster and carries out numerical simulation and theoretical analysis to discover the emitter …