To enhance the thrust performance of laser-pulsed plasma thruster (LPPT), we proposed to
use chemical propellant as substitute for ordinary PTFE propellant. The discharge …

A null-displacement thrust stand based on torsional pendulum configuration has been
developed to characterize the steady-state microthrust for microspacecrafts. A pair of elastic …

An analytical review of the modern state of the development of ion sources with solid
electrolytes (superionic conductors) for the aerospace and ion-beam technologies is …

We present a study on structure and ion emission behavior of copper ion-conducting solid
electrolyte Rb 4 Cu 16 I 7 Cl 13 prepared via mechano-chemical ball milling. The powder …

Solid-state ionic method has attracted more and more attention due to its simple operation
and controllable preparation, but its growth mechanism is still uncertain. In this work, Ag …

Since the fabrication of micro-/nano-electronic devices is approaching nanoscales and
demanding low energy, high dose ion beam processing with controlled area and dense …

Ag+ ion conducting xAg 2 O·(30− x) Al 2 O 3· 55P 2 O 5· 15SiO 2 (x= 20 and 25, mol%)
glasses were prepared using a conventional melting method, and structures and glass …

The precise reconstruction of the beam density distribution in FEEP thrusters is crucial for
studying key performance parameters such as beam divergence angle, thrust vector …

Abstract F− ion conducting 60ZrF 4· 30BaF 2· LaF 3· 2AlF 3· 7CsF (mol%) with outer mol% of
xIn 2 O 3 (x= 0, 5, 10) glasses were prepared using a conventional melting method, and …

Ion implantation is an effective method for changing surface properties and inducing various
functionalities. However, a high vacuum is generally necessary for ion implantation, which …