The performance of the chemical fuel determines the altitude, range and longevity of
spacecraft in air and space exploration. Promising alternatives (eg, hypergolic ionic liquids …

Nanoenergetic Materials have a broad area of development that is rapidly growing and has
emerging applications in many areas, including high-power linear actuators, solid fuels …

Excessive heat loss in micro scale has been a long-lasting issue, affecting catalyst reactivity
particularly for monopropellant thrusters and causing insufficient propellant decomposition …

Active control of vibration plays a vital role in space mission. This paper proposes a method
using Solid Propellant Microthruster Array (SPMA) as actuator to control vibration of solar …

Recent developments in the design of integrated microthrusters and thruster arrays with
nanoenergetic propellants present new promising directions. The nanostructured energetic …

We design, analyze, evaluate, characterize and test microthrusters and thruster arrays which
are fabricated using an additive three-dimensional printing. Open questions in structural …

The present work is based on investigation of mechanical behavior of green ceramic parts
fabricated in scanning based ceramic microstereolithography (CM SL). This study is …

There is a growing interest in novel energetic materials called nano-energetic gas
generators (NGGs) which are potential alternatives to traditional energetic materials …

Hydroxide‐aluminum based nano‐energetic materials are new class of thermites which
demonstrated high theoretical energy capacity of up to 50 kJ cm− 3. Most of the hydroxide …

Digital microthruster arrays can be used to propel micro/nanosatellites on missions requiring
high precision and low impulse. This paper presents a novel control allocation strategy for …