Add to ORKGThis paper describes the implementation of microthrusters using PCBMEMS technology. PCBMEMS is the engineering of MEMS devices based on standard printed circuit board (PCB) technology. The reduced thickness of the copper layers together with the high resolution of the features on a PCB allow the implementation of micrometer-sized devices. A solid fuel microthruster including a tank, detonator and throat has been designed, simulated, manufactured, and tested using this PCBMEMS technology
A major consideration in microsatellite design is the engineering of micropropulsion systems that ca...
With the advancement of technology and machining methods, considerable attention has been focused in...
In the last decade, the interest in CubeSat had been increased dramatically. The low deployment cost...
Since combustion is an easy way to achieve large quantities of energy from a small volume, we develo...
Active propulsion is required in order to further develop the capabilities of small satellites like ...
The design, modeling, fabrication, and characterization of solid propellant microthrusters for space...
In recent years, there has been an increase in the number of small multi-mission platforms such as C...
Abstract This paper details design and fabrication aspects of millimeter scale solid propellant rock...
In this thesis, microfabrication methods and tools for analysis of heated cold-gas microthrusters ar...
The introduction of micro-spacecrafts in the space industry has led to the development of various mi...
With the advent of nanosatellites the need of developing various micropropulsion systems which can p...
The Microthrust project aims to deliver an efficient and scalable electric propulsion system for ver...
Given the present, relatively limited deployment of low cost and mass space missions, there are clea...
As the development of small satellites, more commonly referred to as ‘microsats’ with masses in the ...
This work concerns the conception, the realization and the characterization of solid propellant micr...
A major consideration in microsatellite design is the engineering of micropropulsion systems that ca...
With the advancement of technology and machining methods, considerable attention has been focused in...
In the last decade, the interest in CubeSat had been increased dramatically. The low deployment cost...
Since combustion is an easy way to achieve large quantities of energy from a small volume, we develo...
Active propulsion is required in order to further develop the capabilities of small satellites like ...
The design, modeling, fabrication, and characterization of solid propellant microthrusters for space...
In recent years, there has been an increase in the number of small multi-mission platforms such as C...
Abstract This paper details design and fabrication aspects of millimeter scale solid propellant rock...
In this thesis, microfabrication methods and tools for analysis of heated cold-gas microthrusters ar...
The introduction of micro-spacecrafts in the space industry has led to the development of various mi...
With the advent of nanosatellites the need of developing various micropropulsion systems which can p...
The Microthrust project aims to deliver an efficient and scalable electric propulsion system for ver...
Given the present, relatively limited deployment of low cost and mass space missions, there are clea...
As the development of small satellites, more commonly referred to as ‘microsats’ with masses in the ...
This work concerns the conception, the realization and the characterization of solid propellant micr...
A major consideration in microsatellite design is the engineering of micropropulsion systems that ca...
With the advancement of technology and machining methods, considerable attention has been focused in...
In the last decade, the interest in CubeSat had been increased dramatically. The low deployment cost...