This report contains the part of a ESA study on advanced space propulsion systems, entitled Propulsion 2000, that deals with laser propulsion. The possibility to establish a system for a routinely transportation of small satellites into low Earth orbits by using pulsed high power lasers is studied extensively. The report describes the fundamentals of the propulsion system, possible applications, mission requirements, requirements for the laser system and the state of the art of the research. The necessary research and development task as well as developmental steps towards a commercial application and their costs are derived
Laser payloads on satellites have the ability to enhance our communications capabilities and informa...
Some of the major space operational capabilities desired for modernizing and transforming our existi...
Laser power can be transformed into propulsive power to set into motion various kinds of vehicles an...
In the last decades the principle of laser propulsion has been demonstrated by several laboratory ex...
Pulsed laser propulsion may turn out as a low cost alternative for the transportation of small paylo...
Pulsed thermal laser propulsion can become a very efficient, relatively near term technology for che...
Laser propulsion offers the potential to become a competitive alternative for the rapid, efficient t...
Laser power can be transformed into propulsive power to set into motion various kinds of vehicles an...
Recent developments in high energy lasers, adaptive optics, and atmospheric transmission bring laser...
First, an overview of laser propulsion activities in Europe, and in particular in France, Germany an...
Laser propulsion uses a large fixed laser to supply energy to heat an inert propellant in a rocket t...
Activities related to laser supported propulsion concentrate on investigations of the fundamental ph...
Pulsed laser propulsion may turn out as a low cost alternative for the transportation of small paylo...
One of the key components for future space exploration, manned or unmanned, is the availability of p...
An advanced concept of launch system from ground to orbit, called laser launch system, has been disc...
Laser payloads on satellites have the ability to enhance our communications capabilities and informa...
Some of the major space operational capabilities desired for modernizing and transforming our existi...
Laser power can be transformed into propulsive power to set into motion various kinds of vehicles an...
In the last decades the principle of laser propulsion has been demonstrated by several laboratory ex...
Pulsed laser propulsion may turn out as a low cost alternative for the transportation of small paylo...
Pulsed thermal laser propulsion can become a very efficient, relatively near term technology for che...
Laser propulsion offers the potential to become a competitive alternative for the rapid, efficient t...
Laser power can be transformed into propulsive power to set into motion various kinds of vehicles an...
Recent developments in high energy lasers, adaptive optics, and atmospheric transmission bring laser...
First, an overview of laser propulsion activities in Europe, and in particular in France, Germany an...
Laser propulsion uses a large fixed laser to supply energy to heat an inert propellant in a rocket t...
Activities related to laser supported propulsion concentrate on investigations of the fundamental ph...
Pulsed laser propulsion may turn out as a low cost alternative for the transportation of small paylo...
One of the key components for future space exploration, manned or unmanned, is the availability of p...
An advanced concept of launch system from ground to orbit, called laser launch system, has been disc...
Laser payloads on satellites have the ability to enhance our communications capabilities and informa...
Some of the major space operational capabilities desired for modernizing and transforming our existi...
Laser power can be transformed into propulsive power to set into motion various kinds of vehicles an...