Add to ORKGLight gas gun acceleration techniques and respective facilities are described. Concerning the effective mass range of particles, light gas guns are well appropriate tools for experimental micrometeoroid and space debris simulation, e.g. Aluminium spheres in the diameter range of millimeters can be accelerated to velocities in the order of 10 km/s. The application of light gas gun acceleration techniques within several prominent space projects is demonstrated
A method was developed to simulate space debris in the laboratory. This method, which is an outgrowt...
A new gasdynamic launcher is described, in which intact projectiles weighing at least 1 gram can be ...
FR 2916526 A1 UPAB: 20081208 NOVELTY - The gun has propulsion tubes (30a, 30b) respectively comprisi...
Activities at EMI in the field of hypervelocity impact techniques are reported. Optimization experim...
This paper investigates the concept of application of light gas gun accelerators for upper atmospher...
Space vehicles, operating on a long-term basis, need to be protected against meteoroid and space deb...
A railgun electromagnetic (EM) accelerator was used to conduct a series of hypervelocity micrometeor...
The study of high-velocity microparticles is important to a wide range of both space and terrestrial...
Bombardment of intact cells and tissue with DNA-coated microprojectiles represents a novel approach ...
The extra-large light-gas gun (XLLGG) at the Fraunhofer Ernst-Mach-Institut (EMI, Efringen-Kirchen, ...
The EMI light-gas gun acceleration facilities available for the simulation of micrometeoroid/orbital...
This paper presents a novel approach to launch single microparticles at high velocities under low va...
Experimental tests which match the application conditions might be used to properly evaluate materia...
A facility has been developed to simulate the ablation of micrometeoroids in laboratory conditions. ...
AbstractHypervelocity launchers are used in a number science and engineering applications. The abili...
A method was developed to simulate space debris in the laboratory. This method, which is an outgrowt...
A new gasdynamic launcher is described, in which intact projectiles weighing at least 1 gram can be ...
FR 2916526 A1 UPAB: 20081208 NOVELTY - The gun has propulsion tubes (30a, 30b) respectively comprisi...
Activities at EMI in the field of hypervelocity impact techniques are reported. Optimization experim...
This paper investigates the concept of application of light gas gun accelerators for upper atmospher...
Space vehicles, operating on a long-term basis, need to be protected against meteoroid and space deb...
A railgun electromagnetic (EM) accelerator was used to conduct a series of hypervelocity micrometeor...
The study of high-velocity microparticles is important to a wide range of both space and terrestrial...
Bombardment of intact cells and tissue with DNA-coated microprojectiles represents a novel approach ...
The extra-large light-gas gun (XLLGG) at the Fraunhofer Ernst-Mach-Institut (EMI, Efringen-Kirchen, ...
The EMI light-gas gun acceleration facilities available for the simulation of micrometeoroid/orbital...
This paper presents a novel approach to launch single microparticles at high velocities under low va...
Experimental tests which match the application conditions might be used to properly evaluate materia...
A facility has been developed to simulate the ablation of micrometeoroids in laboratory conditions. ...
AbstractHypervelocity launchers are used in a number science and engineering applications. The abili...
A method was developed to simulate space debris in the laboratory. This method, which is an outgrowt...
A new gasdynamic launcher is described, in which intact projectiles weighing at least 1 gram can be ...
FR 2916526 A1 UPAB: 20081208 NOVELTY - The gun has propulsion tubes (30a, 30b) respectively comprisi...