Spectroscopic investigations on thermite reactions (2007)
Weiser, V., Roth, E., Raab, A., Koleczko, A., Kelzenberg, S., Berger, B., ...
Weiser, V., Eisenreich, N., Koleczko, A., Roth, E.
Aluminum hydride is a promising candidate for application in energetic materials and hydrogen storages. E.g. an AP/HTPB rocket propellant filled with alane was calculated for a 100 N s kg(-1) higher...
Combustion of a plasma initiated CAB-propellant (2006)
Koleczko, A., Fischer, T., Kelzenberg, S., Weiser, V., Eisenreich, N., Rose, I., ...
Influence of nano-particle size on the oxidation behaviour of Al, Fe and Cu (2005)
Eisenreich, N., Fietzek, H., Juez-Lorenzo, M., Kolarik, V., Weiser, V., Koleczko, A.
The addition of ultra-fine and nano-sized particles in composite materials influences their proper I ties. In order to understand the influence of the nano-size of metal particles on the oxidation...
On the mechanism of low temperature oxidation for aluminum particles down to the nano-scale (2004)
Eisenreich, N., Fietzek, H., Juez-Lorenzo, M., Kolarik, V., Koleczko, A., Weiser, V.
The oxidation of Al-particles down to nano-scale was investigated by TG, SEM and in-situ X-ray diffraction. Al particles are usually coated by a 2 - 4 nm layer of Al2O3 which can be derived from the...
Treibladungsanordnung fuer Rohrwaffen oder ballistische Antriebe (2004)
Schmid, H., Eisenreich, N., Langer, G., Koleczko, A., Emmerich, R., Elsner, P., ...
WO 200127553 A UPAB: 20010726 NOVELTY - The propellant device has a compact charge (1) and a firing system which emits electromagnetic radiation for activation of an electromagnetic radiation...
Mechanisms of low temperature oxidation for metal particles to nano-size (2004)
Eisenreich, N., Weiser, V., Fietzek, H., Juez-Lorenzo, M., Kolarik, V., Koleczko, A.
Oxidation of aluminum as an example for reactions of nanoparticles (2004)
Eisenreich, N., Fietzek, H., Juez-Lorenzo, M., Kolarik, V., Koleczko, A., Weiser, V.
Plasma ignition and combustion (2001)
Koleczko, A., Ehrhardt, W., Kelzenberg, S., Eisenreich, N.
Electro-thermal-chemical (ETC) initiation and combustion offers the possibility to increase the performance of guns substantially as new propellant formulations and high loading densities (HLD) can...
Plasma ignition and combustion (2001)
Koleczko, A., Ehrhardt, W., Schmid, H., Kelzenberg, S., Eisenreich, N.
Energy criteria for combustion control in a large caliber gun (2001)
Voronov, A., Koleczko, A., Haak, H., Weise, T., Eisenreich, N.
The potential for improvement of the characteristics of large caliber guns has not reached its limit. Some of the problems still to be solved are the varying velocity of rounds st different...
Ti-Nanopartikel zur Anzündung von Rohrwaffentreibmitteln (2000)
Weiser, V., Koleczko, A., Kelzenberg, S., Eisenreich, N., Müller, D.
TI-Nanopartikel zur Anzündung von Rohrwaffentreibmitteln (2000)
Eisenreich, N., Koleczko, A., Kelzenberg, S., Müller, D., Weiser, V.
Strahlungsbeeinflussung der Anzündung und Verbrennung von festen Treibstoffen (2000)
Eisenreich, N., Ehrhardt, W., Kelzenberg, S., Koleczko, A., Schmid, H.
Grundlagenarbeiten des ICT auf dem Gebiet der Elektrothermisch-chemischen Antriebe (ETC) (1997)
Ebeling, H., Eisenreich, N., Koleczko, A., Langer, G., Schmid, H.