109.

Ruhe, M.
Investigation on flammability and flame propagation of PMMA-metal composite samples under normal and microgravity
University of Bremen, M.Sc.
2016

108.

Koenemann, C.
Concept for a next-generation drop tower system
Advances in Space Research 2015
2015

107.

Ries H.C., Eigenbrod C.
Approximation of the Porosity and Flow Resistance of Porous Ceramic and their Influence on a Sound Absorption Model
IGTI Turbo-Expo 2014 Power for Land, Sea and Air
2014
Publisher: ASME

106.

Wagner V., Stolzenburg C.
Diode pumped solid state kilohertz disk laser system for time-resolved combustion diagnostics under microgravity at the drop tower Bremen
Review of Scientific Instruments, 85 :033101-033107
2014

105.

Schwenteck, T.
Experimental Investigation of the Flame-Propagation along Surface-Structured PMMA-Samples
University of Bremen, B.Sc.
2014

104.

Jomaas G., Urban D.L.
Fire safety in space – beyond flammability testing of small samples
Acta Astronautica, 2014 (in press)
2014

103.

Ruff, G.
Spacecraft fire experiment (Saffire) development status
July 2014

102.

Freier, A.
Upward Flame Propagation Test (NASA-STD 6001): Investigation of the interaction between surface-structures and flame propagation
University of Bremen, B.Sc.
2014

101.

Eigenbrod C., Klinkov K.
Autoignition properties of fossil- and GTL-kerosene and its model fuel.
IGTI Turbo-Expo 2013, Power for Land, Sea and Air
2013
Publisher: ASME

100.

Nordmann, C.
Comparative Investigations on the Flame‐Propagation along differently surface‐structured Samples
University of Bremen, B.Sc.
2013

99.

Ruff, O.
Development of Large-Scale Spacecraft Fire Safety Experiments
43rd International Conference on Environmental Systems :1-12
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Publisher: AIAA

98.

Burkert A., Eigenbrod C.
Formaldehyde LIF detection with background subtraction around single igniting GTL diesel droplets.
Volume 111
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97.

Urban, O.
Large-scale Reduced-Gravity Flame Spread Test
2013

96.

Ries H.C., Rezwan K.
On the Performance of Porous Sound Absorbent Ceramic Lining in a Combustion Chamber Test Rig.
IGTI Turbo-Expo 2013, Power for Land, Sea and Air
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Publisher: ASME

95.

Eigenbrod C., Rickmers P.
Application of a “Spraylet” Model to the Simulation of Fuel Spray Autoignition.
2012

94.

Urban, G.
Automated Transfer Vehicle Material Flammability Test
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93.

M., Reimert
Characterization of the Autoignition of Single Droplets of Fischer-Tropsch Fuels and Development of Surrogates.
2012

92.

Legros G., Jomaas G.
Flammability Experiments for Spacecraft Fire Safety.
Publisher: AIAA
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91.

Urban D.L., Jomaas G.
Large Scale Experiments on Spacecraft Fire Safety.
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90.

Urban, G.
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89.

Könemann, Rath H.J.
Towards a Next-Generation Drop Tower System - The Noval Rapid Drop Tower Bremen by ZARM
Publisher: International Astronautical Federation
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88.

Urban, G.
Unmanned Vehicle Material Flammability Test
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87.

Giese F., Koch D.
A Novel Production Method for Porous Sound-Absorbing Ceramic Material for High-Temperature Applications.
Int. J. Appl. Ceram. Technol., 8 (3) :646-652
2011

86.

F., Giese
Entwicklung und Charakterisierung keramischer Porenabsorber zur Dämpfung thermoakustischer Instabilitäten.
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85.

Kufner E., Wurm G.
ESA´s Drop Tower Utilization Activities 2000 - 2011.
Microgravity, Science and Technology
2011