34.

Wendt C., Eigenbrod C.; H.J., Rath
Dependence of single coal particle homogeneous ignition on particle shape under microgravity condition
Microgravity Science and Technology, 12 (2) :51-55
1999

33.

Grebner D., Rath H.J.
Fast Scan Laser Diagnostic System for Investigations of Combustion Processes
Review Scientific Instruments, submitted
1999

32.

König J., Triebel W.
Formaldehyde-PLIF Detection of Cool-Flame Reactions During Two Stage Ignition of Alkane Droplets
5th Intl. Microgravity Combustion Workshop, NASA/CP-1999-208917, 189
1999

31.

30.

C., Eigenbrod
European microgravity combustion science, from drop towers to the space station
Ann. Acad. Sci. Artium Eur. Dec.
1998

29.

Tanabe M., Kono M.
Numerical Analysis of Two-Stage Ignition of n-Heptane Isolated Droplets
Twenty-Seventh Symposium (International) on Combustion / The Combustion Institute, Boulder
1998

28.

27.

König J., Triebel W.
Observation of Two-Stage Ignition Behaviour of Single n-Heptane Droplets through Formaldehyde-LIF under Microgravity
Drop Tower Days
1998

26.

Eigenbrod C., Rath H.J.
Selbstzündung von Brennstofftropfen unter reduzierter Schwerkraft
Bilanzsymposium: Forschung unter Weltraumbedingungen
September 1998

25.

Moriue O., Kono M.
Two-Stage Ignition Behaviour of a Two-Component Fuel Droplet
Drop Tower Days
1998

24.

Renken, Rath H. J.
A digital high-speed camerasystem for combustion research by using UV-laserdiagnostic under microgravity at Bremen drop tower
Color Imaging: Device-Independent Color, Color Hard Copy, and Graphic Arts :58-64
1997

23.

Renken, J.; H.J., Rath
Application of a digital high-speed camera system for combustion research by using UV laser diagnostic under microgravity at Bremen drop tower
1997

22.

Dittus, Ch.
New Experimental Methods and Analyzing Techniques on Drop Tower Bremen
1997

21.

20.

19.

Renken, Rath H. J.
Application of a digital High-Speed Camerasystem for Combustion Research by using UV-Laserdiagnostic under Microgravity at Bremen Drop Tower
Publisher: SPIE
1996

18.

König J., Rath H.J.
Characterization of spherical hydrocarbon fuel flames: Laser diagnostics of the chemical structure through the OH-radical
Twenty-Sixth Symposium (International) on Combustion / The Combustion Institute
1996

17.

Eigenbrod, C.
From microgravity droplet combustion to terrestrial application (invited lecture)
Publisher: ESA
1996

16.

15.

König J., Triebel W.
Application of UV-Laser Diagnostics to Combustion Research under Zero-Gravity
Adv. Space Res., 16 (7) :145-148
1995

14.

Eigenbrod C., Rath H.J.
First Results from Non-intrusive Laser Diagnostic System for Combustion Research at Bremen Drop Tower
Microgravity Science and Technology, VIII (2) :134-136
1995

13.

C., Eigenbrod
Germany´s Five-year Space-Plan - Development and Research Program on Pollutant-Reduced Combustion Systems DROP-COS
Third International Microgravity Combustion Workshop,
April 1995

12.

Dinkelacker F., Eigenbrod C.
Some theoetical remarks on the self-ignition process in inhomogeneous fuel-air mixtures
Proc. of the French-German Meeting of the Combustion Institute,
1995

11.

Ristau, Rath H.J.
Theoretical Investigation on n-Heptane Droplet Ignition Delay Time using a 4-Step Mechanism
COSPAR :153-156
1995

10.

Tanabe M., Rath H.J.
Two Stage Ignition of n- Heptane Isolated Droplets
Combustion Science and Technologie, 108 :103-119
1995