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
Herausgeber: 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)
Herausgeber: 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

9.

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

8.

Eigenbrod, Rath H.J.
Combustion Research at Drop Tower Bremen - Recent Results and current Activities
1994

7.

Dinkelacker F., Rath H.J.
Combustion Research under Microgravity at Drop Tower "Bremen"
Low G, 5 (1)
März 1994

6.

Eigenbrod, W.
Development of an UV-laser-diagnostic system for Combustion Research under Zero-Gravity at Drop Tower "Bremen"
1994

5.

Tanabe M., Rath H.J.
Effects of Natural Convection on Two Stage Ignition of an n- Dodecane Droplet
Twenty-Fifth Symposium (International) on Combustion / The Combustion Institute :455-461
1994

4.

R., Ristau
Theoretical and Experimental Investigations on Droplet Evaporation and Droplet Ignition at Hihg Pressures
Microgravity Science and Technology, VI (4) :223-228
1993

3.

Nomura, G.; H.J., Rath
Effects of the Natural Convection on a Fuel Droplet Evaporation
Microgavity Science and Technology, IV (2) :124-126
1991

2.

Dittus, Rath H.J.; Schwark, B.
High Quality of Microgravity Environment During Short-Time Experiments on the Drop Tower Bremen – Classification and Elimination of Disturbances Effects
1989

1.

Eigenbrod C., Poeschl G.
Ultrasonic Atomizers as Generators of a High-Quality Air-Fuel Mixture for Gasoline-Engines in Comparison with the usual Injection Nozzles
MTZ Motortechnische Zeitschrift, 7 (8) :49
1988