타이틀 |
Theoretical Performance of Rocket Engine for Liquid Oxygen/High Density Hydrocarbon/Metal System |
저자 |
Kazuo SATO, Akio MORO, Nobuyuki YATSUYANAGI, Hiroshi SAKAMOTO |
Keyword |
Propulsion; Liquid rocket; Dual fuel; Metalized fuel |
URL |
http://send.nal.go.jp/send/jpn/dlpdf.php3/naltm00659.pdf?id=NALTM0000659 |
보고서번호 |
NAL TM-659 |
발행년도 |
1993.8 |
출처 |
NAL (National Aerospace Laboratory of Japan) |
ABSTRACT |
The theoretical performance of a rocket engine using liquid oxygen (LO2) /hydrocarbon (HC) /metal propellant was calculated by one-dimensional chemical equilibrium flow method. The hydrocarbon fuel used was the petroleum-derived RJ-1J with a density of 851 kg/m3 at 25℃. Beryllium, boron, aluminum and magnesium were selected as the additive metals to the LO2/HC propellant to improve the specific impulse and increase bulk density of the propellat. The results indicate t |