1) water ramjet propjet
水冲压喷射推进
1.
In this survey, the study and development situation of ship propjet technique were introduced, and at the same time the principles of water jet propulsion with engine and water ramjet propjet as well as their own characters were analysed, and some related new pattern propjet techniques were also introduced.
介绍了国内外船舶喷射推进技术的研究发展情况,分析了泵压喷水推进和水冲压喷射推进的基本原理和特点,以及新型喷射推进技术的研究概况,通过总结分析了国内外喷射推进技术的研究进展,指出新型喷射推进技术是今后舰船推进技术发展的一个重要方向。
2) water ramjet
冲压式喷水推进
3) water jet propulsion with engine
泵压喷水推进
1.
In this survey, the study and development situation of ship propjet technique were introduced, and at the same time the principles of water jet propulsion with engine and water ramjet propjet as well as their own characters were analysed, and some related new pattern propjet techniques were also introduced.
介绍了国内外船舶喷射推进技术的研究发展情况,分析了泵压喷水推进和水冲压喷射推进的基本原理和特点,以及新型喷射推进技术的研究概况,通过总结分析了国内外喷射推进技术的研究进展,指出新型喷射推进技术是今后舰船推进技术发展的一个重要方向。
5) waterjet
喷水推进
1.
Computational fluid dynamics for marine waterjet design and performance analysis;
CFD在船舶喷水推进器设计与性能分析中的应用
2.
Numerical study of boundary layer effects on waterjet intakes flow and pressure distribution;
边界层对喷水推进器进水管内流场影响*
3.
Research of relationship between waterjet power absorption and ship speed;
喷水推进器功率特性与航速相关性研究
6) waterjet propulsion
喷水推进
1.
Thrust computation of waterjet propulsion system based on momentum flux method and CFD code;
基于动量流量法对喷水推进系统推力的CFD计算
2.
Vortex-induced effect and structural strength of the channel-grating in waterjet propulsion;
喷水推进流道格栅的涡激效应与结构强度
3.
Application and analysis of waterjet propulsion technology in modern warships;
喷水推进在现代舰艇的应用分析
补充资料：冲压式火箭用高能固体推进剂
分子式：
CAS号：
性质：指由含能黏合剂、高能添加剂组成的贫氧高能推进剂。如由缩水甘油基叠氮聚合物(GAP)配合B，Al，Mg，Zr等添加剂，构成的高能推进剂装填于冲压式火箭发动机第一级燃烧室。当空气/燃料比为14时，第二燃烧室的比冲可达7644Ns/kg，燃烧效率达90％以上。
CAS号：
性质：指由含能黏合剂、高能添加剂组成的贫氧高能推进剂。如由缩水甘油基叠氮聚合物(GAP)配合B，Al，Mg，Zr等添加剂，构成的高能推进剂装填于冲压式火箭发动机第一级燃烧室。当空气/燃料比为14时，第二燃烧室的比冲可达7644Ns/kg，燃烧效率达90％以上。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条