| 1. | Resonators have been mounted on or close to the injection manifolds .
在喷注器集流腔上或其附近安装谐振器。 |
| 2. | Some stratification exists in the spray produced by any liquid propellant injector .
由任何液体推进剂喷注器所产生的喷雾都存在某些成层现象。 |
| 3. | Chamber compatibility and injector durability involve the control of the combustion environment .
室相容性和喷注器耐久性包括对燃烧环境的控制。 |
| 4. | If the injection period is extended long enough, the effects of isolated eddy cavities are neutralized .
如果喷注时期延续得足够长，隔开的涡流区的影响被抵消。 |
| 5. | Momentum of the injector effluent streams can contribute to lateral flow, either intentionally or unintentionally .
喷注器单元喷注射流的动量可能有意或无意地影响横向流。 |
| 6. | The application of a pressure difference across an injector does not cause an immediate velocity response of the liquid propellant .
经过喷注器的压降发生变化时并不马上引起液体推进剂速度变化。 |
| 7. | Also, two unique injector types, representing departures from the conventional axial injection scheme, are also discussed .
此外，还讨论了两种独特的喷注器型式，这些型式不同于常规的轴向喷射方式。 |
| 8. | It is likely that such a coarse injector pattern would not have sufficiently high steady-state performance, and so would be unacceptable .
这样粗大的喷注器型式不会有足够高的稳态性能，因此不宜采用。 |
| 9. | At any given element spacing, the minimum stable operating hydrogen injection temperature varied linearly with face coverage .
对于任何给定的单元间距，稳定工作的最低氢喷射温度随喷注面覆盖而线性地变化。 |
| 10. | The relationships between these spray parameters and the injector geometry are very complex and much still is to be learned .
这些喷雾参数和喷注器几何特性之间的关系是很复杂的，有许多问题仍需要进一步探讨。 |
