随着固体火箭尺寸的增大及推进剂能量的提高,使用连续混合工艺制造推进剂有可能降低由混合机尺寸所引起的危险,同时提高了生产率。另一方面,连续混合工艺亦象其它连续化学工艺一样可以节省开支。由于固体推进剂是结构材料和弹道的产物,其机械性能和弹道性能的重现性是很重要的。本文论述了如下问题: As solid rocket sizes increase and propellant energy increases, the use of a continuous mixing process to make propellants can reduce the risk posed by the mixer size while increasing productivity. On the other hand, the continuous mixing process also saves money like other continuous chemical processes. Since solid propellants are the product of structural materials and ballistic, the reproducibility of mechanical and ballistic performance is important. This article addresses the following issues: