The rheology is a useful tool to the study of the action mechanism of special functional agents for these complex systems such as composite solid propellants.
流变学方法是研究推进剂这种复杂体系结构和功能组分作用的一种有用工具。
Based on an effective nonlinear viscoelastic model, the differential constitutive equation and strain-rate equation of solid composite propellants are induced.
根据一个有效的非线性粘弹模型，导出复合固体推进剂微分形式本构方程和应变速率关系式。
The important effects of microencapsulated coating of the curing agent and oxidizer and preparation of composite particles to improve the properties of solid propellants are also showed.
重点指出固化剂和氧化剂的微胶囊化包覆、复合粒子的制备等对提高推进剂的性能有重要作用。
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