The aerospace industry relies heavily on prepreg materials.

航空航天工业严重依赖预浸料材料。

The factory uses prepreg to manufacture high-strength components.

工厂使用预浸料制造高强度组件。

The use of prepreg can significantly reduce manufacturing time.

使用预浸料可以显著减少制造时间。

Engineers prefer prepreg for its consistent quality and performance.

工程师们喜欢预浸料，因为它的质量和性能稳定。

Prepreg is stored in a controlled environment to maintain its properties.

预浸料存储在受控环境中以保持其特性。

The prepreg had been used in helicopter secondary structure.

该预浸料已用于直升机次承力结构.

Difference of prepreg technique and the tail rotor rigidity were the key resulting in product life decline.

预浸料工艺性能的差异及桨叶刚度不足是造成产品寿命下降的主要原因。

The effects of the sample dimension and the type of fabric on the gel properties of the prepreg were investigated.

在此基础上考察了试样尺寸和纤维织物结构对预浸料凝胶特性的影响。

Changing the layer stack-up style changes the way that the core and prepreg layers are distributed through the layer stack.

改变了风格层堆叠的方式改变为核心，预浸料层是通过分布层堆叠。

The prepreg hot pressing condition is optimized by analyzing TGA and studying influence of parameters on dielectric and mechanical properties of composites.

通过热失重TGA分析以及考察加工成型过程中工艺参数变化对复合材料介电性能、力学性能的影响 ，优化了预浸料热压成型工艺条件。