这些团队为轻比重的合成材料结构、耐热和耐应力的发动机材料、有助于实现其设想的空气动力学模型提出了不同的改进建议。
The teams recommended a variety of improvements in lightweight composite structures, heat- and stress-tolerant engine materials, and aerodynamic modeling that can help bring their ideas to reality.
高温下的开花特性、叶解剖结构和光合特性可以作为夏菊耐热性评价的重要指标。
And the blooming traits, leaf anatomic structure and photosynthetic characteristics can be used as heat-tolerance evaluation indexes.
重点阐述了飞轮结构，转子的机械性能及耐热绝缘等，与国外同类产品做了比较。
Structure of flywheel, mechanical properties and thermally resistant insulation of rotor are expatiated emphatically and compared with overseas products alike.
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