平板的扭转柔效应能显著改善平板的推进特性。
The torsional flexibility of plate can remarkably enhance the propulsion performance.
我们采取迭代的方式开发,但是我们的迭代不是为了完成下一个特性或是推进特性列表的开发。
We develop in iterations, but our iterations are not about completing the next feature or advancing down the feature list.
推进特性耗油的增加率为2.02%,负荷特性耗油的增加率为1.84%,与18.17%的非柴油物质相比节约了很多的不可再生能源。
Compared with 18.17% of the non-diesel oil material, the diesel oil saves much fossil fuel attributed to 2.02% of the rate of rise of oil consumption for driving power and 1.84% for load.
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