本文通过氦气保障工程的分析计算，提出了浮空器有效载荷的设计余量。
In this paper the design of surplus payload of aerostat is presented, based on calculation analysis of helium gas service engineering.
通过专注于确定合适的设计余量、必需的FPGA资源和有效的设计划分，可以避免许多设计问题。
Many design issues may be avoided by focusing on determining the correct level of design margin, the required FPGA resources and effective design partitions.
计算结果表明，先进的材料和设计能降低运载器的干质量，并使运载器干质量对设计余量的敏感性降低。
The calculation results show that the advanced material and design can decrease the vehicle dry mass and its sensitivity to the design margin.
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