网壳结构折叠展开式提升过程涉及机构运动分析，动力效应十分明显。
The dynamic lifting process of deployable reticulated shell structures was a mechanism motion process, which has noticeable dynamic effect.
通过进行结构折叠和算法重用，有效地减小了资源占用，提高了吞吐率。
Through structure folding and module reuse, the resource utilization was reduced and the throughput was increased.
高效的RNA序列操作(例如多重比对)需要被RNA结构折叠的规则限制。
Efficient RNA sequence manipulations (such as multiple alignments) need to be constrained by rules of RNA structure folding.
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