优化后电机边端定位力大大减小,优化结果验证了本文所提出算法的有效性。
The end force is greatly reduced after optimization, and the optimizing results verify the effectiveness of the adaptive algorithm proposed in this paper.
结论:小间隙套接法有可能成为解决神经断端定位难及提高神经再生效果的有效手段。
Conclusion:The small gap sleeve bridging might become a effective method to increase growth rate of nerve.
如果客户端不能够定位服务器,则将导致日志服务失败。
If the client can't locate the server it causes the logging service to fail.
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