In this dissertation, the author mainly undertakes the design of the data acquisition circuit board for biomedical signals.
在本文中,作者主要负责用于生物医学信号的多通道数据采集板的研究与设计工作。
Design and synthesis of thiols to engineer surfaces for biomedical applications.
硫醇的设计与合成表面的工程师为生物医学领域。
The researches are helpful for improving the anti-encrustation performance of biomedical materials, and provide the theoretical basis to the design and preparation of the hydrophobic surface.
本文的研究工作,对于改善医用聚合物材料的防垢性能具有重要意义,同时为超疏水表面的设计与制备提供了理论基础。
So biomedical engineers have been working for many years on how to design replacement parts for joints like the hip: the artificial hip is the most well developed of those.
因此,生物医学工程师花了很多年时间,致力于设计像髋关节这样的关节替代品,尤以人工髋关节的研究最为成熟
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