通过微加工，制作类似于管状组织的毛细管要相对容易些。
Through the micro processing, the manufacture is similar in Tracheal tissue's capillary vessel must relatively easy.
在设计中对于热场的分析主要从灵敏度的角度进行了考虑，设计出了散热铝条的结构，使得在不通过微加工即可得到比较大的灵敏度，从而提高了传感器的分辨率。
And we design the Al structure used for heat dispersion in order to achieve high sensitivity without micromachining, then the resolution of the wind sensor could be optimized.
飞机发动机减速器支撑杆在加工过程中易产生微裂纹，通过显微组织检验、断口形貌观察、微区成分分析以及含氢量测定和模拟焊接试验等方法对其裂纹产生的原因进行了分析。
The surface tiny crack generating by sample hardening were found in test, and some surface fracture caused by inclusion and gas pocket, and these appearance should be correctly analyzed and judged.
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