分析一种基于单动力驱动多机构的，可获得高精度及可靠性高的机械传动的供货系统。
A supply system based on the single-motor propelled multi-mechanism which can implement high precision and high reliable mechanical transmission is analyzed.
在分析化学实验课中设置与《中国药典》相结合的容量分析法设计性实验，可获得较好的教学效果。
Therefore, in our experimental courses of Titrimetric Analysis, the important tool of pharmaceutists, Chinese Pharmacopoeia, is used into the designed experiments.
当上下半平面材料参数相同时，可获得受弯曲载荷正交异性复合材料板裂纹尖端应力场，并利用有限元算例分析验证了理论结果的正确性。
When the upper and the lower half-planes are of the same parameters, the stress field of crack of orthotropic composite materials can be obtained. The derived equation is verified with FEM analysis.
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