This paper analyzes the factors that influence the measure of linear coefficient of expansion, so that the error of the experiment can be decreased.
对可能影响金属线胀系数测量的各个因素进行分析，以达到减小实验误差的目的。
This paper presents systematically a Kinematic Influence coefficient method for kinematic and kinematic error analysis of planar linkages.
本文系统地阐述了平面连杆机构运动与运动误差分析的影响系数法。
At the same time, relative fitness which was based on influence degree coefficient was designed to reduce objects' non-standardization error.
同时，设计了基于影响度因子的相对适应度函数来消除目标非标准化误差。
At the same time, relative fitness which was based on influence degree coefficient was designed to reduce objects' non-standardization error.
同时，设计了基于影响度因子的相对适应度函数来消除目标非标准化误差。
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