根据条纹弯曲偏移量，由折射率与温度的关系，画出空气温度的二维分布图。
According to the displacement of the fringe and the relation between temperature and index of refraction, a two-dimensional temperature profile is obtained.
本文建立了二维非线性耳蜗力学模型，并提出一种有效方法——偏移技术来求解该模型。
The nonlinear equation modeling the 2-d cochlear mechanics is established, and an effective method-bias technique for computing this equation is presented.
采用激光二维扫描技术，实现了列车动态横向振动偏移量的测试，易于实施，数据准确，对制定合理的站台界限提供参考数据。
The planar laser scanning technique described in this paper realizes the measurement of train dynamic transversal vibrations offset easily and exactly.
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