It is the key of static correction to build a proper near surface model and static correction treatment scheme and exactly eliminate influence of static correction.
建立一个合适的近地表模型以及静校正处理流程，较为准确地消除静校正量的影响是复杂地表地区静校正处理的关键。
The general assumption in calculating static correction is that the near-surface ray-paths travel vertically, which does not conform with the actual travelling path of ray.
静校正计算时一般假设射线在近地表附近为垂直传播，这种假设往往与射线实际传播的路径不符。
The general assumption in calculating static correction is that the near-surface ray-paths travel vertically, which does not conform with the actual travelling path of ray.
静校正计算时一般假设射线在近地表附近为垂直传播，这种假设往往与射线实际传播的路径不符。
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