气温升高能够加速冰川表面的融化，但是当冰川漂移入海之后，温暖的洋流对冰雪消融发挥了更重要的推动作用。
Higher air temperatures can increase surface melting, but warm ocean currents accelerate ice loss more when glaciers flow into the sea.
详细分析了角膜前表面的曲率半径对近视眼消融深度和治疗结果的影响。
The influence of curvature radius of the front surface of cornea on the ablation depth and result for correction of myopia is analysed in detail.
研究在给定光斑参数条件下，所采用的叠加方式，定量地计算准分子激光消融角膜表面粗糙度的量值。
We also analytically overlay excimer laser beams whose parameters are fixed to evaluate the roughness of the final surface of the cornea.
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