1) ice crystal surface
冰晶表面
1.
Based on the theory of ice crystal growth,the mechanism of ice crystal surface growth is decided by the structure of ice crystal surface.
从大分子溶液热力学性质出发,得到了结合抗冻蛋白后冰晶表面微观平衡结构的变化,并讨论了这种变化对冰晶生长形态的影响。
2.
According to the properties of the interaction between the molecules of antifreeze protein and the ice crystal surface in the solution of antifreeze protein,a model on the interaction between the molecules of antifreeze protein and the ice crystal surface is proposed.
根据抗冻蛋白溶液中抗冻蛋白分子与冰晶表面相互作用特点,提出抗冻蛋白与冰晶表面相互作用模型。
2) Ice surface coverage
冰晶表面覆盖度
3) ice surface
冰表面
1.
Study of reaction mechanism of ClONO_2 with Cl~- on ice surface of the South Pole;
南极冰表面上ClONO_2与Cl~-的反应机理研究
2.
It is suggested that the ice surface shows catalytic character for the heterogeneous reaction through structure catalysis and.
计算结果表明在冰表面上在平流层条件下标题反应是通过结构催化和水催化进行反应的。
4) Glacier/snow vegetation
冰雪表面
5) ice surface temperature
冰表面温度
1.
Using the sea ice data of MODIS covering the period 2000—2002 obtained from the NSIDC,this paper investigated the surrounding sea ice of Zhongshan Station to inspect the seasonal melting and freezing,and the variety of the ice surface temperature.
本文利用中分辨率成像光谱仪(Moderate Resolution Imaging Spectroradiometer,即MODIS)的海冰数据,监测中山站附近区域海冰的季节性(尤其是夏季)的消融与冻结情况及海冰表面温度的变化。
6) ice-glazed
表面结冰的
补充资料：冰晶
1.气温在摄氏零度以下时空气中的水蒸气凝结成的结晶状的微小颗粒。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条