根据同质成核理论，推导最大成核速度对应温度与初始间隙氧热平衡温度之间的关系。
According to the homogeneous theory, the relationship between the temperature of maximum nucleating rate and temperature of initial oxygen thermal equilibrium is established.
碳纳米管在复合材料中充当了成核剂，提高了PA66的成核速度，但降低了其结晶总速度。
Carbon nanotubes in the composite acted as nucleating agent, increased the nucleation rate of PA66, however, reduced its overall rate of crystallization.
本文用受阻显影技术和电镜研究方法研究了显影剂量对显影液中银成核速度和核分散度的影响。
The influence of the amount of developing agent contained in developer on the nucleation rate and the dispersity of nucleus was investigated.
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