The mechanism of surface defect formation was analyzed by SEM observations. The optimal growth conditions for obtaining a good morphological surface were determined.
借助SEM分析了不同缺陷的成核机制，确定了获得良好表面形貌所需的最佳生长条件。
The results showed that the optimal salinity for the growth and photosynthesis of Pyramidomonas sp. was 20 under the experimental conditions.
结果表明：在本实验条件下，塔胞藻生长和进行光合作用的最适盐度为20。
The results showed that the optimal salinity for the growth and photosynthesis of Pyramidomonas sp. was 20 under the experimental conditions.
结果表明：在本实验条件下，塔胞藻生长和进行光合作用的最适盐度为20。
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