The physical model simulates exactly the strain characteristic and flow regulation of the mica glass-ceramic during the uniaxial hot-pressing.
所采用的室温物理模型准确类比了高温下云母 玻璃陶瓷材料 内部的应变特徵和材料流动规律。
The effects of several major factors, including light sources, strain characteristic, hydrogen donors, are discussed. The achievement and the problems confronted are summarized.
论述了光合微生物的产氢机制，讨论了影响光合微生物放氢的主要因素，如光、 菌株特性、氢供体等。
And production mechanism by photosynthetic microbe was described. The effects of several major factors, including light sources, strain characteristic, hydrogen donors, are discussed.
论述了光合微生物的产氢机制，讨论了影响光合微生物放氢的主要因素，如光、菌株特性、氢供体等。
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