Brandt A B, Kiseleva M I, Sharipov K A
Biofizika. 1975 Sep-Oct;20(5):862-6.
The paper deals with the effect of light of different spectral composition on the duration of developmental cycle, pigment accumulation, productivity and efficiency of the use of absorbed energy in photosynthesis during the developmental cycle of Chlorella. An extremely high efficiency of using the green spectrum region in photosynthesis (21,0%) was observed. The efficiency of using absorbed radiation of the red (12%) and blue (6%) spectrum regions is also very high, but significantly lower than that of the green one. The activity of metabolic processes in Chlorella cells differs in various spectrum regions during different developmental cycles and is determined by the acting spectrum.
本文研究了不同光谱组成的光对小球藻发育周期的持续时间、色素积累、生产力以及发育周期内光合作用中吸收能量利用效率的影响。观察到光合作用中利用绿色光谱区域的效率极高（21.0%）。利用红色（12%）和蓝色（6%）光谱区域吸收辐射的效率也很高，但明显低于绿色光谱区域。在不同发育周期中，小球藻细胞内代谢过程的活性在不同光谱区域存在差异，且由作用光谱决定。
