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根据光合作用的催化电子理论,由叶绿体利用光能产生推动二氧化碳同化系统工作的NADPH和ATP的功能可被无机半导体所代替。这种观点已被我们先后在近紫外和可见光下用实验证实。由于我们在利用特殊制备的CdS来代替叶绿体时,可在与叶绿体所利用的红光能量差不多的红橙光下还原NADP和合成ATp。由于在还原NADP吋有氧放出,从而证明了我们所得到的NADPH中的“H”和植物的光合作用一样来自于水。这些充分证
According to the theory of photosynthesis using catalytic electrons, the function of light energy from chloroplasts to produce NADPH and ATP that promote the CO2 assimilation system can be replaced by inorganic semiconductors. This view has been confirmed experimentally by us in the near ultraviolet and visible light. Because we are using specially prepared CdS instead of chloroplasts, we can reduce NADP and synthesize ATp under red-orange light with almost the same amount of red light as chloroplasts. Due to the aerobic emission during the reduction of NADP, it was proved that the “H” in the NADPH we obtained was from the same water as the photosynthesis of plants. These full cards