net photosynthesis
淨光合作用；淨光能合成
the aphotic depths of the sea where no photosynthesis occurs.
海洋中沒有光合作用發生的漆黑深處.
In photosynthesis ferredoxin is involved in electron transfer between photosystem I and the final electron acceptor, NADP.
在光合作用中，鐵硫蛋白與光合系統Ⅰ和最終電子受體NADP間的電子傳遞有關。
A disquisitive comprehensive experiment was designed about the influence of water stress on water, photosynthesis and respiration of plants.
摘要以“水分脅迫對植物水分、光合作用和呼吸作用的影響”爲題，進行研究型綜合實驗設計。
Whereas cellular respiration is highly exergonic and releases energy, photosynthesis requires energy and is highly endergonic.
細胞呼吸作用是高度放能的，光合作用是需要能量並高吸能的過程。
Reef-building or hermatypic corals are only found in the photic zone (above 50 m depth), the depth to which sufficient sunlight penetrates the water for photosynthesis to occur.
大多數石珊瑚必須在大洋的透光層（水深不到50米）中生長，這裏珊瑚內部共生的單細胞的蟲黃藻能夠進行光合作用。
Effects of different light intensities and phosphate levels on photoinhibition of photosynthesis in satsuma mandarin(Citrus unshiu Marc.) leaves were studied in the culture solution.
摘要 用營養液培養的方法 ,研究了不同光強和磷水平對溫州蜜柑葉片光合作用光抑制的影響。
net photosynthesis
淨光合作用；淨光能合成
the aphotic depths of the sea where no photosynthesis occurs.
海洋中沒有光合作用發生的漆黑深處.
In photosynthesis ferredoxin is involved in electron transfer between photosystem I and the final electron acceptor, NADP.
在光合作用中，鐵硫蛋白與光合系統Ⅰ和最終電子受體NADP間的電子傳遞有關。
A disquisitive comprehensive experiment was designed about the influence of water stress on water, photosynthesis and respiration of plants.
摘要以“水分脅迫對植物水分、光合作用和呼吸作用的影響”爲題，進行研究型綜合實驗設計。
Whereas cellular respiration is highly exergonic and releases energy, photosynthesis requires energy and is highly endergonic.
細胞呼吸作用是高度放能的，光合作用是需要能量並高吸能的過程。
Reef-building or hermatypic corals are only found in the photic zone (above 50 m depth), the depth to which sufficient sunlight penetrates the water for photosynthesis to occur.
大多數石珊瑚必須在大洋的透光層（水深不到50米）中生長，這裏珊瑚內部共生的單細胞的蟲黃藻能夠進行光合作用。
Effects of different light intensities and phosphate levels on photoinhibition of photosynthesis in satsuma mandarin(Citrus unshiu Marc.) leaves were studied in the culture solution.
摘要 用營養液培養的方法 ,研究了不同光強和磷水平對溫州蜜柑葉片光合作用光抑制的影響。
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