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1)  photosynthates
光合物
1.
During the period of culturing, distribution of photosynthates and root exudates in amount and in composition were detected everyday.
50 %,而新梢和根中光合物比例分别上升了 1 0 。
2)  photosynthate [英][,fəutə'sinθeit]  [美][,foto'sɪnθet]
光合产物
1.
Characteristics of Photosynthate Transportation and Distribution at Seedling Stage after Transplanting in Rice;
水稻移栽后苗期茎叶光合产物运转与分配特性研究
2.
Effect of Different Cultivation Models and Fertilization Pattems on the Accumulation and Transportation of Photosynthate for Wheat in Rain-fed Land;
旱地不同栽培模式和施肥方法对小麦光合产物积累运转的影响
3.
Study on Tracer Dynamics of Effects of Pesticides on Export Rate of Photosynthate of Rice Leaves;
农药对水稻叶片光合产物输出速率影响的示踪动力学研究
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3)  photoassimilate
光合物质
1.
Effects of sulfur application on accumulation and transportation of photoassimilate of two winter wheat cultivars with different gluten;
施硫对两种品质类型小麦光合物质积累与转运的影响
2.
Distribution of Photoassimilate to Different Parts of Wheat Ear after Anthesis and Its Relation to Kernel Weight Per Ear;
小麦开花后光合物质在不同穗位间的分配及其与穗粒重的关系
4)  Photosynthates
光合产物
1.
Effects of Girdling and Exogenous Plant Hormones on Translocation and Partitoning of Photosynthates in Citrus;
环剥及外源激素对柑桔光合产物运转分配的影响
2.
The effect of delayed harvest on sugar accumulation of juice sacs in satsuma mandarin fruit and the characteristics of photosynthates translocation and partitioning within fruit of different development stage were studied.
研究了完熟采收对宫川温州蜜柑果实糖积累影响和光合产物在果实内的分配特性及运输机制。
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5)  Photopolymer [,fəutəu'pɔlimə]
光聚合物
1.
Study of Temperature Dependence of Holographic Grating Fabricated in Photopolymer;
光聚合物中全息光栅的温度依赖性研究
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6)  photosynthetic organisms
光合生物
1.
PSⅠ, PSⅡand light harvesting complexes (LHC) in oxygen evolving photosynthetic organisms were reviewed.
通过对近年来放氧型光合生物有关研究结果的概括分析 ,提出放氧型光合生物光系统Ⅰ、光系统Ⅱ及捕光色素 蛋白质复合物具有多样性 ,并根据其PSⅠ复合物的 77K荧光发射特点 ,指出放氧型光合生物光合系统中的能量传递方式也可能存在多样
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补充资料：捕光复合物

捕光复合物(light -harvesting complex)

由只具有吸收聚集光能的作用, 而无光化学活性的色素分子组成的复合物。典型的捕光复合物是由几百个叶绿素分子、数量不等但都与蛋白质连接在一起的类胡萝卜素分子所组成。当一个光子被捕 光复合物中的一个叶绿素或类胡萝卜素分子吸收时, 就有一个电子被激活，激发状态从一个色素向另一个色素传递,直到传递给反应中心。

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