1.
The Development and Investigation of the Molecule Mechanismand Regulation of the Energy Metabolism of the Photosynthesis;
光合作用能量代谢的分子机理与调控研究进展
2.
relating to or using or formed by photosynthesis.
属于光合作用，运用光合作用，或由光合作用形成。
3.
The action spectrum of photosynthesis of tomat o was studied with excitation and fluorescence spectra of its leaf.
通过番茄叶片的荧光光谱和激发光谱测量 ,能够得到番茄的光合作用之作用光谱。
4.
Studies on the Coupling Performance of GRIN Polymer Micro-Sphere;
GRIN聚合物微球用作平行光束至光纤的耦合器的耦合性能研究
5.
Of or relating to the part of the oceanic zone into which enough sunlight enters for photosynthesis to take place.
光合作用带的与能够获得足够阳光以发生光合作用的广大区域有关的
6.
CHARACTERISTICS OF PHOTOSYNTHESIS AND PERCENTAGE OF SOLAR ENERGY UTILIZATION RATE OF HIGH-YIELDING MAIZE POPULATION IN MIDDLE YUNNAN PLATEAU
滇中高原高产玉米群体光合作用及光能利用率的特点
7.
Men and animals depend on photosynthesis in plants to supply their food and energy.
人和动物依靠光合作用来获得食物和能量。
8.
The Study in Structure and Properties of Nano-structured Coating Fabricated by the Intense Laser;
强激光作用下的纳米复合涂层组织性能研究
9.
Study on the Ability to Inhibit Bacteria and Photosynthesis of Stratified Mixed Stands at Sun Yat-sen Mausoleum Scenic Spot;
中山陵风景区复层林抑菌功能和光合作用研究
10.
DGDG is Essential in Maintaining Plant Photosynthetic Membrane Structure and Function;
DGDG在维持植物光合膜结构和功能中的重要作用
11.
PROPERTY OF EPOXY RESIN/CARBON FIBER/NANOMETER SiO_2 COMPOSITES SUBJECTED TO LASER ACTION
EP/CF/纳米SiO_2复合材料激光作用下的性能研究
12.
Supramolecular Structure, Function and Physiological Acclimation of Light-harvesting Complex and Photosynthetic Membrane in Red Algae;
红藻光合作用捕光复合物和光合膜的超分子结构、功能及生态适应性
13.
This power of plants is named photosynthesis (from the Greek words for light and putting together).
植物的这种能力叫做光合作用（来自希腊词“光”和“放在一起”）。
14.
Distribution of Excited Energy and Photoprotective Mechanisms during Photosynthesis in Higher Plants;
高等植物光合作用中的激发能分配及光破坏防御机制
15.
The effects of Pb-stress on functions of photosystems and photosynthetic rate in maize seedling leaves
铅胁迫对玉米幼苗叶片光系统功能及光合作用的影响
16.
interaction of light and temperature
光合温度的相互作用
17.
photosynthetic aulfide oxidation
光合硫化物氧化作用
18.
Study status on the photosynthesis of photosynthetic bacteria and H_2-evolving function of nitrogenase
光合细菌光合作用及固氮酶产氢作用研究进展