1) PSⅡ reaction center complex
PS反应中心复合物
2) D 1-D 2-Cyt b 559 reaction center complex
D1-D2-Cytb559反应中心复合物
3) photosynthetic reaction center
光合反应中心
1.
The electronic structure of the primary electron donor D - 2A and other pigments in photosynthetic reaction center (RC) of the mutant HM202L of Rhodobacter sphaeroides has been studied with the ab initio DFT method.
利用量子化学DFT从头计算方法,计算经过突变的细菌光合反应中心HM202L原初电子给体和其他色素分子的电子结构,然后对其原初电子转移机理进行探讨。
2.
The electronic structure of protein chains L and M in photosynthetic reaction center (PRC) of Rhodobacter sphaeroides (Van Niel) Imhoff, Truper et Pfennig) was studied by using the Overlapping Dimer Approximation method and the Extended Negative Factor Counter method at ab initio level.
采用重叠二体近似方法和建立在从头算水平上的扩展负本征值因数计算方法 (extendednegativefactorcountermethod)研究了球形红假单胞菌 (Rhodobactersphaeroides (VanNiel)Imhoff,TruperetPfennig)中光合反应中心中蛋白链L及M的电子结构。
3.
The ultrafast energy transfer process, which takes place in femtosecond time range, in bacterial photosynthetic reaction center RS601 was investigated using femtosecond pump probe technique with selective excitation.
利用飞秒泵探测技术研究了紫细菌光合反应中心RS6 0 1中的超快能量传递过程。
4) hybrid biological reactor
复合生物反应器
1.
The study of chemical fiber wastewater treatment with hybrid biological reactor;
复合生物反应器工艺对化纤废水的处理研究
2.
Using Matlab,this article computed the effluent COD and NH_3-N concentration of the aerobic reactor and the hybrid biological reactor operating for long at the optimal parameters respectively,in order to forecast the condition that the stage of O-M in process of A_1-A_2-O-M remove COD and NH_3-N up to par.
为预测焦化废水A1-A2-O-M工艺O-M段在其优化运行参数下,去除化学需氧量(COD)和氨氮的达标情况,利用好氧反应器对焦化废水进行了实验研究,并利用Matlab分别对好氧反应器(O段)和复合生物反应器(M段)长期运行的出水COD和氨氮浓度进行估计。
3.
Taking actual domestic wastewater as influent substrate,the effect of DO,COD/TN and MLSS on simultaneous nitrification and denitrification(SND) was investigated in intermittent hybrid biological reactor(HBR) with available capacity of 12 L,filling rate of 30% and operation mode of instantaneous water inflow,aeration(660 min),sedimentation(40 min) and drainage(20 min).
以实际生活污水为处理对象,利用有效容积为12 L的间歇式复合生物反应器(填料填充率:30%,运行方式:瞬间进水—曝气660 min—沉淀40 min—排水20 min),研究了DO、COD/TN值、MLSS对同步硝化反硝化的影响。
5) immune-complex reactions
免疫复合物反应
1.
The mechanism is attributed to immune-complex reactions.
其发生机制主要为免疫复合物反应。
6) shopping complex
复合式购物中心
补充资料：光反应中心复合物
光反应中心复合物(reaction-center complex)
反应中心复合物是由几种与叶绿素a相关的多肽，以及一些与脂相连的蛋白质所构成，它们的作用是作为电子供体和受体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条