1) photocycle
光循环
1.
The absorption spectrum and the decay of M intermediate in the photocycle of bR were measured.
利用紫外 -可见分光光度计和自制的毫秒级动力学光谱仪,检测了样品的吸收光谱和光循环M中间体在脉冲光激发下随时间的变化;同时,利用凝胶扫描成像仪及相关分析软件考察了样品成膜后的均匀程度。
2.
By using modulated Q pulse light of 532 nm and continuous probe light of different wavelengths, fast photoresponse characteristic of photocycle and photoabsorption of different intermediate based on bacteriorhodopsin (BR) film are studied.
在 5 32nm的调Q脉冲激发光和不同波长的连续探测光作用下 ,研究了细菌视紫红质 (BR)膜的光循环过程中的快速响应特性及各中间态的快速光吸收特性。
3.
And them,the three examples of applying this algorithm to BR′s photocycle are reported.
这说明基于光循环过程随机特性[1] 所提出的BR光谱和光电响应概率贡献 ,反映了光谱和光电响应在BR中间态间上的分配 。
2) Light-dark cycle
光暗循环
1.
Objective To study the effect of different light-dark cycles on learning and memory in mice.
目的研究不同光暗循环周期对小鼠学习记忆的影响。
2.
Objective To investigate the effect of different light-dark cycles on total and differential counts of leukocyte as well as spontaneous locomotor activity in mice.
结果小鼠自发运动活动周期与光暗循环周期一致;不同光暗周期对小鼠外周血白细胞计数及分类计数有不同影响。
3) circularpolishing
循环抛光
4) solar thermochemical cycle
光热循环
5) photon recycling
光子循环
1.
One is based on the extraction efficiency considering the influence of photon recycling.
一是考虑光子循环利用的影响,建立取光效率模型,使用光线追迹法模拟计算取光效率,进而反推出内量子效率。
6) optical cycle
旋光循环
补充资料：非循环式光合磷酸化
非循环式光合磷酸化(non-cyclic photophosphorylation)
在线性电子传递中,光驱动的电子经两个光系统最后传递给nadp+,并在电子传递过程中建立h+质子梯度,驱使adp磷酸化产生atp。非循环式电子传递和光合磷酸化的最终产物有atp、nadph、分子氧。
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