Kireev V B, Skachkov M P, Trukhan E M, Filimonov D A
Biofizika. 1981 Jan-Feb;26(1):12-6.
Transmission of electric charges generated by light in the unbranching chain of electron transport is under consideration. Recombination of electrons and holes and possibility of reverse processes are considered. Expression for the efficiency of steady-state charge separation is obtained. Example of the reaction centre of bacterial photosynthesis is considered. All this permits to connect the signals of microwave photolosses with the destination of the electron on distant electron carriers.
正在考虑光在无分支电子传输链中产生的电荷传输。考虑了电子和空穴的复合以及反向过程的可能性。得到了稳态电荷分离效率的表达式。考虑了细菌光合作用反应中心的例子。所有这些都使得能够将微波光损失信号与远处电子载体上电子的去向联系起来。