Bingi V N
Institute of Cell Biophysics, Russian Acad. Sci., Pushchino, Moscow Region.
Biofizika. 1997 Nov-Dec;42(6):1186-91.
An interference is described of quantum states of bounded ions in protein cavities for the first time. The ion quantum dynamics is investigated at idealized case in the collinear static and alternating magnetic fields. There is taken into account a nuclear spin of ion and a non-linear protein response on the redistribution of ion probability density. The formula is gained for magnetic-dependent part of an ion-protein dissociation probability. Typical frequency and amplitude spectra are calculated of the interference in various magnetic conditions including the "magnetic vacuum".
首次描述了蛋白质腔中受限离子量子态的干涉现象。在共线静态和交变磁场的理想化情况下研究了离子量子动力学。考虑了离子的核自旋以及蛋白质对离子概率密度重新分布的非线性响应。得到了离子 - 蛋白质解离概率的磁相关部分的公式。计算了包括“磁真空”在内的各种磁条件下干涉的典型频率和振幅谱。
