Butler W L, Tredwell C J, Malkin R, Barber J
Biochim Biophys Acta. 1979 Feb 8;545(2):309-15. doi: 10.1016/0005-2728(79)90208-1.
The lifetime and relative yield of the 735 nm fluorescence of chloroplasts, over a range of low temperatures (-60 to -196 degrees C) where the yield of fluorescence changes markedly, were found to be directly proportional. It is concluded that the species of chlorophyll responsible for the 735 nm fluorescence, C-705, is present over the entire temperature range but is less fluorescent at the higher temperatures because of greater energy transfer to P-700. It is also concluded from attempts to measure the rise-time of the 735 nm fluorescence at -196 degrees C that the rise-time is less than 50 ps.
在一系列低温（-60至-196摄氏度）范围内，叶绿体735纳米荧光的寿命和相对产率随荧光产率显著变化，结果发现二者成正比。得出的结论是，产生735纳米荧光的叶绿素种类C-705在整个温度范围内都存在，但在较高温度下荧光较弱，因为向P-700的能量转移更多。通过在-196摄氏度下测量735纳米荧光上升时间的尝试也得出结论，上升时间小于50皮秒。
