Abstract
The temperature dependence of steady-state millisecond delayed luminescence (DL) is studied within the temperature range from −23 to 45 °C in leaf segments of chinese rose ( Hibiscus rosa-sinensis L.) and bean ( Ficia faba). To describe the experimental dependence of DL steady-state intensity on temperature theoretically, we suggest the temperature dependences of rate constants in earlier proposed model of photosynthesis. Under these conditions, the temperature dependence of DL steady-state value has the same form as experimental curve.
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