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The theoretical continuous model of any process has incontestable advantages over its empirical "discrete" description based on the "black box" principle. This as well can be fully applied to photosyn...thesis the models of which would be able to effectively predict not only the "black box" responses to external effects but also to calculate its yield as a product of a determined "production process" with any variations of "parameters" included in the model. By the present time there is an ample information available both on the photosynthetic process and on regulation parameters (4). However, the scattered and contradictory character of this information urgently necessitates its generalizing analysis and formalization and ideally, also its adequate numerical evaluation using abstract mathematical apparatus. So, the object of this paper is to build such photosynthesis model which would include the most important parameters sufficiently postulated by the empirical practice.続きを見る
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Mendeley出力
KJ00004506714