Prediction of rate of CO{sub}2 assimilation of leaf lettuce under low light irradiation during storage

Toshitaka Uchino; Fumika Harada; Wenzong Hu

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Prediction of rate of CO{sub}2 assimilation of leaf lettuce under low light irradiation during storage

机译：贮藏期间低光照射下叶片莴苣率的共同率预测

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The rate of CO{sub}2 assimilation of leaf lettuce changed with its respiration rate and gas constitution in a storage chamber. The optimum irradiance on the surface of leaf lettuce during storage using low light irradiation can be obtained by the prediction of the rate of CO{sub}2 assimilation.

机译：叶片生菜的共同率与储存室中的呼吸率和气体构成变化的共同率。使用低光辐射在储存期间叶片莴苣表面的最佳辐照度可以通过预测CO {SUB} 2同化的速率来获得。

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《農業機械学会誌》 |2003年第3期|共7页
作者
Toshitaka Uchino; Fumika Harada; Wenzong Hu;
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原文格式 PDF
正文语种 jpn
中图分类农业机械及农具;
关键词
Low light irradiation; Leaf lettuce; Rate of CO{sub}2 assimilation; Prediction; Light compensation point; Storage; Photosynthesis; Dark respiration;

机译：低光照射;叶莴苣;CO {Sub} 2同化的速率;预测;光补偿点;存储;光合作用;暗呼吸;

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1. Prediction of rate of CO{sub}2 assimilation of leaf lettuce under low light irradiation during storage [J] . Toshitaka Uchino, Fumika Harada, Wenzong Hu 農業機械学会誌 . 2003,第3期

机译：贮藏条件下弱光下莴苣叶片CO {sub} 2同化率的预测
2. Lighting intensity and photoperiod serves tailoring nitrate assimilation indices in red and green baby leaf lettuce [J] . Vir?il? Akvil?, Brazaityt? Au?ra, Va?takait?‐Kairien? Viktorija, Journal of the Science of Food and Agriculture . 2019,第14期

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3. Analysis of Yield-Determining Process and Its Application to Yield-Prediction and Culture Improvement of Lowland Rice : XCVIII. Effects of the nitrogen content and thickness of a leaf-blade on the light-curve of carbon assimilation of the obverse, the reverse and both sides of the leaf-blade [J] . Seizo MATSUSHIMA, Takayuki TANAKA 日本作物學會紀事 . 1971,第2期

机译：产量测定方法分析及其在低地稻米盐水预测和培养改善中的应用研究：XCVIII。叶片氮含量和厚度对叶片碳同化的浅曲线，叶片的反向和两侧
4. Is topically applied irradiation with visible and IR light at low fluence rates able to produce systemic effects: literature review and experience [C] . Author(s): Liesbeth Schindl Institute for Laser Medicine Kolsterneuburg Austria, Andreas Schindl Institute for Laser Medicine and Dept. of Dermatology /Univ. of Vienna Klosterneuburg Austria. Effects of Low-Power Light on Biological Systems II . 1996

机译：是否以低注量率局部使用可见光和IR光照射能产生全身效应：文献综述和经验
5. Slower Leaf Decomposition Rates Fuel Greater Stream Invertebrate Assimilation [D] . Schrik, Meghan. 2020

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6. Dark/Light Treatments Followed by γ-Irradiation Increase the Frequency of Leaf-Color Mutants in Cymbidium [O] . Sang Hoon Kim, Se Won Kim, Jaihyunk Ryu, 2020

机译：暗/光处理后再进行γ射线辐照会增加大花ym兰叶片颜色突变体的频率
7. Effects of Monochromatic Light Irradiation by LED on the Internodal Stem Elongation of Seedlings in Eggplant, Leaf Lettuce and Sunflower [O] . Tadayoshi HIRAI, Wakanori AMAKI, Hiroyuki WATANABE 2006

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Prediction of rate of CO{sub}2 assimilation of leaf lettuce under low light irradiation during storage

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