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Plant Nanobionics and Its Applications for Developing Plants with Improved Photosynthetic Capacity

机译：植物纳米植物及其对发展植物的应用改善光合容量

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Kusum Khatri; Mangal S. Rathore;
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年度 2018
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3. Is There a Moral Obligation to Develop Brain Implants Involving NanoBionic Technologies? Ethical Issues for Clinical Trials [J] . Frederic Gilbert, Susan Dodds NanoEthics . 2014,第1期

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4. The fluorescence methods for an assessment photosynthetic capacity of plants under the anthropogenic load [C] . Aleksandr A. Alekseev, Olga V. Yakovleva, Dmitrii N. Matorin 2D Systems of the Strong Correlated Electrons: From Fundamental Research to Practical Applications . 2018

机译：在人为载荷下植物的评估光合容量的荧光方法
5. USE OF TISSUE CULTURE AND MUTAGENIC AGENTS IN DEVELOPING, IMPROVING AND PROPAGATING SOME ORNAMENTAL PLANTS. [D] . SOPP, DENNIS FRANCIS. 1978

机译：在开发，改良和繁殖某些观赏植物中使用组织文化和突变菌。
6. Mixed Compound of DCPTA and CCC Increases Maize Yield by Improving Plant Morphology and Up-Regulating Photosynthetic Capacity and Antioxidants [O] . Yongchao Wang, Wanrong Gu, Tenglong Xie, -1

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7. Mixed Compound of DCPTA and CCC Increases Maize Yield by Improving Plant Morphology and Up-Regulating Photosynthetic Capacity and Antioxidants. [O] . Yongchao Wang, Wanrong Gu, Tenglong Xie, 2016

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8. Improving Plantation Establishment by Optimizing Growth Capacity and Planting Time of Western Yellow Pines [R] . Jenkinson, J. L. 1980

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Plant Nanobionics and Its Applications for Developing Plants with Improved Photosynthetic Capacity

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