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您的检索式：作者名="HanFeng Song"
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| 1 | The Adaptive Planting and the Prospect of Industrial Development of Quinoa in China显示文摘Quinoa is the only single plant meeting the basic nutritional needs of the human body. It is the whole nutritious food with nutritional balance, wide adaptability, strong resistance and other characteristics. In this paper, the botanical characteristics and nutritional value of quinoa were systematically introduced, and the development of quinoa in China was reviewed. The problems of domestic quinoa industry, the shortage of germplasm resources, the lack of innovation and high-yielding cultivation techniques were analyzed. To provide theoretical references for quinoa planting and industrial development in China, the countermeasures to improve the investment of quinoa industry and promote the development of multi-form industry were put forward. | Gong Yongchao Ding Hanfeng Pu Yanyan Song Dongtao Liu Baomin Guo Xiuxiu Li Nana | 2018 | Animal Husbandry and Feed Science2018，10，1： | 1 |
| 2 | Research Progress on Genetic Diversity of Cultivated Soybean Germplasm Resources in China显示文摘In this paper,by analyzing the genetic diversity of cultivated soybean germplasm resources in China,the environmental and genotypic factors that affect the genetic diversity of cultivated soybean germplasm resources were explored to further expand the genetic basis of the existing germplasm resources of cultivated soybean in China. Moreover,research progress on genetic diversity of cultivated soybean in China was summarized,which not only revealed the geographical characteristics of genetic diversity of cultivated soybean in China,but also proposed direction for research of genetic diversity of soybean. | Yongchao GONG Dongtao SONG Nana LI Yanyan PU Tingjing YAN Hanfeng DING | 2018 | Agricultural Biotechnology2018，7，2： | 1 |
| 3 | Modelling nitrogen abundances in the massive binary system显示文摘Understanding rotation,which has been identified as a very important factor in physics,is necessary in order to understand the evolution of massive stars[1,2].Rotation can drive mixing processes of chemical elements in the stellar interior[3-5].Nitrogen,a better tracer for rotational mixing during main sequence evolution,is produced in the hot interior layers by carbon conversion via CN-cycling on a very short time scale.On a longer time scale(about 1-2 Myr in the center of a 20M_⊙star)the CNO cycle comes into equilibrium,which leads to additional N at the expense of both carbon and oxygen. | JiangTao Wang HanFeng Song Zhi Li | 2017 | Science China(Physics,Mechanics & Astronomy)2017，60，5： | 0 |
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