论文部分内容阅读
2013年12月,聚光科技实验室业务发展事业部签订30台近红外分析仪采购订单,该批仪器将在种业领域应用,用于种子的真实性快速鉴别。该种子鉴别系统由聚光科技与中科院半导体所合作开发,中国农业大学严衍禄教授给予大力支持,系统的开发将王守觉院士提出的“仿生模式识别方法(BPR)”结合近红外光谱分析技术,通过前期鉴定玉米群体样品品种真实性探索研究,已提出了基于近红外光谱分析和仿生模式识别的玉米品种快速识别方法,并开发出近红外种子真实性鉴别系统。
In December 2013, Concentration Technology Laboratory Business Development Division signed a purchase order of 30 near-infrared analyzers, which will be applied in the field of seed industry for rapid identification of the authenticity of the seeds. The seed identification system is developed by the condenser technology and the Chinese Academy of Sciences Institute of semiconductors, Professor Yan Yanlu of China Agricultural University to give strong support, the system development will be academician Wang Shoujue proposed “Bionic Pattern Recognition (BPR) ” combined with near infrared spectroscopy, Based on the research on the authenticity of varieties of maize population identified in the earlier stage, rapid identification methods of maize varieties based on near infrared spectroscopy and bionic pattern recognition have been proposed and the authenticity identification system of near infrared seeds has been developed.