我校8项自然科学理论成果、2项哲学社会科学成果,最近获省教育厅科学技术进步奖和哲学社会科学优秀成果奖。其中自然科学论文二等奖2项,三等奖5项,著作三等奖1项:哲学社会科学论文、著作三等奖各1项。荣获自然科学论文二等奖的“辐射诱发苹果突变的研究”对比了γ射线、微波和快中子处理对改善苹果果形、果色等性状的诱变效果,不同射线处理对畸变的影响和诱发红色突变的影响。在国内外首次用快中子处理获得“富士”苹果稳定红色突变系,并证明采用快中子处理辐射损伤小、诱变频率高,优于国内外常用的γ射线处理。该项研究在国内居于领先地位对果树辐射育种的理论与实践均有重要参考 Our school eight natural science theory achievements, two philosophy and social science achievements, recently won the provincial Department of education science and technology progress award and philosophy and social sciences outstanding achievement award. Among them, there are two second prizes of natural science thesis, five third prizes and three third prizes of works: one for the third prize of philosophy and social science dissertations. The “Radiation-Induced Mutations in Apple” won the second prize of Natural Science Papers and compared the effect of γ ray, microwave and fast neutron treatment on improving the fruit shape, fruit color and other properties of apple and the effects of different radiation treatments on distortion. Effect of inducing red mutation. It was the first time that fast red neutron mutants of “Fuji” apple were obtained by fast neutron treatment at home and abroad, and proved that the use of fast neutron treatment had less radiation damage and higher mutagenic frequency than γ-ray treatment commonly used at home and abroad. The research in the leading position in the country of radiation and breeding of trees have important theoretical and practical reference