CAJ | 학술논문

以红枣为试验对象，通过对不同品种、不同树龄和不同生长阶段(迅速生长期、果实重量积累期和营养积累转化期)红枣中苯丙氨酸代谢中苯甲酸含量变化研究，利用四阶多项式方程建立红枣生长中苯甲酸形成的预测多项式模型.结果表明：骏枣、灰枣的苯甲酸含量变化在果实营养积累期达到最高峰；红枣生长中苯甲酸含量的变化符合该多项式方程，所建立的四阶多项式方程决定系数在0.8934~0.9360之间，能更好的预测苯甲酸含量的变化。
이홍조위시험대상，통과대불동품충、불동수령화불동생장계단(신속생장기、과실중량적루기화영양적루전화기)홍조중분병안산대사중분갑산함량변화연구，이용사계다항식방정건립홍조생장중분갑산형성적예측다항식모형.결과표명：준조、회조적분갑산함량변화재과실영양적루기체도최고봉；홍조생장중분갑산함량적변화부합해다항식방정，소건립적사계다항식방정결정계수재0.8934~0.9360지간，능경호적예측분갑산함량적변화。
Regarded red dates as materials, studied different varieties,different ages and different stages of growth (stigmas ,accumulating and white period) of benzoic acid content in phenylalanine metabolism metabolic in the red dates.Use the fourth order polynomial to establish red dates growth of benzoic acid from the polynomial mathematical prediction.The result showed that:two years of jun dates,three years of grey dates of benzoic acid content peaked in white period. The best fourth order polynomial mathematical equation for benzoic acid in the red dates were:0.8934~0.9360.The established four order polynomial equation can better predict che change of the content of benzoic acid.The red dates during the growth of benzoic acid content in line with changes in the polynomial equation. The study is to predict the growth of red dates in Alar Xinjiang to provide theoretical basis for polynomial model.