湖北农业科学
湖北農業科學
호북농업과학
2014年
12期
2875-2878
,共4页
香菜(Coriandrum sativum)%保鲜%相应面法
香菜(Coriandrum sativum)%保鮮%相應麵法
향채(Coriandrum sativum)%보선%상응면법
parsley(coriandrum sativum)%preservation%response surface methodology
为了研究香菜(Coriandrum sativum)的保鲜期,选取温度、营养液浓度、过氧化钙浓度3个因素进行试验,在单因素试验的基础之上,采用响应面法建立了香菜保鲜效果的二次多项数学模型。试验结果表明,将响应面分析法应用于香菜保鲜时,响应面模型与实际情况拟合较好,并确定了香菜的最佳保鲜条件为贮藏温度4.2℃,营养液浓度为RY的0.97倍,过氧化钙浓度为0.097 g/L。
為瞭研究香菜(Coriandrum sativum)的保鮮期,選取溫度、營養液濃度、過氧化鈣濃度3箇因素進行試驗,在單因素試驗的基礎之上,採用響應麵法建立瞭香菜保鮮效果的二次多項數學模型。試驗結果錶明,將響應麵分析法應用于香菜保鮮時,響應麵模型與實際情況擬閤較好,併確定瞭香菜的最佳保鮮條件為貯藏溫度4.2℃,營養液濃度為RY的0.97倍,過氧化鈣濃度為0.097 g/L。
위료연구향채(Coriandrum sativum)적보선기,선취온도、영양액농도、과양화개농도3개인소진행시험,재단인소시험적기출지상,채용향응면법건립료향채보선효과적이차다항수학모형。시험결과표명,장향응면분석법응용우향채보선시,향응면모형여실제정황의합교호,병학정료향채적최가보선조건위저장온도4.2℃,영양액농도위RY적0.97배,과양화개농도위0.097 g/L。
In order to study optimal preservation of parsley, temperature, nutrient concentration and CaO2 concentration were selected to be tested. On the basis of single factor test, quadratic mathematical model of parsley preservation was framed by response surface methodology. The experiment showed that the model fit well with the reality, and it is confirmed that the optimal preservation conditions were temperature 4.0~5.0℃, nutrient concentration 0.95~1.0 time of RY, CaO2 concentration 0.097 g/L.