CAJ | 학술논문

以橡子壳为原料提取色素,研究橡子壳色素的稳定性.通过响应面试验,确定了橡子壳色素的最佳提取工艺条件：液料比45∶1(mL ∶ g)、乙醇体积分数52.25%、超声功率70 W、超声时间28.25 min.在此条件下橡子壳色素的吸光度为0.69,与模拟预测值高度吻合.橡子壳色素的耐光性、耐氧化性和耐热性较好,在酸性和中性条件下比较稳定；碱性溶液和还原剂对橡子壳色素影响较大.该试验结果可为橡子壳色素的开发利用提供一定的理论基础.
이상자각위원료제취색소,연구상자각색소적은정성.통과향응면시험,학정료상자각색소적최가제취공예조건：액료비45∶1(mL ∶ g)、을순체적분수52.25%、초성공솔70 W、초성시간28.25 min.재차조건하상자각색소적흡광도위0.69,여모의예측치고도문합.상자각색소적내광성、내양화성화내열성교호,재산성화중성조건하비교은정；감성용액화환원제대상자각색소영향교대.해시험결과가위상자각색소적개발이용제공일정적이론기출.
The stability of the pigment extracted from acorn shell were studied. The optimal extraction conditions of acorn shell pigment were determined by response surface methodology. The liquid-solid ratio is 45 ∶ 1(mL ∶ g), ethanol volume fraction of 52. 25%, ultrasonic power of 70 W and ultrasonic time of 28. 25 min. Under the conditions,the absorbance of the acorn shell pigment was 0. 69, the result was consistent with the simulated predictive value. This pigment was resistant to light,oxidant and heat. And it had good stability under the acid and neutral conditions. The alkaline solution and reductant had a greater impact on the stability of acorn shell pigment. The test results could provide a theoretical basis for the development and utilization of acorn shell pigment.