粮食与饲料工业
糧食與飼料工業
양식여사료공업
CEREAL & FEED INDUSTRY
2015年
6期
10-14
,共5页
李明菲%郑学玲%卞科%刘翀%洪静%刘志强
李明菲%鄭學玲%卞科%劉翀%洪靜%劉誌彊
리명비%정학령%변과%류충%홍정%류지강
小麦粉%谷朊粉%淀粉%损伤淀粉%分离效果
小麥粉%穀朊粉%澱粉%損傷澱粉%分離效果
소맥분%곡원분%정분%손상정분%분리효과
wheat flour%gluten%starch%damage starch%separation effect
以市售金苑特制一等粉为原料,采用行星式球磨机,分别处理0、5、10、15 h ,制得不同损伤淀粉含量的小麦粉。用不同损伤淀粉含量的小麦粉为原料,分离、提取A淀粉和谷朊粉,随即测定淀粉和谷朊粉湿基的得率,冷冻干燥后测定各样品的得率与纯度、水溶物含量及样品白度等,探索损伤淀粉含量对淀粉和谷朊粉分离效果的影响。试验结果表明,经研磨处理后的小麦粉,研磨时间越长,小麦粉中损伤淀粉含量越高;随着研磨时间的增加,小粒径粉含量增大,水分降低,降落数值降低。在淀粉和谷朊粉分离过程中,损伤淀粉含量与淀粉得率呈极显著正相关(r=0.990),与谷朊粉得率无显著相关性(P>0.05)。
以市售金苑特製一等粉為原料,採用行星式毬磨機,分彆處理0、5、10、15 h ,製得不同損傷澱粉含量的小麥粉。用不同損傷澱粉含量的小麥粉為原料,分離、提取A澱粉和穀朊粉,隨即測定澱粉和穀朊粉濕基的得率,冷凍榦燥後測定各樣品的得率與純度、水溶物含量及樣品白度等,探索損傷澱粉含量對澱粉和穀朊粉分離效果的影響。試驗結果錶明,經研磨處理後的小麥粉,研磨時間越長,小麥粉中損傷澱粉含量越高;隨著研磨時間的增加,小粒徑粉含量增大,水分降低,降落數值降低。在澱粉和穀朊粉分離過程中,損傷澱粉含量與澱粉得率呈極顯著正相關(r=0.990),與穀朊粉得率無顯著相關性(P>0.05)。
이시수금원특제일등분위원료,채용행성식구마궤,분별처리0、5、10、15 h ,제득불동손상정분함량적소맥분。용불동손상정분함량적소맥분위원료,분리、제취A정분화곡원분,수즉측정정분화곡원분습기적득솔,냉동간조후측정각양품적득솔여순도、수용물함량급양품백도등,탐색손상정분함량대정분화곡원분분리효과적영향。시험결과표명,경연마처리후적소맥분,연마시간월장,소맥분중손상정분함량월고;수착연마시간적증가,소립경분함량증대,수분강저,강락수치강저。재정분화곡원분분리과정중,손상정분함량여정분득솔정겁현저정상관(r=0.990),여곡원분득솔무현저상관성(P>0.05)。
With the refined wheat flour of Jinyuan as raw material ,treatment for 0 ,5 ,10 ,15 h by a planetary ball mill , respectively ,the wheat flour of different content of damage starch were prepared .With varying degrees of damage starch as raw material ,A‐starch and gluten were separated and extracted ,then the yield of wet gluten and starch were measured ,after freeze‐drying ,the yield and purity ,water‐soluble content and sample whiteness were measured to explore the influence of damage starch on the separation effect of starch and gluten .The experimental results showed that :for the milled wheat flour , the longer the milling time ,the higher the damage starch content in wheat flour ;with the milling time increasing ,smaller particle content increased ,moisture content and falling number decreased .In the separation processing of starch and gluten flour ,damage starch content was significantly positive correlated with the yield of A‐starch (r=0 .990) ,and no significant correlation with gluten yield (P>0 .05) .