皖西学院学报
皖西學院學報
환서학원학보
Journal of West Anhui University
2015年
5期
110-115
,共6页
黄训端%陈兴杰%彭兵%谢国排%张宝年%杨牢记%程伟%李彬%周玉霞%张部昌
黃訓耑%陳興傑%彭兵%謝國排%張寶年%楊牢記%程偉%李彬%週玉霞%張部昌
황훈단%진흥걸%팽병%사국배%장보년%양뢰기%정위%리빈%주옥하%장부창
窖泥化学元素%窖池产酒%灰色关联度
窖泥化學元素%窖池產酒%灰色關聯度
교니화학원소%교지산주%회색관련도
chemical elements in pit mud%liquor yield%grey relational analysis
在对窖泥主要化学元素含量、窖池产酒效果测定的基础上,采用灰色关联度法对窖池产酒与窖泥成分的关联性进行量化分析。结果表明,窖泥中总C、总 H、总 N、氨 N、总 P、总 S、Ca、Fe、M g、K、Na的平均值分别是:6.09%、1.28%、1.22%、1.64‰、11.37‰、1.49‰、1.98%、3.25%、1.04%、2.73%、2.67%,各窖池间化学元素含量的变异系数较大。窖池的出酒率43.89%,优质品率平均值24.11%,窖泥对产酒效果,特别是优质品率贡献度高。窖泥化学元素变化与产酒关联度高,其中矿质元素对产酒效果的影响高于有机元素。与出酒率灰色关联度排序结果:Ca>Fe>总P>总S>氨N>Mg>总C>总 H>K> Na>总N。与优质品率排序:Ca>M g>Na>K>Fe>总P>总S>氨N>总C>总N>总H。窖泥成分与产酒效果的关联性分析为窖泥养护提供了参考。
在對窖泥主要化學元素含量、窖池產酒效果測定的基礎上,採用灰色關聯度法對窖池產酒與窖泥成分的關聯性進行量化分析。結果錶明,窖泥中總C、總 H、總 N、氨 N、總 P、總 S、Ca、Fe、M g、K、Na的平均值分彆是:6.09%、1.28%、1.22%、1.64‰、11.37‰、1.49‰、1.98%、3.25%、1.04%、2.73%、2.67%,各窖池間化學元素含量的變異繫數較大。窖池的齣酒率43.89%,優質品率平均值24.11%,窖泥對產酒效果,特彆是優質品率貢獻度高。窖泥化學元素變化與產酒關聯度高,其中礦質元素對產酒效果的影響高于有機元素。與齣酒率灰色關聯度排序結果:Ca>Fe>總P>總S>氨N>Mg>總C>總 H>K> Na>總N。與優質品率排序:Ca>M g>Na>K>Fe>總P>總S>氨N>總C>總N>總H。窖泥成分與產酒效果的關聯性分析為窖泥養護提供瞭參攷。
재대교니주요화학원소함량、교지산주효과측정적기출상,채용회색관련도법대교지산주여교니성분적관련성진행양화분석。결과표명,교니중총C、총 H、총 N、안 N、총 P、총 S、Ca、Fe、M g、K、Na적평균치분별시:6.09%、1.28%、1.22%、1.64‰、11.37‰、1.49‰、1.98%、3.25%、1.04%、2.73%、2.67%,각교지간화학원소함량적변이계수교대。교지적출주솔43.89%,우질품솔평균치24.11%,교니대산주효과,특별시우질품솔공헌도고。교니화학원소변화여산주관련도고,기중광질원소대산주효과적영향고우유궤원소。여출주솔회색관련도배서결과:Ca>Fe>총P>총S>안N>Mg>총C>총 H>K> Na>총N。여우질품솔배서:Ca>M g>Na>K>Fe>총P>총S>안N>총C>총N>총H。교니성분여산주효과적관련성분석위교니양호제공료삼고。
Applying grey relational analysis method ,we had studied the relationship between content of main chemical elements in put mud and liquor yield .The results showed that the average value in pit mud of total C ,total H ,total N ,ammonia N ,total P , total S ,Ca、Fe、Mg、K、Na ,respectively is 6 .09% and 1 .28% and 1 .22% ,1 .64 per thousand ,11 .37% ,1 .49% and 1 .98% and 3 .25% ,1 .04% and 2 .73% ,2 .67% .The coefficients of variation of these chemical components are large among the pits .The average rate of liquor yield is 43 .89% in pit ,the rate of high quality liquor is 24 .11% ,and the pit mud is help to improve liquor yield ,especially to the high quality product .The chemical elements in pit mud are high relation to liquor yield ,especially of mineral elements .The order of grey relational degree to rate of liquor yield:Ca>Fe> total P> total S>ammonia N>Mg> total C> total H>K>Na> total N ,and to rate of high quality liquor:Ca>Mg>Na>K>Fe>total P> total S>ammonia N>total C>total N>total H .This study provides a reference for the maintenance of pit mud and improve liquor yield .