食品安全质量检测学报
食品安全質量檢測學報
식품안전질량검측학보
FOOD SAFETY AND QUALITY DETECTION TECHNOLOGY
2015年
4期
1301-1306
,共6页
刘素强%杨娟%袁林颖%邬秀宏%李中林
劉素彊%楊娟%袁林穎%鄔秀宏%李中林
류소강%양연%원림영%오수굉%리중림
烘焙%提香%红茶%品质%生化成分
烘焙%提香%紅茶%品質%生化成分
홍배%제향%홍다%품질%생화성분
baking%aroma-improving%black tea%quality%biochemical components
目的:研究烘焙提香条件对红茶感官品质及主要生化成分的影响。方法系统比较了不同烘焙温度及时间、不同提香温度及烘焙提香组合处理对红茶感官品质及主要生化成分的影响。结果在3个烘焙温度下,75℃烘焙3 h效果最好,其次是70℃烘培5 h,较低温度烘焙有助于主要生化成分的保留,较高温度烘焙易产生热化学反应而导致内含物质部分减少,但综合品质有所提升。在3个提香温度下,110℃提香处理的红茶品质最好,100℃提香次之,120℃提香时温度过高有高火味,主要生化成分会随提香温度的升高先增后降;在3个烘焙及提香组合处理下,组合75℃3 h+110℃处理效果最好,该处理对茶叶品质提升有利。结论掌握适当的烘焙或提香技术均能一定程度提高茶叶滋味及香气品质,烘焙75℃3 h后经110℃提香2 min茶叶品质最好。
目的:研究烘焙提香條件對紅茶感官品質及主要生化成分的影響。方法繫統比較瞭不同烘焙溫度及時間、不同提香溫度及烘焙提香組閤處理對紅茶感官品質及主要生化成分的影響。結果在3箇烘焙溫度下,75℃烘焙3 h效果最好,其次是70℃烘培5 h,較低溫度烘焙有助于主要生化成分的保留,較高溫度烘焙易產生熱化學反應而導緻內含物質部分減少,但綜閤品質有所提升。在3箇提香溫度下,110℃提香處理的紅茶品質最好,100℃提香次之,120℃提香時溫度過高有高火味,主要生化成分會隨提香溫度的升高先增後降;在3箇烘焙及提香組閤處理下,組閤75℃3 h+110℃處理效果最好,該處理對茶葉品質提升有利。結論掌握適噹的烘焙或提香技術均能一定程度提高茶葉滋味及香氣品質,烘焙75℃3 h後經110℃提香2 min茶葉品質最好。
목적:연구홍배제향조건대홍다감관품질급주요생화성분적영향。방법계통비교료불동홍배온도급시간、불동제향온도급홍배제향조합처리대홍다감관품질급주요생화성분적영향。결과재3개홍배온도하,75℃홍배3 h효과최호,기차시70℃홍배5 h,교저온도홍배유조우주요생화성분적보류,교고온도홍배역산생열화학반응이도치내함물질부분감소,단종합품질유소제승。재3개제향온도하,110℃제향처리적홍다품질최호,100℃제향차지,120℃제향시온도과고유고화미,주요생화성분회수제향온도적승고선증후강;재3개홍배급제향조합처리하,조합75℃3 h+110℃처리효과최호,해처리대다협품질제승유리。결론장악괄당적홍배혹제향기술균능일정정도제고다협자미급향기품질,홍배75℃3 h후경110℃제향2 min다협품질최호。
ABSTRACT:Objective To research the effect of baking and aroma-improving conditions on the black tea sensory quality and the major biochemical components.MethodsThe influence of baking and aroma-improving in different temperature or time, and their combination treatments on black tea sensory quality and the major biochemical components were compared systematically.Results The treatment under 75℃ baking 3 h was the best, followed by 70℃ baking 5 h. Baking with low temperature helped to hold the major biochemical components, while high temperature baking was easy to produce thermochemical reaction that leading contain substances to reduce partially, but the comprehensive quality improved. When doing the aroma-improving, under 3 temperature, the 110℃ aroma-improving treatment was the best for the black tea, and followed by 100℃ aroma-improving treatment, while the 120℃ aroma-improving treatment was too little high for the black tea to produce high fire flavor, and the major biochemical components would increase with the temperature increasing firstly and then decreasing. Under 3 baking and aroma-improving combined treatments, the combination of 75℃ 3 h+ 110℃ treatment had the best effect which was the best for raising the quality of black tea. Conclusion The appropriate baking or aroma-improving treatments could increase the tea taste and aroma quality to a certain extent, and the tea baking 3 h at 75℃then aroma-improving 2 min at 110℃ was the optimal condition.