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常温泡沫箱加冰运输条件下荔枝的温度、品质、呼吸和乙烯释放变化 被引量:17

Study on the Fruit Temperature, Quality, Carbon Dioxide and Ethylene Evolution of Litchi Subjected to Ambient Ice-added Transportation in Foam Box
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摘要 常温泡沫箱加冰密封技术已经广泛应用于荔枝的国内运输。以淮枝为材料,探讨加冰与预冷处理对果实温度、品质以及某些生理指标的影响。结果表明:29~31℃室温下72 h后,对照与5℃预冷处理的果实温度相近,达33℃,高于室温。加冰处理使果实温度先下降,至最低点后回升。加冰量达50%时,果实最低温度降至6℃,72 h后回升至27℃,低于室温。对不同加冰比例的荔枝可溶性固形物含量、好果率、果实失重、酶活性以及箱内乙烯、二氧化碳等气体成分动态进行了比较研究。 The improved transportation technology i.e. with ice added in sealed foam boxes has been widely accepted and used in the internal markets in China. The Huazhi litchi variety was used as material and treated with various ice-added percentages ice/ice + fruit×100% and precooling ;the changes of the fruit temperature quality and some physiological aspects were studied. Results showed that the fruit temperature of both control and precooling treatment reached 33℃ within 72 h after treatment which was higher than room temperature. Temperature of the fruit with an ice-added percentage of 50% reached a minimum of 6℃ but raised to 27℃ in 72 h after treatment which was lower than room temperature. The fruit TSS healthy fruit percentage fruit moisture loss POD activity and the dynamic changes of O2  CO2  and C2H4 were also studied. It was concluded that scientific and reasonable ice-added percentage should fully take into consideration transportation distance and climate conditions so that the highest efficiency could be achieved.
出处 《果树学报》 CAS CSCD 北大核心 2001年第3期155-159,共5页 Journal of Fruit Science
基金 广东省自然科学基金!980032 广东省教育厅"千百十"优秀人才基金 !粤高教(2000)6号资助
关键词 荔枝 加冰运输 温度 品质 呼吸作用 Litchi Ice-added transportation Temperature Quality Physiology
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