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高氧氣調包裝雙孢蘑菇呼吸速率預測模型建立與試驗
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國家自然科學基金資助項目(30871757)和科技部農(nóng)業(yè)科技成果轉化資金資助項目(2010GB2C600253)


Prediction Model of Respiration Rate for Mushroom with High Oxygen Modified Atmosphere Packaging
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    摘要:

    為實現(xiàn)雙孢蘑菇高氧氣調包裝系統(tǒng)設計,,以新鮮雙孢蘑菇為材料,采用高氧氣調包裝方式,,分別應用Weibull模型,、Logistic模型研究雙孢蘑菇高氧氣調包裝內(nèi)O2和CO2濃度變化,,對雙孢蘑菇呼吸速率進行預測。結果表明,貯藏50h后,,高氧氣調包裝袋內(nèi)的O2分壓由最初80kPa下降到50kPa,對照處理袋內(nèi)O2濃度緩慢下降,,不同包裝方式袋內(nèi)CO2濃度隨貯藏時間逐漸升高,,在貯藏后期,CO2濃度逐漸趨于平緩,。包裝袋內(nèi)的O2,、CO2分壓測定值與預測值擬合較好。CO2產(chǎn)生速率很好地反映了雙孢蘑菇高氧氣調包裝過程中呼吸速率的變化,。

    Abstract:

    In order to design the high-oxygen modified atmosphere packaging in mushroom (Agaricus bisporus), Weibull model and Logistic model were applied to study in-package O2 and CO2 concentration and predict the respiration of mushroom. The results showed that O2 concentration in high oxygen package decreased from initial 80kPa to 50kPa after 50h, while it declined slowly in control. The CO2 concentration under both treatments increased gradually, and it reached the maximum value at the end of storage. The predicted concentration of O2 and CO2 fitted well with the experimental value. The respiration of mushroom under high oxygen was well described by the CO2 production rate.

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劉戰(zhàn)麗,王淑玲,王相友,王 娟,王東陽.高氧氣調包裝雙孢蘑菇呼吸速率預測模型建立與試驗[J].農(nóng)業(yè)機械學報,2013,44(11):180-184. Liu Zhanli, Wang Shuling, Wang Xiangyou, Wang Juan, Wang Dongyang. Prediction Model of Respiration Rate for Mushroom with High Oxygen Modified Atmosphere Packaging[J]. Transactions of the Chinese Society for Agricultural Machinery,2013,44(11):180-184.

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  • 在線發(fā)布日期: 2013-11-07
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