water vapour pressure deficit (WVPD) and WVPD is higher at lower
RH (Mahajan et al., 2008b; Lichter et al., 2011). As expected, the
control-PP tray did not absorb significant amount of water vapour
(0.3 g), whereas the humidity-regulating tray absorbed 4.1 g of
water vapour in 6 days (Fig 7). This means about 35% of the water
produced by mushrooms was directly absorbed by the salt in the
humidity-regulating tray. This was due to the low moisture
absorption capacity of humidity-regulating tray in comparison
with the amount of moisture produced by mushrooms (4–8 g
water under similar storage conditions). For instance, Bi et al.
(2014) used of sodium bicarbonate:polymer of super moisture
absorber mixture (60:40, w/w) sachets inside packages of mushrooms.
The moisture absorbers absorbed 34.2 and 41.4 g of
moisture for 750 g of mushrooms (11.4 g for 250 g of mushrooms)
at constant temperature (4 C) and under temperature
fluctuating
regimes, respectively
water vapour pressure deficit (WVPD) and WVPD is higher at lowerRH (Mahajan et al., 2008b; Lichter et al., 2011). As expected, thecontrol-PP tray did not absorb significant amount of water vapour(0.3 g), whereas the humidity-regulating tray absorbed 4.1 g ofwater vapour in 6 days (Fig 7). This means about 35% of the waterproduced by mushrooms was directly absorbed by the salt in thehumidity-regulating tray. This was due to the low moistureabsorption capacity of humidity-regulating tray in comparisonwith the amount of moisture produced by mushrooms (4–8 gwater under similar storage conditions). For instance, Bi et al.(2014) used of sodium bicarbonate:polymer of super moistureabsorber mixture (60:40, w/w) sachets inside packages of mushrooms.The moisture absorbers absorbed 34.2 and 41.4 g ofmoisture for 750 g of mushrooms (11.4 g for 250 g of mushrooms)at constant temperature (4 C) and under temperaturefluctuatingregimes, respectively
การแปล กรุณารอสักครู่..
