The mathematical model can be used to predict the variations of temperature and mass loss for understanding the mechanism of vacuum cooling.
数学模型可以准确预测真空冷却过程中的温度变化和质量损失，将有助于进一步理解和研究真空冷却机理。
From outward appearance and quality, the paper studied MAP techniques with O3 humidity-cool, vacuum cooling for Artemisia storage.
从外观、品质方面研究了气调包装、臭氧湿冷和真空预冷技术对芦蒿的保鲜作用。
Food vacuum cooling equipment is a new type boiled food production equipment which has quick cooling rate, even cooling effect and health.
食品真空冷却装置是一种冷却速度快，冷却效果均匀、卫生的新型熟制食品生产设备。
A vacuum cooling system provided by the utility model can improve the operation efficiency of cooling and air exhaust processing equipment, thereby lowering the cost.
本实用新型提供的真空冷却系统，可以提高冷却抽气处理设备的运行效率，从而降低成本。
The concept of relative water loss rate is advanced to judge the degree which actual water loss is higher than theoretical water loss in the process of vacuum cooling.
提出相对失水率的概念，作为比较真空冷却过程中实际失水高于理论失水程度的判断依据。
This paper reviewed the recent developments of the application of vacuum cooling in vegetables, fruits cut flowers, and meats and the mechanism of vacuum cooling.
本文综述了真空冷却技术在花卉、果蔬和熟肉中的应用研究现状以及目前真空冷却技术理论研究的进展。
The influence of vacuum cooling on the quality of cooked beef was studied as compared with conventional cooling methods including air-blast cooling and slow-air cooling.
本实验研究了真空冷却方式与冷风冷却，自然冷却方式对白煮牛肉品质的影响。
With the assumption of the water vapor resulted from the vacuum cooling to be ideal gas, the energy consumptions of the catcher and the vacuum pump needed in cooling were calculated, respectively.
通过对预冷过程中水蒸汽为理想气体的假定，分别计算了捕水器和真空泵在匹配时所需要的能耗。
Vacuum cooling is a rapid evaporative cooling technique under vacuum, which can be applied to specific foods and in leafy vegetables.
真空冷却是在真空下水分快速蒸发的预冷技术，可用于食品尤其适于叶类蔬菜的冷却。
Vacuum cooling has been widely used as a rapid cooling method for vegetables, fruits cut flowers, and foods to improve their keeping quality.
真空冷却是一种快速冷却技术，它被广泛应用在花卉、水果、蔬菜和食品的冷却降温。
Vacuum cooling is a complicated heat and mass transfer process supported by various theories such as diffusion, heat transfer, mass transfer and phase change.
真空冷却过程是复杂的相变传热传质过程，该过程涉及到扩散、传热、传质和相变等机理。
Vacuum cooling is a complicated heat and mass transfer process supported by various theories such as diffusion, heat transfer, mass transfer and phase change.
真空冷却过程是复杂的相变传热传质过程，该过程涉及到扩散、传热、传质和相变等机理。
应用推荐