Utilization of freezing point of red bayberry
A freezing point and bayberry technology, applied in the field of bayberry freezing point utilization, can solve problems such as inability to be effectively developed and utilized, and achieve the effects of strong practicability, realizing storage value-added, and eliminating the interference of buffer value.
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Embodiment 1
[0059] Embodiment 1, program cooling
[0060] Transport batches of red bayberries just picked to the cold storage, and spread them in a storage box with a height of 8 to 10 cm (the length and width depend on the shelf), with ventilation holes on the frame and bottom, and control the thickness of the bayberry spread at 6 cm Within a single layer arrangement, under normal temperature conditions, use the exhaust fan to blow the air for 2 hours, remove part of the field heat and surface water, and put it into the warehouse. Stack the storage boxes in a single layer or in the shape of "pin" on the pre-prepared multi-layer shelves , Leave a gap of 15-30 cm around, on the ground, on the upper and lower floors, and between frames to ensure that cold air enters the gap between the bayberry. Manually open the cold storage, set the temperature of the cold storage at 4°C to 6°C for the first time, and last for 4 hours, and set the temperature of the cold storage at 0°C to 3.0°C for the se...
Embodiment 2
[0061] Embodiment 2, red bayberry dry matter content determination
[0062] Choose 5 boxes in the four corners and the middle of the cold storage, randomly select 10 representative red bayberries from each box, and count 50 samples. Use a balance to weigh the sample weight, and the unit of g is accurate to two digits below the decimal point. Round fifty. Put the sample bayberry in an oven at 60°C to 80°C to dry, weigh the bayberry after drying, record the result, put it in the oven for 10 minutes, take it out and weigh it. When the weighed out weight is small, it means that the red bayberry has not been completely dehydrated. Continue to bake for another 10 minutes and weigh until the weighed out weight is equal to the last weight, which means that the red bayberry has been completely dehydrated. Measure the dry matter weight of these 50 red bayberry to be 17.5g, confirm that the dry matter content of this batch of red bayberry is 17.5g.
Embodiment 3
[0063] Embodiment 3, red bayberry theoretical freezing point calculation
[0064] The dry matter content of this batch of red bayberry measured according to embodiment 2 is 17.5g, and by formula 1. calculation, 17.5 * -0.1 ℃=-1.75 ℃, promptly the theoretical freezing point of this batch of red bayberry is-1.75 ℃.
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