Özet:

Enterprises that produce/consume high amounts of cabbage must work on stock so that they do not be affected by the problems caused by production interruptions. Due to self-heating that may occur in the industrial diameter stocks, it causes security, economic and environmental problems to. This study was carried out in Canada/Sudbury’s large amounts of sulfide cabbage producing and storing excess production in stock. In the stock area of the enterprise, a cave set is created with a size, length and height of 6.0x9.0x3.0 m, respectively. In the interior area of this set created, 6 temperature sensors were placed and the internal temperature data was collected. Parameters that are also influenced by the cabbage masses, such as air temperature, air humidity, atmospheric pressure, wind speed, are constantly simultaneously measured. A statistical model has been developed by making multiple regression analyses to the values obtained from the Cevher collection. The correlation indicators obtained from the developed statistical model were measured at a level of approximately 65.3%.

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