CAJ | 학술논문

为了减小融霜热在融霜过程对冷库库温变化的影响，对库内冷风机增设保温融霜装置，并进行了实验研究。结果表明保温融霜和非保温融霜两种过程，库内上方区域温度均有较大变化。保温融霜过程温度变化相对较小，其整体波动温差比非保温融霜低3.2℃，且保温融霜方式的融霜时间缩短近300 s；证明保温融霜装置在融霜过程中能够起到稳定库内温度和缩短融霜时间的作用。
위료감소융상열재융상과정대랭고고온변화적영향，대고내랭풍궤증설보온융상장치，병진행료실험연구。결과표명보온융상화비보온융상량충과정，고내상방구역온도균유교대변화。보온융상과정온도변화상대교소，기정체파동온차비비보온융상저3.2℃，차보온융상방식적융상시간축단근300 s；증명보온융상장치재융상과정중능구기도은정고내온도화축단융상시간적작용。
In order to reduce the effect of defrosting heat on the cold storage temperature change during defrosting process,a heat insula-tion defrosting device is additionally provided to the air cooler in the storage,and the experimental study on the defrosting process was car-ried out. The results showed that in the defrosting processes with and without heat insulation,the temperature of the upper area in the stor-age changed greatly. The temperature changes relatively small during the defrosting process with heat insulation,and the overall fluctua-ting temperature is 3. 2 ℃ lower than that without heat insulation. In the meantime,the defrosting time with heat insulation is shortened by nearly 300s,which proves that the insulation defrosting device can stabilize the storage temperature and shorten the defrosting time in the defrosting process.