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首页> 外文期刊>Environment, development and sustainability >Experimental investigation of a solar cooking system inhibiting closed airtight cooking pot and evacuated tube collector for the preparation of Indian cuisine items
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Experimental investigation of a solar cooking system inhibiting closed airtight cooking pot and evacuated tube collector for the preparation of Indian cuisine items

机译:太阳能烹饪系统抑制封闭式气密烹饪锅及疏散管收集器的试验研究

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摘要

The cooking of Indian cuisine articles like cracked wheat, red lentils, chickpeas and rice is performed using the closed airtight cooking pot (CATCP). Evacuated tube collector is utilized to provide the heat for cooking with the help of thermic oil which flows in the lower part of CATCP. Cooking load of 1 L for all four articles is considered for before noon cooking, 2 L for afternoon as well as evening hours cooking and 3 L for the before noon and evening hours cooking. The cooking performed at afternoon with 2 L of load takes least time. The maximum value of the temperature of thermic oil at the inlet of CATCP is noted as 149.3 degrees C, and the maximum value of instantaneous energy of thermal oil in CATCP is observed as 337.1 kJ. Moreover, the system demonstrates a simple design of cooking vessel and feasibility of cooking in the evening hours without the use of phase change material.
机译:使用封闭的气密烹饪锅(CATCP)进行印度菜肴,如破解小麦,红扁豆,鹰嘴豆和米饭的烹饪。利用抽空管收集器利用在CATCP下部流动的热油的帮助下提供烹饪的热量。在中午烹饪之前,所有四种物品的烹饪负荷都被认为是下午2升,以及晚间烹饪和中午和晚间烹饪前的3升。下午在下午进行的烹饪需要2L负荷需要最短的时间。 CATCP入口处的热油温度的最大值指出为149.3摄氏度,并且CATCP中热油的瞬时能量的最大值被观察为337.1kJ。此外,该系统演示了在不使用相变材料的情况下在晚上几小时内烹饪船舶和烹饪的可行性。

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