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Anthropogenic Heat Release into the Environment

机译:人为热释放到环境中

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This work is intended to systematically study an inventory of the anthropogenic heat produced. This research strives to present a better estimate of the energy generated by humans and human activities, and compare this estimate to the significant energy quantity with respect to climate change. Because the Top of Atmosphere (TOA) net energy flux was found to be 0.85±0.15 W/m~2 the planet is out of energy balance, as studied by the group from NASA in 2005. The Earth is estimated to gain 431 TW from this energy imbalance. This number is the significant heat quantity to consider when studying global climate change, and not the 78,300 TW, the absorbed part of the primary solar radiation reaching the Earth's surface, as commonly cited and used at present in the literature.
机译:这项工作旨在系统地研究产生的人为热量。该研究致力于更好地估计人类和人类活动产生的能量,并将这种估计与气候变化相比进行比较。因为大气层(TOA)净能量通量被发现为0.85±0.15 w / m〜2,地球出于2005年美国国家航空航天局的研究所研究。估计地球估计收益431次这种能量不平衡。该数字是在研究全球气候变化时考虑的显着热量,而不是78,300 TW,主要的太阳辐射的吸收部分到达地球表面,如同于文献中的常见和使用。

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