Aaswath Raman Your next air-conditioning system might save energy by beaming heat into outer space. 获奖年份 2015 地区 Global 能源与可持续发展领域下更多结果
Aaswath Raman is an Associate Professor of Materials Science and Engineering at UCLA. His research interests include metamaterials, nanophotonics, optoelectronics and machine learning, as well as an active focus on climate change adaptation, renewable energy systems and next-generation materials for the ...
AaswathRaman_2018[如何把外太空的低温转变为可再生的资源].pdf,TED演讲者 :Aaswath Raman | 奥斯瓦斯拉曼 演讲标题 :How we can turn the cold of outer space into a renewable resource | 如何把外太空的低 温转变为可再生的资源 内容概要 :What if we could use the
What if we could use the cold darkness of outer space to cool buildings on earth? In this mind-blowing talk, physicist Aaswath Raman details the technology he's developing to harness "night-sky cooling" -- a natural phenomenon where infrared light escape
The article profiles physicist Aaswath Raman, one of those recognized in the publication's 2015 "35 Innovators Under 35" list, discussing his development of a material which is able to radiate heat beyond the Earth's atmosphere and thus provide cooling with no electricity consumption....
斯拉曼 (Aaswath Raman) 详细说明了他正在开发的技术,这项技术驾驭「夜空冷却」这种自然的现象,让 红外线把热带离地球,送上太空前去,大大减少我们的冷却系统所需要的能源。来进一步了解这种方式如何 能引领我们在未来能够智慧地发掘宇宙的能量。 In the worst case, we might need more than 10 trillion ...
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What if we could use the cold darkness of outer space to cool buildings on earth? In this mind-blowing talk, physicist Aaswath Raman details the technology he's developing to harness "night-sky cooling" -- a natural phenomenon where infrared light escape
What if we could use the cold darkness of outer space to cool buildings on earth? In this mind-blowing talk, physicist Aaswath Raman details the technology he's developing to harness "night-sky cooling" -- a natural phenomenon where infrared light escape