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Controlling the Earth's albedo using reflective hollow glass spheres

机译:使用反射空心玻璃球控制地球的反照率

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Volcanic eruptions have been found to cool the Earth's atmosphere by ejecting dust into the atmosphere. It should be possible to mimic this effect by designing a substitute for this dust consisting of buoyant reflective glass bubbles. This substitute will form a more efficient and long lasting sunscreen. This paper describes the design of such glass bubbles, and the implications and constraints imposed by the choice of materials. It shows the proposal is technically and economically feasible, controllable, of limited lifespan, and environmentally neutral. Actual development and testing will be needed to determine some of the parameters involved. It is clear the idea can be developed and tested experimentally for a very low initial outlay in cost and resources.
机译:已经发现火山喷发是通过向大气中喷射灰尘来冷却地球大气的。通过设计由浮力反射玻璃气泡组成的这种灰尘的替代品,应该有可能模仿这种效果。这种替代品将形成更有效,更持久的防晒霜。本文描述了这种玻璃气泡的设计,以及材料选择所带来的影响和约束。它表明该建议在技术和经济上都是可行的,可控的,使用寿命有限,并且对环境无害。需要实际的开发和测试来确定所涉及的某些参数。显然,可以通过非常低的初始成本和资源开发和试验该想法。

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