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Land Use or Land Cover and Geomorphological Characteristics Study Using Remotesensing and GIS: A Model Study from Arunachal Pradesh

机译:基于遥感和GIS的土地利用或土地覆盖及地貌特征研究:来自阿鲁纳恰尔邦的模型研究

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Many words have been written about the dangers of advanced nanotechnology. Most of the threatening scenarios involve tiny manufacturing systems that run amok, or are used to create destructive products. A manufacturing infrastructure built around a centrally controlled, relatively large, self-contained manufacturing system would avoid these problems. A controlled nanofactory would pose no inherent danger, and it could be deployed and used widely. Cheap, clean, convenient, on-site manufacturing would be possible without the risks associated with uncontrolled nanotech fabrication or excessive regulation. Control of the products could be administered by a central authority; intellectual property rights could be respected. In addition, restricted design software could allow unrestricted innovation while limiting the capabilities of the final products. The proposed solution appears to preserve the benefits of advanced nanotechnology while minimizing the most serious risks.
机译:关于先进纳米技术的危害,已经写了许多文字。大多数具有威胁性的方案都涉及运行不正常的微型生产系统,或者用于制造破坏性产品的系统。围绕中央控制,相对较大的,独立的制造系统构建的制造基础架构可以避免这些问题。受控的纳米工厂不会带来任何固有的危险,并且可以广泛部署和使用。廉价,清洁,方便的现场制造将成为可能,而不会带来不受控制的纳米技术制造或过度监管的风险。产品的控制可由中央机构管理;可以尊重知识产权。此外,受限制的设计软件可以允许不受限制的创新,同时限制最终产品的功能。拟议的解决方案似乎可以保留先进纳米技术的优势,同时最大程度地降低最严重的风险。

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