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Mimicking Nature's Crystalline Structures

机译:模仿自然的晶体结构

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Scientists and engineers have long envied nature's ability to design crystalline structures whose properties are often superior to those of similar synthetic materials. Through a process called biomineralization, proteins orchestrate the growth processes of many natural minerals into designs that confer exceptional properties. Scientists are eager to understand nature's biomineralization processes. The biological controls that determine the size, shape, and properties of crystals are key to addressing challenges as diverse as synthesizing nanostructures, characterizing climate change, treating disease, and designing new materials for national security applications.
机译:科学家和工程师长期以来羡慕自然界设计晶体结构的能力,这些晶体结构的性能通常优于同类合成材料。通过称为生物矿化的过程,蛋白质将许多天然矿物质的生长过程编排成具有特殊性质的设计。科学家渴望了解自然界的生物矿化过程。确定晶体的大小,形状和特性的生物控制措施是应对各种挑战的关键,例如合成纳米结构,表征气候变化,治疗疾病以及设计用于国家安全应用的新材料。

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