Clay mineral layers and nanoparticles

F. Netzer, C. Noguera
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Abstract

This chapter provides an introduction to the properties of naturally occurring oxide ultra-thin films and nanoparticles of complex composition, namely clay minerals. Clays represent a wide family of nanomaterials, formed from the weathering of primary rocks at the Earth surface. Their layered structure is responsible for their extreme anisotropy and their extremely high specific surface area which is at the origin of their unique properties and of their strong interaction with their surrounding. The focus of this chapter is on their structural and composition characteristics, the conditions of their formation, their interaction with water and their chemical properties. A mention is given of their uses in human cultural activities, in dwelling constructions and statuary, in porcelain fabrication, in retention of metal contaminants in the environment, in the pharmaceutical and cosmetic industries, and as lubricants, catalysts, therapeuthic agents, among others.
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粘土矿物层和纳米颗粒
本章介绍了天然存在的氧化超薄膜和复杂组成的纳米颗粒的性质,即粘土矿物。粘土是一大类纳米材料,由地球表面原生岩石的风化作用形成。它们的层状结构导致了它们极端的各向异性和极高的比表面积,这是它们独特性质的起源,也是它们与周围环境强烈相互作用的原因。本章的重点是它们的结构和组成特征,它们的形成条件,它们与水的相互作用和它们的化学性质。提到了它们在人类文化活动、住宅建筑和雕像、瓷器制造、在环境中保留金属污染物、在制药和化妆品工业、以及作为润滑剂、催化剂、治疗剂等方面的用途。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Oxide nanoparticles Methods of study Clay mineral layers and nanoparticles Surface chemistry, energy conversion, and related applications. Synopsis and outlook
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