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Novel hydrothermal solution routes of advanced high melting nanomaterials processing

机译:先进的高熔点纳米材料加工的新型水热溶液路线

摘要

Novel hydrothermal solution processing routes covering conventional hydrothermal, solvothermal and supercritical hydrothermal techniques are becoming the most efficient routes for advanced nanomaterials processing including the high melting compounds. The importance of these novel hydrothermal solution routes has been discussed with appropriate examples. The current trends in the hydrothermal solution processing of materials, the importance of solubility study, thermodynamic calculations and the role of surfactants and chelates have been discussed in detail. The multi-energy processing of materials, instant hydrothermal system and the new concept in materials processing, viz. Chemistry at the speed or light have been highlighted here. The hydrothermal synthesis of nanomaterials of carbon polymorphs, rare earth vanadates, metal oxides and their nanocomposites have been discussed with an emphasis on the control of size and morphology. (C) 2009 The Ceramic Society of Japan. All rights reserved.
机译:涵盖常规水热,溶剂热和超临界水热技术的新型水热溶液加工路线正成为包括高熔点化合物在内的先进纳米材料加工的最有效路线。这些新颖的水热解决方案路线的重要性已通过适当的示例进行了讨论。详细讨论了材料水热溶液加工的当前趋势,溶解度研究的重要性,热力学计算以及表面活性剂和螯合物的作用。材料的多能量处理,即时水热系统和材料处理的新概念,即。此处以速度或光速显示化学反应。讨论了碳多晶型物,稀土钒酸盐,金属氧化物及其纳米复合材料的纳米材料的水热合成,重点是控制尺寸和形貌。 (C)2009年日本陶瓷学会。版权所有。

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    Byrappa K.;

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