功能纳米材料是纳米材料领域富有活力的、应用前景广阔的材料科学分支。它包括功能纳米材料的制备科学、结构、性能表征和应用科学,科学内涵丰富。功能纳米材料按维数划分有零维、准一维和二维纳米材料。近年来,纳米点阵列、纳米线阵列和各种结构花样纳米材料以其独特的功能特性备受人们关注。当前功能纳米材料重要发展趋势是在制备科学上由随机生长到可控生长,无序到有序,它标志着功能纳米材料合成进 Functional nanomaterials are a dynamic branch of nanomaterials with broad applications in materials science. It includes the preparation of functional nanomaterials science, structure, characterization and application of science, rich scientific connotation. Functional nanomaterials are divided by dimension into zero-dimensional, quasi-one-dimensional and two-dimensional nanomaterials. In recent years, nano-dot arrays, nanowire arrays and various structural nano-materials have drawn much attention due to their unique functional properties. The important function of current nanomaterials is to grow scientifically from random growth to controlled growth, disorderly and orderly, which indicates the synthesis of functional nanomaterials