Abstract
Nanoscience is assumed to have capability to change the efficiency of the current electronic and electrical devices. So nanotechnology is being developed to achieve the same. Various kinds of nanomaterials are being prepared such that they show tremendous properties at the nanoscale dimensions. Hence, it is worth studying about the synthesis of nanomaterials. The information that we present in this paper corresponds to a basic review on the synthesis and recent work done on nanomaterials. The distinctness of this review is that, the classification and major types of nanomaterials has been reported. The literature was collected through internet, from various available sources. The synthesis methods that have been discussed are sputtering, hydrothermal, microwave assisted, and electrochemical and chemical reduction methods.
Highlights
Nanoscience: Investigation of arrangement of Nanoscience and nanotechnology are the terms atoms and their basic properties at the nano level.that have got immense importance in research and Nanotechnology:Developing the novel development, across the world
Term nanotechnology, may be defined as, “a Nanomaterial: A material with the size of less technical process that involves the preparation than 100 nanometers, for at least one dimension
1-dimensional: The nanomaterials of atleast one all the knowledge together contribute to the critical dimension in nano level
Summary
Nanoscience: Investigation of arrangement of Nanoscience and nanotechnology are the terms atoms and their basic properties at the nano level. Term nanotechnology, may be defined as, “a Nanomaterial: A material with the size of less technical process that involves the preparation than 100 nanometers, for at least one dimension. Characterization of materials either by 1.2 Classification of Nanomaterials reducing their size to nanoscale or using a nano On the basis of size of nano level dimension i.e. 1-dimensional: The nanomaterials of atleast one all the knowledge together contribute to the critical dimension in nano level. It is very 2-dimensional: The nanomaterials of atleast two important to understand the fundamental dimensions in nano level.
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