By Edited by Qingzhou Xu
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Extra resources for Advances on Material Science and Manufacturing Technologies
The well-dispersed graphene nanosheets in PA6 matrix was investigated by SEM. The properties were characterized by XRD, DSC and TGA. The results showed that the α-phase of polyamide 6 induced into γ-phase by adding graphene. The crystallization temperature and the crystallinity of composites have been increased in some degree. Besides, the composite has a higher thermal stability. 1 Introduction Graphene, a monolayer nanostructure of carbon atoms arranged in a honeycomb network, has become one of the most exciting materials today because of its unique properties.
Construction of batteries using different kinds of polymer organic materials as matrix is one of the research focuses. 1 Porous carbon materials In energy industry, porous carbon materials are widely used to produce electrode and batteries with super capability to store energy, H2 and CH4 for the low price, long service life and stable performance. Characteristics of porous carbon materials are affected by both the carbon structure and property of the pores. Martin Oschatz et al.  obtained a hierarchical and highly porous carbide-derived carbon (CDC) by nano-casting of pre-ceramic precursors into cubic ordered silica and subsequent chlorination.
The grain boundaries appeared straight and Fig. 1. 4M precursor solutions. Fig. 2. 05M precursor solutions. 2TiO3 growth within a grain. 2TiO3 layer) was enforced, which resulted in layer-by-layer homoepitaxial growth within an individual grain[8,9,11]. If the spin-on solution was dense, the individual layer was relatively thick, which led to random nucleation in the bulk of the gel film, as shown by Gust et al. In our experiment, the individual layer thickness for layer-by-layer homoepitaxy growth was 20 nm.
Advances on Material Science and Manufacturing Technologies by Edited by Qingzhou Xu