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There are many advantages in using epoxy resin as matrix and reinforcement to produce composite materials, such as light weight, high strength and high elasticity coefficient, high design freedom, good fatigue endurance, oxidation resistance, corrosion resistance and small thermal expansivity, it can be applied to household goods, adhesive, chemistry, space industry, electronic products, sports equipments, means of transport and medical research.
The unmodified carbon nanotube is mainly of benzene ring structure, therefore, there will be an obvious C=C characteristic absorption peak of aromatic ring in 1600~1475cm-1.

In the situation of strong proponent of energy saving and emission reduction in China, the development of renewable energy is an effect way to mitigate energy shortage situation, adjust the irrationality of China's energy structure, and achieve social and environmental sustainability.
Then the total salinity, chloride, conductivity and so on in groundwater will change and lead to a series of hydrogeological problems like geological chemistry variation and geological biological variation.

Self-assembly Proton Exchange Membranes for Direct Methanol Fuel Cell with Size-controlled Au Nanoparticles JIN Ai Ping1, a *, WAN Zhao Hui2, b and LEI Kai Chen1, c 1School of Chemistry and Chemical Engineering, Wuhan Textile University, Wuhan 40073, China 2Wuhan WUT New Energy Co., Ltd., Wuhan University of Technology, Wuhan 430223, China aemail: jinaiping2000@163.com, bemail:wanzhaohui20000@163.com, cemail:lkc8@163.com Keywords: Self-assembly, Nanoparticles, Methanol-blocking Proton Exchange Membrane Abstract.
Eikerling, Study of capillary porous structure and sorption properties of Nafion proton-exchange membranes swollen in water, J.

While, the O1s XPS spectra showed a four-band structure for the 1%WOx-TiO2 in Fig. 2B and Table1.
Ge, Journal of Photochemistry and Photobiology A: Chemistry, Vol. 141 (2001), pp. 209

In the present study in order to modify the surface chemistry and avoid the agglomeration of the carbon nanotubes in the Ag/CNT composites, electroless coating of silver using ultrasonication was given to carbon nanotubes.
The diffraction peaks assigned to carbon nanotubes at approximately 2q = 26.5[15] is also present after liquid phase oxidation indicating that the structure of carbon nanotubes was not destroyed after oxidation.

It was found that the structure of spent L+M+N (Fig.4 (a)) and L-M-N (not shown) catalysts showed not so different peaks form the fresh one.
Zhu, Journal of Natural Gas Chemistry Vol.18 (2009), p.55-65 [4] A.

Szépvölgyi2 1Vin a Institute of Nuclear Sciences, Belgrade, Serbia and Montenegro 2Research Laboratory of Materials and Environmental Chemistry, Chemical Research Center, Hungarian Academy of Sciences, Budapest, Hungary Keywords: Arc Discharge, Fullerenes, Induction Plasma, Optical Spectroscopy ABSTRACT In this article, the analysis of optical diagnostics of plasma parameters of carbon arc and induction thermal plasma in the process of fullerene synthesis is presented.
The optical spectra of diatomic molecules consist of band structures due to transitions among rotational and vibrational levels.

The extrudable ceramic paste plastic behaviour is controlled by several factors [3]: (i) volume fraction, shape and particle size distribution, (ii) dominant interparticles forces, (iii) surface chemistry, (iv) packing density and (v) liquid phase rheological behaviour.
The viscosity increase from 400 s-1 in kaolin suspensions, is attributed to “house of cards” structure formed by the difference electrostatic charge between the edges and faces of kaolin particles (kaolinite) which have platelet shape.

To overcome this disadvantage, a current trend is to modify the chemical structure of lignin to increase its potential reactive sites toward formaldehyde.
Chemistry and Industry of Forest Products, supplementary issue, 29 (2009)129-132

Fig. 1 Molecular structure of Chlorinated metallic porphyrin All the optical measurements of the spin-coated films were performed at room temperature.
Wang: Chinese Journal of Synthetic Chemistry, Vol, 3 (1995), No.1, p.88 (In Chinese)