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Modified the materials appropriately can effectively improve the electrical properties of the material.
Nano-modified materials have the physical and chemical properties which traditional materials do not have.
So add the nano-materials in composite materials can effectively improve the electrical properties[9-10].
Effect of Nano modifying materials on the conductive properties.
References [1] Geng Xinling, Liu Jun, Ren Yuzhu, et al.: Journal of Aeronautical Materials, No.3, Vol. 26 (2006), p. 283.

So above materials were tested in this paper.
[4] Hukui Chen,Jianrui Liu and Weidong Huang: Materials Science and Engineering A.
[7] R.N Ma., X.M Cao and M.Wen: Journal of Materials Science & Engineering.
[10] M.X.Yao, J.B.C and Wu,R.Liu:Materials Science and Engineering A.Vol. 407(2005),p.299
[11] Xiaoming Cao, Xinchang Jiang and Ming Wen:Journal of Rare Earths.Vol. 16(1998),p.281

Viscoelastic materials have an interesting mix of material properties that exhibit viscous behavior (like the gradual deformation of molasses) as well as elasticity (like a rubber band that stretches instantaneously and quickly returns to its original state once a load is removed).
Goldenberg, “Soft Materials for Robotic Fingers,” Proceedings of the 1992 IEEE International Conference on Robotics and Automation pp. 1300-1305, Nice, France, May 1992
[14] Dai, J.S. and Kerr, D.R., Six-Component Contact Force Measurement Device Based on the Stewart Platform, Journal of Mechanical Engineering Science, Proc. of IMechE, 214(5): 687-697
[15] Khurshid and Malik, “Modeling and Simulation of an automotive system by using Bond Graphs” 10th International Symposium on Advanced Materials ISAM 2007 Islamabad, Pakistan
[17] Khurshid and Malik, “Modeling and Simulation of a Quarter Car Suspension System using Bond Graphs” 9th International Symposium on Advanced Materials ISAM 2005, Islamabad, Pakistan

Journal of Applied Polymer Science (2007) 104, 1312–1318
Indian Journal of Advances in Chemical Science (2014) 2, 28-35
Journal of Composite Materials (2015) 49, 2217-2229
Mechanicalbehaviour of polymer nano bio-composite fororthopaedic implants, IOP Conference Series:Materials Science and Engineering, (2018) 346: 012029
World Journal of Nano Science and Engineering (2014) 4, 50-57.

References [1] Tang Longyi, Liu Qi, Zhang Ping: Journal of Functional Materials Vol.37 (2006), p.543-545 [2] Si Hu, Wu Xiaoyi, Li Xiaohong: Journal of Chongqing University Vol.29 (2006), p.124-127 [3] Liao Changrong, Yu Miao, et al: Chinese Journal of Mechanical Engineering Vol.14 (2005), p.132-136 [4] REN Jianting, DENG Changhua and JIANG Jiesheng: Journal of Functional Materials Vol.37 (2006), p.729-732 [5] Wang Daihua, AI Hongxia: Journal of Functional Materials Vol.37 (2006), p.1183-1186 [6] Nicholas C Rosenfeld, Norman M Wereley: Smart Materials and Structures (2004) No.13, p.1303-1313
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[8] Quoc-Hung Nguyen, Young-Min Han, Seung-Bok Choi: Smart Materials and Structures (2007) No.16, p.2242-2252
Grunwald: Materials & Design Vol.28 (2007), p. 2658-2664
[10] Wang daihua, Ai hongxia: Journal of Functional Materials Vol.7 (2006), p.1179-1182.

Luminescence properties of electron trapping material CaB4O7:Sm3+ Jiayue Sun*, Wei Zhang, Haiyan Du School of Science, Beijing Technology and Business University, Beijing 100048, PR China email, *jiayue_sun@126.com Keywords: electron trapping, photo-stimulated luminescence; optical storage materials Abstract.
R.), and Sm2O3 (99.999%) were used as the starting materials in this solid-state route.
Stoichiometric amounts of raw materials were thoroughly mixed in an agate mortar.
[9] V.G Kravets: Optical Materials.Vol. 16 (2001) 369-375
[10] X.X Duan: Journal of rare earths.

The protein adsorption process is of great interest in order to understand better the biointegration of implant materials, with the long-term objective of synthesizing either fully biocompatible materials or, in the ideal case, truly bio-active materials to replace current materials.
However, cell adhesion, again, is dependent on protein adhesion on materials and protein interactions with materials.
Nose: Journal of Biomedical Materials Research Vol. 40 (1998), p. 24-30 [4] D.
Rouwendal: Journal of Colloid and Interface Science Vol. 139 (1990), p
Muller: Journal of Biomedical Materials Research Vol. 39 (1998), p. 478-485 [24] B.

The efficiency of materials can be calculated by Eq.(1).
The light-weight design for aluminum honeycomb core materials is done to obtain higher efficiency of materials by suitable cell parameters chosen.
Acknowledgements The support by National Natural Science Foundation of China [50875223] and Provincial Natural Science Foundation of Hunan [09JJ9005，11JJ9017] is gratefully acknowledged.
Journal of Aerospace Engineering, ASCE Vol.18 (2005), p.42-50 [6] S.
Materials Science and Engineering Vol.11 (2011), p. 41-46.

Effect of Nanosilica on Mechanical and Thermal Properties of Cement Composites for Thermal energy Storage Materials Pongsak Jittabut1,a 1 Physics and General Science Program, Faculty of Science and Technology, Nakhon Ratchasima Rajabhat University, Nakhon Ratchasima, 30000, Thailand apongsak.ey@gmail.com Keywords: Thermal Properties, Mechanical Properties, Cement Composites, Thermal Energy Storage Materials, Nanosilica Abstract.
Cementitious materials have been extensively studied as a promising type of sensible energy storage materials due to abundant source, good thermal stability, and good thermal properties.
So, we introduced nanosilica into cement composites materials and prepared solar thermal storage composite materials.
After heating volume heat capacity of all pastes display of inorgainc solid materials is related to inherent materials compositions and material porosity.
[8] Osman GEÇTEN, Rüstem GÜL, The Thermal Conductivity and Mechanical Properties of Waste Granulated Slag Aggregate Concrete, IJNES International Journal of Natural and Engineering Sciences. 4 (1) (2010) 61-67.

Two elastomeric materials i.e.
Introduction Materials that exhibit negative Poisson’s ratio (NPR) under tensile load are termed as auxetic materials.
Alderson, Auxetic materials: Functional materials and structures from lateral thinking.
Advanced Materials 12 (2000) 617–628
Journal of Composite Materials 38 (2004)95–106