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Therefore, clinical materials science, among other things, studies the interaction of materials and the human body (a patient and a doctor).
These materials are called biocompatible.
Types of dental biocompatible materials: 1.
Journal of Traumatology and Orthopedics. 2003.
Osteoinductive molecules in orthopaedics // Basic science and clinical studies. 2002. № 395.

The theoretical basis for solving this urgent problem is the transdisciplinary science of geonics (geomimetics).
Volodchenko, Development composition of thermal insulation materials autoclave curing based on clay raw materials, Bulletin of BSTU named after V.G.
Nakhaev, Composite Binders with the Use of Fine Raw Materials of Volcanic Origin, International journal of environmental & science education. 11 (18) (2016) 12711-12716 [7] N.I.
Suleymanov, The influence of technological factors on the basic properties of vibropressed concrete paving slabs, Research Journal of Applied Sciences. 9 (11) (2014) 874-878 [9] A.A.
Zagorodnjuk, Improving the efficiency of wall materials for «green» building through the use of aluminosilicate raw materials, International Journal of Applied Engineering Research. 10 (24) (2015) 45142-45149

Main Thermal Insulation Materials 2.1 Obstructive insulation materials The application of the composition of low thermal conductivity is a basic form of developing obstructive insulation materials.
Currently, inorganic mineral insulation materials were low cost and widely used in barrier insulation materials.
Hemberger: International Journal of Thermal Sciences, Vol. 50(2011), p. 1838 [9] M.
Du: International Journal of Thermal Sciences, Vol.48 (2009), p. 1302 [11] Z.J.
Ng: Materials Science and Engineering: B, Vol. 132(2006), p. 209 [21] M.A.

With the greatly extended of the biodegradable polymeric materials’ application domain, the research of polymeric materials’ degradation process is getting more concerned.
Biodegradable polymeric materials degradation model is advanced under this background to simulate and forecast the polymeric materials’ degradation process, then overcome difficulties via computer-aided design.
Biodegradable Polymer Materials’ Degradation Model At present the study on polymer materials’ biodegradation process is focused on chemical hydrolysis of the polymer backbone.
Molecular degradation of polymer materials changes over degradation time.
Establishment of Parameters Optimization Model The degradation model of biodegradable polymer materials simulates the degradation process of polymer materials by computer and the simulation results should be consistent with the experimental data.

[9] Junjie Yao, Baoshun Li, Xiaoxian Huang et al.: Journal of Inorganic Materials Vol. 12(1997), p. 47-53, in Chinese
[10] Jiehua Wu, Baoshun Li, Cheng’en Li et al.: Journal of Basic Science and Engineering Vol. 8(2000), p. 38-43, in Chinese
[18] Caiyun Yang and Jialu Li: Journal of Donghua University, Natural Science Vol. 31(2005), p. 53-58, in Chinese
[20] Guojun Wang, Ying Sun, Binbin Shi et al.: Journal of Materials Engineering Vol. 2(2009), p. 332-335, in Chinese
[23] Chaokun Yang: Journal of Materials Engineering Vol. 7(2002), p. 33-39, in Chinese.

Fig. 2 Shading performance of horizontal louver shading materials in summer Fig. 3 shows the shading performance of horizontal louver shading materials in winter.
Fig. 3 Shading performance of horizontal louver shading materials in winter Fig. 4 Shading performance of vertical louver shading materials in summer Fig. 5 Shading performance of vertical louver shading materials in winter IV.
Yuan, “Study on Residential Buildings with Energy Saving by 65% in Ningbo,” Journal of Ningbo University (Natural science & engineering edition).vol. 23, pp. 84-87, 2010
[5] HU Xing-yun, XU Jin and ZHANG Jin-quan, “Study on the Modern Rural Residence Planning with Regional Features of Fanshidu Village,” Journal of Ningbo University (Natural science & engineering edition), vol. 24, pp. 110-114, 2011
[8] GAO Hua-sheng, YANG Xiao-xian and CHEN Yu –hui et al., “Water Pollution Control in Rural Villages: Case Study,” Journal of Ningbo University (Natural science & engineering edition), vol.23, pp.74-78, 2010

Preparation of new environmental materials from Poplar wood as raw material Jia Zhen1,2,a, Liu Yi-xing1,b, Li Guo-liang1,c 1 School of Material science and Engineering, Northeast Forestry University, Harbin, P.R.China,150040 2 School of Polytechnic, Harbin University, Harbin, P.R.China, 150086 a zhenzhen7826@163.com, byxl200488@sina.com, cjiali1326@163.com Keywords: New Environmental Materials; Fast-growing Poplar; Nano Calcium Carbonate; Composites Abstract.
By reasonable composition of nano-materials and Poplar, modified wood may become a material having performances of the timber materials, functional materials, eco-friendly materials, which improves performances of low-grade wood and expands its uses, to be efficient and reasonable utilization.
Journal of Northeast Forestry University, Vol.31,(2003),p.1-3 [4]Fu Runlin, Zhao Guangjie, Quan Shou-jing: Micro-structure and Physical properties of Silicon dioxide / wood composite materials, Journal of Composite Materials, vol.23, (2006),p.52-59 [5]Cui Huiwang, Du Guanben: the Application of Nano-materials in the wood industry in, Chinese wood-based panel, vol.15, (2008),p.5-8 [6]Wang Huanying: Preparation of different crystal nano-calcium carbonate and the Research Surface Modification.
Journal of Beijing forestry university,vol.28,(2006) ,p.119-124 [8]Fu Runlin, Zhao Guangjie: Sol-gel method in the wood/nano-composite materials application.
Journal of Beijing Polytechnic university,vol.29,(2003) ,p.116-121

Effect of Aggregate Size and Gradation on the Ceramsite Sound-absorbing Materials LUO Xiangyu 1,2,a LI Wenfang1,b JIN Xueli3,c 1College of Materials Science and Engineering, South China University of Technology, Guangzhou 510640, China; 2Guangzhou Building Materials Institute Co., Ltd.
Journal of Jiamusi University (Natural Science Edition), 2008, 5(26): 680-682 [5] GUO Wenjie, WAN Jinquan, MA Yiwen, WANG Yan.
Journal of South China University of Technology (Natural Science Edition), 2009, 12(37): 70-74 [6] YE Jiandong,, LUO Fangcong.
Journal of South China University of Technology (Natural Science Edition), 2010, 4(38): 71-75 [7] Iwase, T.
ACI Materials Journal, 2004,101(1): 82-91 [15] Neithalath, N.

Journal of Agro-environmental Science. 2004, 23(1): 151-153
Journal of Hazardous Materials. 29, July, 2002 B96(2003): 291-303
Journal of Agro-Environment Science. 2006, 25(1): 175-178
Journal of Anhui Agricultural Sciences. 2007, 35(26): 8098-8099
Journal of Agro-environmental Science. 2004, 23(6): 1196-1199

Yeung: Journal of Materials Science Vol.34 (1999), p. 2029
Kokabi: Materials Science and Engineering A Vol.335 (2002), p. 186
Taheri: Materials Science and Technology Vol.20 (2004), p. 1064
Yeung: Journal of Materials Science Vol.34 (1999), p. 277
Manesh: Materials Science and Technology Vol.22 (2006), p. 634