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Experimental materials and methods The investigated material was the rod with 90 mm in diameter supplied by Baoji Non-ferrous Metals Works.
It superimposes a power dissipation map and instability map, which are developed on the basis of the Dynamic Materials Model.
International Materials Reviews[J],1998,43 (6):243 [2] Yaoning Wang, Hongzhou Ma, Zhijun Guo.
Materials Science and Technology[J], 2002, 50:4847
[6] Jun Zhou,Zhongkui Li,Jjianjun Zhang.Chinese Journal of Rare Metals[J], In Chinese.2007,31:49 [7] Miaoquan Li,Xiong Aiming, Huang Weichao.Materials Characterization[J], In Chinese.2003,49:203

Characterization of microbially induced deterioration (MID) in civil engineering revolves primarily around concrete but other cement-based materials (plasters, spreads etc.) can be affected.
While MID in construction materials is discussed less than MIC, its consequences are also fundamental (it is also relevant for wood-based construction materials) [3].
Construction and Building Materials, Volume 149, Pages 575-586, ISSN: 0950-0618, 2017
M., Durability of concrete and cement composites, Wodhead publishing in materials, CRC Press, ISBN: 978-1-85573-940-6, 2007
Treatise on Water Science, Volume 4, Pages 529-570, 2011

TD13-5096), and also acknowledge Professor Yali Li from Tianjin University for providing CNT film materials.
Chen: Computational Materials Science Vol. 119 (2016), p. 46
Qin: Mechanics of Materials Vol. 96 (2016), p. 151
Xie: Advanced Materials Vol. 21 (2009), p. 603
Li: Advanced Materials Vol. 22 (2010), p. 692.

Experimental Materials and specimen preparation.A Chinese standard 42.5 ordinary Portland cement, ClassⅠfly ash (FA), zeolite powder (ZP), and silica fume (SF) were used as cementitious materials.
As the results showed, because of the ceramsite internal curing effect, the degree of cement hydration increased, volcanic ash effect of cementitious materials reacted more fully.
[10] Cuiling Li, Xinying Lu, Haixia Zhang, Rapid test method for determining chloride diffusivities in cementitious materials, Industrial Construction. 28 (1998) 41-43
Science press, Beijing, 2002, pp. 72
[13] Hongmei Hu, Baoguo Ma, Experiment study on mineral functional materials in improving chloride ion penetration of concrete, Concrete. 172 (2004) 15-20.

Experiment Materials.
The CPAM materials constantly flow to the two sides of tires and formats to uplift deformation, shown as in Fig. 6.
Romine, Materials and procedures for repair of potholes in asphalt-surfaced pavements.
Field and laboratory evaluation of winter season pavement pothole patching materials, International Journal of Pavement Engineering. (4) (2014)279-289
[7] Maher, A., Gucunski, N., Yanko, W., et al., Evaluation of pothole patching materials.

To teaches by correspondence the sports education special course module the construction to study the: sports adult education journal, 2005,(02)
Sports colleges and universities adult education sustainable development ponder: sports adult education journal, 2005,(04)
Adult sports correspondence course quality of teaching monitoring system's research: sports adult education journal, 2005, (04) [5] Xie Si.
Sports colleges and universities adult correspondence student independent learning capability raise: sports adult education journal, 2005, (05)
Restricts the correlation factor which the adult education quality enhances to analyze the: sports adult education journal, 2006, (05).

Introduction Open cell ceramic foams are becoming increasingly attractive materials in various industrial branches and/or as bone replacement materials.
The main drawback of these materials is their intrinsic brittleness, which also limits their wider utilization, e.g. in the load-bearing applications.
Young’s modulus of the ceramic material was considered to be Ebulk=380 GPa and Poisson´s ratio nbulk=0.22 (corresponding to the bulk Al2O3 material).
Acknowledgements Financial support of the Czech Science Foundation under the project no. 17-08447Y is gratefully acknowledged.
Leguillon: European Journal of Mechanics - A/Solids Vol. 21 (2002), p. 61-72 [10] P.

The parameter analysis and parameter calculation of total force sensor Manufacturing material is 45# carbon steel, the temperature of heat treatment is 850℃ normalizing, 840℃ quenching , 600℃ tempering, E=200GPa,μ=0.27,=355MPa; Safety factor takes the value of 1.3;273MPa[8] , the maximum combined stress under the action of F and forced on the dangerous section is : ++
References [1] Guo Chuan-sheng, Zhang Ning-chuan, Liu Zan-qing, Huang :Experimental study of wave forces on caisson-pile-deck composite structure[J] Journal of Waterway and Harbor ,2011,(32)
[2] Tian Yu-peng, Li Kai-yu,Yao En-tao: The sensor principle[M] Science Press, 2007
[5] Liu Ling-xia: Principles of concentrating stress sensor design[J]China Science and Technology Information,2006,(17) [6] Xu Yong-zhi, Teng Jun: Error differential compensation technology of sensor system[J], Science and Technology of Overseas Building Materials,2004(5) :73-76
[8] Liu Hong-wen: Mechanics of materials[M] HIGH EDUCATION PRESS,1979 [9] Ji Nai-gang , Jiang Jian (Department of Automation): On output sensitivity of a strain-gauge sensor[J]

Biodegradation Characteristics of Heavy Oil by Fungi Isolated from Petroleum Wastewater Xin Wang1,a, Dan Su2,b, Haibo Li1,c 1 Key Laboratory of Regional Environment and Eco-Remediation, Ministry of Education, Shenyang University, Shenyang 110044, China 2 Liaoning Academy of Environmental Sciences, Shenyang 110031, China a wx1979@126.com, b sudan1980@126.com, c iamlhb@126.com Keywords: Biodegradation, Petroleum Hydrocarbon, Fungi, Heavy Oil Abstract.
Materials and Methods Screening of fungal strains with high degradation ability.
∆Malkanes＝Moriginal alkanes + Tacroamtics+ Tcolloid and asphaltene－Ralkanes (1) ∆Macroamtics＝Moriginal acroamtics + Tcolloid and asphaltene－Racroamtics (2) ∆Mcolloid and asphaltene＝Morigina lcolloid and asphaltene－Rcolloid and asphaltene (3) where M is the original materials, T represents one component transformed into other materials, R is the abbreviated form of removal.
Acknowledgements This work has been financially supported by the National Natural Science Foundation of China (grant no. 51008198) and the National Key Technology R&D Program (grant no. 2011BAJ06B02).
Florence: Journal of Natural & Physical Sciences.

The Influence of Thickness on the Properties of Sb2Te3 Thin Films and Its Application in CdS/CdTe Thin Film Solar Cells Songbai Hu, Rongzhe Tang, Caijuan Tian, Wei Li, Lianghuan Feng, Jingquan Zhang, Lili Wu College of Materials Science and Engineering, Sichuan University, China Email: waylee2000@sohu.com (Wei Li, corresponding author) Key words: Sb2Te3 thin film, vacuum co-evaporation, XRD, XPS, CdTe solar cell.
Sb2Te3 thin films of different thickness were applied to CdS/CdTe thin film solar cells as back contact material.
Acknowledgements Financial support from National Natural Science Foundation of China (Grant No. 61076058) and the Science and Technology Program of Sichuan Province, China (Grant No. 2008GZ0027) is gratefully acknowledged.
Vedeshwar, Materials Research Bulletin 38 (2003) 1929-1938
[5] Bin Lv, Songbai Hu, Wei Li, et al., International Journal of Photoenergy (2010)