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Beijing 100024, China 2 China Jingye Engineering Co.
As the integrant construction material for infrastructure construction and real estate industry, building waterproof materials is a key part of the construction quality guarantee.
There are many different kinds of waterproof materials on building materials market.
According to the problems and opportunities during the period of the sustainable development of China, cement-based waterproof materials as key content are discussed.
CCCW is suitable for construction projects of cement concrete impermeability and waterproof engineering, such as underground concrete structure, subway, tunnel, treatment tank.

University Education of Intellectual Property for Innovation Talents of Science and Technology in Functional Material Industry Jinsheng Lianga*, Junping Mengb, Yan Dingc, Lijuan Wangd and Guangchuan Liange Institute of Power Source and Ecomaterials Science,Hebei University of Technology, Tianjin 300130,China aLiang_jinsheng@sina.com, bmengjunping@hebut.edu.cn, cdingyan@hebut.edu.cn, dwljhh@yahoo.com.cn, eliangguangchuan@hebut.edu.cn Keywords: new material industry, functional material, science and technology innovation, talent training, intellectual property education, environment functional materials Abstract.
Combined the training practice on the innovation talents of science and technology in the industries of the new energy and environment functional materials, the education mode of the intellectual property for the compound innovation talents of science and technology in the functional material industry was studied. 1.
Combined the industry technology of the energy and environment materials and the great strategic demand for compound innovative talents, the popularization and the education mode of the intellectual property for the compound innovation talents of science and technology in the functional material industry were researched, according to the basic requirement for the inorganic nonmetal material engineering specialty. 2.
Innovating of the Teaching Mode for the Specialized Courses and Raising the Capability of Students for Science and Technology Innovation [3] Relying on the Institute of Power Source and Ecomaterials Science, and the National Key Subject, Hebei University of Technology built up the department of inorganic non-metallic materials.
Ding, et al.: Advanced Materials Research,(2010), v 96, p. 289

Remote sensor lens design based on the matching of materials Tang Tianjin1,a, Sun Dewei1,b 1Beijing Institute of Space Mechanic & Electricity, Beijing 100094 atianjin79526@aliyun.com, bsdw508@163.com Key words: materials, thermal characters, remote sensor, athermatilization, optical and mechanical compensation Abstract: Thermal characters matching optimization of the remote sensor lens materials determinates the thermal adaptive faculty of the sensor, therefore become the most important influencing factor which will decide whether the sensor can work.
Formulas are listed to illustrate the principle of the athermatilization which is realized through the reasonable matching of different materials.
Generally, lens are designed, assembled and tested at normal atmospheric temperature, but when the remote sensor works on orbit, the characters of the optical materials and bracing structure materials will change as the change of the working temperature, the best focus position will alternate and the performance of the sensor will fall down.
Analysis of the material’s thermal difference Change of the working temperature will cause the change of the characters of the materials, mainly including several respects as follows: Change of the index Based on the principle of the engineering optics, the index of the optical materials is relative index whose unit is the index of air, in other word, the relative index of the material is the ration of the absolute index to the air index.
Many groups of solutions about the optical materials and structure materials can be achieved through solving equations.

The eroding of chloride ions has clearly debased security of laterite engineering.
Introduction Laterite, also called red clay or carbonate rock weathering crust, which is used as the main material in earth dam reinforcement for a long time for its good engineering properties, is widely distributed in Hainan, Guangdong, Guangxi and southwest regions in China.
Above all, silicon dioxide, ferric and aluminum oxides which act as the main viscous substances in laterite have high strength, which is the key for laterite to be used as good material in dam construction.
The engineering properties and geotechnical engineering problems of red clay in Yunnan[J].
Higher engineering geology[M].

Investigation of the Motion of Materials in Cross Section of a Specific Rotary Cooler CHEN Zuobing1, a, XIE Qiang1, b, SHEN Yongpeng1, c and DONG Wenyue1, d 1 School of Mechanical and Electronic Engineering Wuhan University of Technology, Wuhan, Hubei, China azbchen01@126.com, bjonex@126.com, c895037516@qq.com, d1004330691@qq.com Keywords: Reduced-iron used rotary spray cooler, granular materials, motion law, DEM simulation Abstract.
In figure 1 below, (a)(b)(c) ,(d)(e)(f),(g)(h)(i) show the key positions of the materials in the cross section of the drum at the speed of 0.5rpm,1rpm,2 rpm respectively.
The angle of repose in the key position of particle materials increases with the boosting of the lifters’ number as shown in table 2.
Chemical Engineering Science, 2007, 62(13): 3378-3396
Chemical Engineering Science, 2008, 63(23): 5728-5770

Numerical Simulation and Application of Pre-Stress Tubular Pile for the Foundation Pit Engineering Xiangqiu Wang1,a, Wentian Liu2,b, Zhiguo Zhou3,c Yuhong Zhang1,d 1 Dept. of Civil Engineering, Foshan University, Foshan, 528000, China 2Faculty of Civil Engineering of Guangdong University of technology, Guangzhou,510006, China 3 Institute of Building Science in Guangzhou, Guangzhou,510440, China atongji_wxq@163.com,bgoodliuwentian@163.com, ccsu_zzhg@163.com, dzyh@fosu.edu.cn Key words: pre-stress tubular pile; retaining structure; model of FEM; engineering of foundation pit Abstract.
The design parameters for the pit are demonstrated by the means of FEM, and its feasibility is proved by the engineering practice.
Introduction The pre-stress tubular pile is used in the foundation pit engineering for a six-story building.
The tangential stiffness coefficient of contacting surface equals to, the normal stiffness coefficient is equals to, the physical and mechanical parameters of various materials of finite element model are shown in Table 1.
[3] WANG Xiangqiu, YANG Linde: Building Structure Vol.35(2004), p.37~39 [4] WANG Xiangqiu,YANG Linde: Chinese Journal of Geotechnical Engineering Vol.24(2002), p.729~732 [5] WAN Wen, CAO Ping: Journal of Rock Mechanics and Geotechnical Engineering Vol.24(2005), p.1766~1771

The key factors which limited its further application are the oxidation of carbon materials and high temperature fatigue performance. 3.
Chinese Journal of Nuclear Science and Engineering. 28 (2008), p. 129-133
Nuclear Power Engineering. 28(2007), p. 40-43
Kimura: Fusion materials and fusion engineering R&D in Japan, J.
Nuclear Engineering Design, 37 (2005), p. 423.

Study on the Environmental Impact Assessment Index of Traffic Engineering Based on the Low Carbon Economy Perspective Qi Guo1,a Dan Li1,b Qing Fang1,c 1School of Hydraulic & Environment Engineering, Three Gorges University, Yichang 443002, China aguoqi@ctgu.edu.cn, b664668882@qq.com, c648472306@ qq.com Key words:low carbon economy;traffic engineering;life cycle;environmental impact;index Abstract:The traffic engineering environment impact assessment generally considered the influence on environment of traffic engineering operation stage only, relatively ignored the influence on environment of traffic engineering construction stage and demolition stage.
This paper gives comprehensive analysis on the influence on environment of traffic engineering at the view of the whole life cycle of traffic engineering.
The various stages of carbon emissions are taken together, in the construction phase of traffic engineering, building materials production, processing, transportation and construction process will generate a certain amount of carbon emissions; In the operational phase, transport, transport facilities, ventilation and heating will also generate carbon emissions;, the equipment which are use to remove will produce the same carbon emissions. 2.3 Energy Consumption The energy consumption is investigated energy consumption of traffic engineering in the full life cycle.
The quantification of energy consumption of building materials production can be determined by the energy consumption of building materials production showing in Table 2 [6].
Tab. 2 Energy consumption table of producing building materials Material Name concrete（MJ/m3) rebar（MJ/t) cement（MJ/kg) coating（MJ/kg) Energy consumption 2508.68 27903.2 3.03 61.5 The energy consumption of building materials processing and construction equipment is first converted into standard coal, and then converted to energy consumption by the standard coal (7) In formula (7), n1 is per unit area of energy consumption on the construction phase, Ci is the energy consumption of building materials i,Ni is the amount of building materials i, Mi is converted standard coal coefficient of energy i, Li is the amount of consumption of energy i, Bi is the coefficient of standard coal converted to energy. 3.3.2 The amount of energy consumption on operational phase The energy is consumed mainly by transportation and transportation equipment, ventilation, heating, etc. on the operational phase.

Progress of Directional Solidification in Processing of Advanced Materials Hengzhi Fu 1, 2, a, and Lin Liu 1,b 1 State Key Laboratory of Solidification Processing, Northwestern Polytechnical University, Xi'an 710072, P.
R. of China 2 Department of Materials Science and Engineering, Harbin Institute of Technology, Harbin, 150001, P.
Until now, directional solidification technique becomes more and more important research area and active technology in the field of materials science and engineering.
The development of directional solidification plays the same important roles in the field of materials science and engineering.
Paul: Advanced Engineering Materials, Vol. 2, (2000), p. 699 [13] M.

Ecological Engineering. 53 (2013) 39-45
Ecological Engineering. 54 (2013) 57- 65
Ecological Engineering. 41 (2012) 65-69
Environmental Engineering. 32(10) (2014) 38-40,132
Chemical Engineering Journal. 308 (2017) 692-699