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Introduction In steel manufacturing, steel rolling process is very complex, involving comprehensive techniques in materials, machinery, hydromantic, electric control and computer control technology.
[2] Jun Liuzheng, Liu Jianjun, Hao Peihua: submitted to Journal of Electric Drive Automation (2006).
[5] Song Qiang, Liu Wenhua: submitted to Journal of Tsinghua University (Natural Science), (2008).
[6] Yang Honggeng, Jin Hui, Hou Peng: submitted to Journal of Proceedings of the CSU2EPSA (2010)
[8] Li Min, Zhang Cong, Yuan Xin: submitted to Journal of Electric Power Science and Engineering(2011).

Types and Hazard Effects of Loess Mass Structure Quan-zhong LU1, 2, 3,a, Jian-bing PENG1,2,b, Yuan WANG1, 2,c, Bin ZHOU1, 2,d 11Key Laboratory of Western China’ s M ineral Resources and Geological Engineering, Ministry of Education, Chang’an University, Xi’ an, 710054, China 2Open Research Laboratory of Geotechnical Engineering，Ministry of Land and Resources, Chang’an University, Xi’ an, 710054, China 3State Key Laboratory of Geomechanics and Geotechnical Engineering, Institute of Rock and Soil Mechanics, Chinese Academy of Sciences, Wuhan 430071, China alqz_19711@163.com, bdicexy_1@chd.end.cn, c510216928@qq.com, d444062082@qq.com Keywords: Loess Mass Structure, Fissured Loess Mass, Classification, Hazard effects.
Introduction Loess mass is the geologic body in geological environment which is constituted by loess materials and has certain structure.
Table 2 Types and characteristics of loess mass structure Structure type Geological background Main characteristics Type Subtype Homogeneous structure Having lasting transporting agent and with stable material sources and sedimentary environment.
Acknowledgements This paper is founded by the Chinese National Natural Science Key Fund (No. 41130753) and (No. 40902080), Land Resource Survey Project (No. 1212011220187), Science and Technology Innovation Project of Shaanxi Province (No.2011KTZB03-02-02) and Fundamental Research Project of Chang’an University (No.
References [1] Quanzhong LU, Jianbin PENG, Zhixin CHEN,etc: Journal of Soil and Water Conservation Vol.19(2005), P.191 (In Chinese) [2] Guangzhong SUN, Yi SUN: Principle of Geological Engineering(Geology Press, PRC 2004) (In Chinese) [3] Xiangong ZHANG, Sijin WANG, Zuoyuan ZHANG: Engineering Geology of China(Science Press, PRC 2000) (In Chinese) [4] Jianping JIANG, Yangsong ZHANG, Guoyu LUO: Rock and Soil Mechanics Vol.23(2002), P. 482(In Chinese) [5] Quanzhong LU, Jianbin PENG: Journal of Xi’an University of Science and Technology Vol.26(2006), P. 446(In Chinese) [6] Dongsheng LIU: Loess and Environment(Science Press, PRC 1985) (In Chinese) [7] Changshi PAN: China Civil Engineering Journal Vol.13(1980), P. 38(In Chinese)

Beijing: Science Press, 2004. ( in Chinese) [2] Yuanhai Li.
Xian: Xian University of Science and Technology, 2007 . ( in Chinese) [3] Fangting Dong.
Part I: Analysis of the Available Classifications [J].Journal of Mining Science,2005,41(6):231~237
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China 2Institute of Crop Sciences, Chinese Academy of Agricultural Sciences-100081, Beijing, P.
Materials and methods Source of buckwheat.
Nature and Science, 3(2), 43-45
Plant Production Science, 10, 99-104
Journal of Agriculture and Food Chemistry, 50, 6182–6187

Materials and methods EWWTP collection EWWTP was collected from the discharge outlet of a municipal wastewater treatment with conventional activated sludge and tertiary sand filtration treatment processes.
Environmental Science and Technology 46, 2375–2382
Brazilian Journal of Microbiology 39, 457-463
Environmental Engineering Science 22(5), 629-641
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Nanoparticles can show betterproperties than conventional materials with powdered physical state, including density and viscosity.
Naz, Ultrasonic Studies on Magnetite (Fe3O4)Nanoparticles, Journal of Nanofluids3(2014), 1-7
Wang, Highly dispersed CuO nanoparticles prepared by a novel quick-precipitation method, Material Letters58(2004),3324-3327
Thermal Sciences, 48(2009),1294-1301
Kingson, Ultrasonic Studies on Zinc Oxide Nanofluids, Journal of Nanofluids1 (2012) , 97

Acknowledgment This project is supported by National Science Foundation of China (No. 50705088) and Key grant of Science and Technology Program, Zhejiang Province(No. 2007C21061).
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Green Supply Chain Network Equilibrium Model With Genetic Algorithm Jinglong Jiang1, a, Yan Zhou2,b, Jingjing Wang3,c, Ruijing Han4,d 1Department of Management Science and Engineering, Qingdao university, Qingdao, 266071,China 2Department of Management Science and Engineering, Qingdao university, Qingdao, 266071,China 3Department of Management Science and Engineering, Qingdao university, Qingdao, 266071,China 4Department of Management Science and Engineering, Qingdao university, Qingdao, 266071,China asilenceyao@126.com, byanyanz22@hotmail.com, cwangjingjing08wuliu@126.com, dhappyhrj@hotmail.com Keywords: Supply Chain Networks, Oligopolistic Competition, Nash-Cournot Equilibrium, Genetic Algorithm Abstract.
Furthermore, Yang Wang and Li (2009) [7] developed a model of a general closed-loop supply chain network, which includes raw material suppliers, manufacturers, retailers, consumers and recovery centers.
Srivastava, International Journal of Management Reviews, Volume 9 Issue 1 (2007), p. 53-80
Nagurney, European Journal of Operational Research, 156 (2004), p. 194-212
Beullens, European Journal of Operational Research, 183 (2007), p. 895-908

The homogeneous sheet material to bounded cone section shape member called cone section member or cone member.
ShuYing Wang , Journal of jinling institute of technology, Vol.25(3)(2009),p.34-39 [4] M.
Beijing: Science press, 2006
Wuhan: central China university of science and technology press, 2000
Planetary science.

Among these materials of activated carbon, coconut shell become the most used adsorbent because of its abundance and high surface area.
The carbonization process burned the organic materials and left behind the ash with dark color dominantly.
Animal Feed Science and Technology, 155 (1) 2010
In IOP Conference Series: Materials Science and Engineering, vol. 299, no. 1, p. 012085.
Chemical Engineering Journal Storage 1, no. 2 (2021): 1-10