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The Research of Permanent Magnetic Field Treatment on the Iron & Steel Industry Circulating Water Impacts of Stability Index Li Dongkui1, 2, a, Jiang Lili1, b, Zuo Haibin 1, c and Tan Zanlin3, d 1School of Metallurgical and Ecological Engineering, USTB, 100083, P.R.C. 2School of Information Science and Technology, BTTC, 014030, Inner Mongolia P.R.C. 3Yitian Magnetic Material Co Ltd, Shenzhen 518066, Guangdong, P.R.C.
Super-permanent magnetic tunable device produced by Shenzhen Yitian Magnetic Materials Co.
[3] Zuo Haibin, Cheng Susen, Yang Tianjun, The investigation on the key technology of long campaign life blast furnace, in: USTB(Eds.)
[23] Liu Weiguo, Experiment and Mechanism of Magnetic Treatment for Water Scale Prevention, Water & Wastewater Engineering.34 (2008)62-65

Development and Implementation of an Artificial Neural Network for the simulation of Flood Phenomena in a Natural Area Evangelos Keramaris1,a*, Ioannis Petikas2,b 1International Hellenic University, Department of Environmental Engineering, Thessaloniki, Greece 2University of Thessaly, Department of Civil Engineering, Volos, Greece aekeramaris@ihu.gr, bioannis.petikas@gmail.com Keywords: Artificial Neural Network, Rainfall, Drainage Basin, Flood Runoff Abstract.
According to Nevo, a software engineer at Google who heads the Google Flood Forecasting Initiative, artificial intelligence can effectively help them send out flood warnings way before traditional methods [31].
Materials and Methodology Rivers and their corresponding flow characteristics rely on three factors: Precipitation, topography and land cover.
To maximize the map in the (Fit) window, press the 'a' key or the 'Fit View' button located on the left Panel.
In Stochastic and statistical methods in hydrology and environmental engineering (1994) 205-216

Groundwater Isotopic and Hydrochemical Characteristics and its Significance in Sanjiao Area, Hedong Coalfield Xiaojing Guo1,3,a, Po Yang1,3,b, Lin Guo1,3,c*, Na Li2,3,d, Hui Tang1,3,e, Binghua Wu2,3,f, Zitao Li2,3,g, Michelle Joseph Jackson1,3,h 1Henan Institute of Geological Surver, Zhengzhou, Henan, 450001, China 2Henan Institute of Geological Sciences, Zhengzhou, Henan, 450001, China 3Henan Urban Geological Engineering Research Center, Zhengzhou, Henan, 450001, China aguoxiaojinghb@126.com, byangpo1010@163.com, cguolin_cug@126.com, dqdna@163.com, e307372400@163.com, fbinghua0105@163.com, glizitao86@163.com, helukas@163.com Keywords: Sanjiao Area, isotopic characteristics, hydrochemical characteristics, hydraulic interaction, coal methane exploiting Abstract.
So, identifying the hydraulic connection between coalbed water and other groundwater is the key to successful exploitation of coalbed methane.
So along the river the shallow groundwater recharge the river. 2 Materials and Methods 24 groundwater samples were collected from different aquifers in June 2012 to determine the hydrogen and oxygen stable isotopes and carry out the water quality analysis.
When the organic materials and desulfurization microbial are coexist [20], the anaerobic degradation will be carry out: SO42-+2C+2H2O→H2S+2 HCO3-.
[5] Duan Yi, Wu Yingzhong, Zhao Yang, Cao Xixi, Carbon and Hydrogen Isotopic Compositional Features of Hydrocarbon Gases Generated by Different Coal-forming Materials, NATURAL GAS GEOSCIENCE.26(2015)2365-2371

Herrmanns applications such as systems engineering approach to soil fertility, surface water, groundwater quality, biotopes, landscape ecology as a constraint on the optimal design of rural land use structure is discussed [22-24], Ian Allan ect. as water-based protected area the goal, the establishment of a small watershed land use pattern optimization model [25].
Explore the key elements of the process of maintaining land and ecological security, provide a scientific basis for the land ecological security monitoring, early warning and decision making.
Inverse Problems in Science and Engineering, 2013,21(3):357-386
Environmental Engineering And Management Journal,2013,12 (4):821-828
Institute of Electrical and Electronics Engineers Inc., 2012

Effect of Metal Ion Content in Dyebath on the Color of Wool Dyes Baihua WANG1, 2, a, Yongsheng WANG1, b, Lichun HUANG1, c and Hongjuan LIU1, d 1School of Materials Science & Engineering, Beijing Institute of Fashion Technology 2Beijing Key Laboratory of Clothing Material R&D and Assessment, Beijing 100029, China ateacher_wang06@163.com, bwys0508@126.com, cmfjthlc@163.com, dmfjtlhj@163.com Keywords: Metal ion; Color difference; Dyeing Abstract.
Methods and Materials Gabardine made with pure new wool was adopted for piece dyeing due to the following reasons: (a) gabardine is a representative of wool fabrics for piece dyeing; (b) by using gabardine, dyeing defects can be easily perceived and unqualified products can be eliminated from the dyeing process immediately; (c) gabardine products can be easily tested using several measuring instruments; (d) piece dyeing does not cause felting shrinkage to gabardine due to high tightness; and (e) the piece dyeing machines are controlled by programmed temperature, which ensures reproducibility of the methods and the results.
Reckhow, Journal of Environmental Engineering. 132 (2006) 324
Orhon, Journal of Environmental Science & Health, Part A: Toxic/Hazardous Substances & Environmental Engineering. 39(2004) 1819
Reckhow, Journal of Environmental Engineering. 132 (2006) 315

Experimental results show that the alloying of Mg and other metals can reduce the stability of MgH2, thereby contributing to the desorption process of the materials [7-9].
Hirscher, Metal hydride materials for solid hydrogen storage: A review, Int.
Jain, Hydrogen storage in Mg: A most promising material, Int.
Dahle, Engineering the Mg-Mg2Ni eutectic transformation to produce improved hydrogen storage alloys, Int.
Rotella, Structural studies of the hydrogen storage material magnesium nickel hydride (Mg2NiH4) Monoclinic low-temperature structure, Inorg.

While the behavior of electrons in particular control most of the properties of materials, the nature and characteristics of every material can be investigated from first-principles, which means grounded on fundamental laws and without any free parameters, by solving the Schrödinger equation for the electrons in that material (based on the Born-Oppenheimer approximation: that the electrons move very fast in comparison to the nuclei that are always more stable, and are so lighter than the atomic nuclei that is feasible to consider fixed the positions of the nuclei while dealing with the electrons)[5].
Schulten, The key Event in Force-Induced Unfolding of Titin’s Immunoglubin Domains, Biophys.
Brezina, Optical Detection Of Protein Adsorption On Doped Ti Surface, Biomaterial Science and Engineering, 2011
Desai, Influence of engineered titania nanotubular surfaces on bone cells, Biomaterials 28 (2007) 3188-3197
Craig, Restorative Dental Materials, St Louis, C.V.

The importance of dendrite fragmentation in semi-solid processing is that it is key to obtaining fine final grain size, grain spheroidicity and rapid production rate.
I have returned a number of times since, each time to be greeted warmly by old and new friends, and to be continually impressed by the advances in Chinese science and engineering.
Poulsen, Determining material parameters using phase field simulations and experiments, Acta Mater. 129 (2017) 220-238

Study on the Influence of Process Parameters on the Distribution of Macro-particles on the Surface of Films Wenchang Lang 1, a, Rong Song 1, b, Bin Gao 1, c 1Wenzhou Key Laboratory of Material Processing and Die & Mould Tecnology, Wenzhou Vocational & Technical College, Wenzhou 325035, China awolflwc@163.com, b64072458@qq.com, cgaobin77@qq.com Keywords: substrate position, reaction gas partial pressure, pulsed bias voltage, macro-particles and arc ion plating.
During the process of arc ion plating, the target material melts in some certain region around the arc spot, which moves irregularly on the surface of target, due to high temperature and large energy density of the arc spot [3, 4], spouts in the form of droplets which depositing on the surface of the substrate and form macro-particles with different shapes and sizes.
Therefore, many engineers research the macro-particles distribution influenced by process parameters and formulate reasonable process, by not using the shielding design or the magnetic filter technology.

Measurement of Molten Steel Level Using a Single Camera in Top Side-Pouring Twin-Roll Casting You Zhou1,a, Dongpo Xuan1,b, Tianliang Jiang1,c, Wenhao Fan1,d, Li Peng2,e, Cheng Zhou1,f* 1School of Materials Science and Engineering, University of Science and Technology Beijing, No.30 Xueyuan Road, Beijing, China 2School of Humanities and Foreign Languages, Qingdao University of Technology, No.777 Jialingjiang Road, Qingdao, China ab20190180@xs.ustb.edu.cn, b772008595@qq.com, c670740295@qq.com, dd202210204@xs.ustb.edu.cn, ePliberal@126.com, fzhouc@ustb.edu.cn Keywords: strip casting, molten steel level, image processing, non-contact measurement.
Materials and Methods The chemical composition (in weight percent) of molten steel is 0.005% C, 3.0% Si, 0.07% Mn, 0.028% S and the remaining is Fe.
The key to calculating the molten steel level is to determine the upper surface area of the molten pool by calculating the partial area of the upper surface of the molten pool within the ROI.
Zhou, Automatic measurement of nanoimage based on machine vision and powder metallurgy materials, Adv.