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Materials and methods A.lture conditions, screening of nitrite reduction bacteria and strain identification 1) Media and culture conditions The medium for the screening of nitrite degradation bacteria contained (g/l): glucose 15.0, NaNO2 1.0, Na2HPO4 1.35, KH2PO4 0.70, MgSO4• 7H2O 0.10, Agar 20.0, CaCl2•2H2O 0.02, nicotine 1.0.
Assimilatory nitrite reduction serves in the production of ammonia which is incorporated into cell material thus allowing growth with nitrate or nitrite as a nitrogen source [20, 21].
Product of nitrite degradation Supported by National Natural Science Fund (No. 20876164) References [1] A.
Gibson, “Multiple sequence alignment with Clustal X,” Trends in Biochemical Sciences, vol. 23, 1998, pp. 403-405
Mostert and A. von Holy, “Physiology of dairy-associated Bacillus sp. over a wide pH range,” International Journal of Food Microbiology, vol. 54, 2000, pp. 49–62

Study on Scene Rendering Using Ray Tracing Zhi Li 1,2,3, a 1Computer and Information Engineering College of Henan University, Kaifeng 475003, Henan, China 2State Key Laboratory of Remote Sensing Science, Institute of Remote Sensing Applications, Chinese Academy of Sciences, Beijing 100101, China 3The Center for National Spaceborne Demonstration, Beijing 100101, China aE-mail: lizhi-kf-2005@163.com Keywords: Ray tracing, Scene rendering, GPU Abstract.
: color Require: ray, point of intersection, scene, object index, depth Ensure: color 1: lowest 2: index -1 3: if depth > Max_Depth then {recursion control} 4: return default background color 5: else 6: for each scene object i do 7: distance intersect(scene[i],ray) 8: if dist < lowest then 9: lowest distance 10: index i 11: end if 12: end for 13: if index > -1 and lowest > 0 then 14: compute point of intersection p 15: shade(ray, p, scene, index, depth) {shade function call} 16: end if 17: end if 1: shadow false 2: for each light source l do 3: compute shadow ray sr[l] 4: for each scene object i do 5: if intersect(object[i], sr[l]) then 6: shadow true 7: end if 8: end for 9: if shadow = false then 10: color phong’s shading model 11: end if 12: end for 13: if object[index] material
is specular then 14: compute refection ray rs 15: color color + trace(scene, rs, depth +1) 16: else if object[index] material is transparent then 17: compute refraction ray rt 18: color color + trace(scene, rt, depth +1) 19: end if 20: return color Thus, not only the light source but also reflection light and projection light effects between the various objects in the scene are taken into account.
It requires sampling a large number of high-dimensional data, e.g. light sources, a collection of surface, material, and light integral path in the scene.
[5] Zhanfang Chen: Research on the Accelerated Ray Tracing for Volume-rendering based on GPU (Journal of Changchun University of Science and Technology) Vol.33 (1), pp.144-146. (2010)

Pilot-scale Study on Electrosorption Technology for Reclaimed Treatment of Power plant industrial wastewater Xie Fenglong1,a, Shen Jianjun1,b, Liu Jiang1,c 1China Inner Mongolia Power Science Research Institute, Inner Mongolia Huhhot 010020 afenglong413@163.com bsjjxx7724@163.com cmliuj@126.com Keywords: Power plant industrial wastewater; Electrosorption; Regeneration Abstract: Based on the pilot test, the feasibility of Electrosorption Technology of industrial sewage treatment plant was studied.
Fig. 5 The removal effect of alkalinity and total hardness 3.4 The removal effect of chloride Because of chloride ion in circulating cooling water system of stainless steel and other metal materials is easy to cause corrosion perforation [11], therefore the chloride ion is one of the main indexes of test, the removal of chloride as shown in figure 6.
Beijing: Science Press, 2002 [2] Zhu Guangdong, Guo Hongfei, Sun Xiaowei.
Resources and Environmental Sciences, 2010, 12:60-63 [3] Sun Xiaowei.
Journal of chemical industry and engineering, 1999, 50 (1): 114-117 [8] Yin Zhijun, Chen Fuming.

Citation & Copyright (to be inserted by the publisher) Application of Localized Flexibility Method to Damage Detection of CFRP Space Frame Yoshio Aoki1, Goichi Ben 2 and Taisei Yamada 3 1 Department of Precision Machinery Engineering, College of Sciences and Technology, Nihon University, 7-24-1 Narashinodai, Funabashi, Chiba, Japan 2 Department of Mechanical Engineering, College of Industrial Technology, Nihon University, 1-2-1 Izumi-cho, Narashino, Chiba, Japan 3 Graduate school of College of Sciences and Technology, Nihon University, 7-24-1 Narashinodai, Funabashi, Chiba, Japan Keywords: Damage detection, Localized flexibility, Inverse problem, FEM, Space frame, CFRP Abstract.
Introduction CFRP laminated composites have very favorable strength and stiffness-to-weight ratios among engineering materials, which make their aerospace applications highly desirable and weight savings translate directly into higher performance.
[3] Yoshio Aoki and Goichi Ben, "Strain Sensor Output-based Health Monitoring of CFRP Structures by Using Localized Flexibility Method", Material Science Research International, Special Technical Publication-Vol.2, (2001), pp166-170
[4] Park, K.C. and Felippa, C.A., "A Variational Framework for Solution Method Developments in Structural Mechanics", Journal of Applied Mechanics, Vol.65/1, (1998), pp242-249

Material and methods Reagents and chemicals.
In spite of the high selectivity and specificity showed by the HPLC-FLD systems, only it has been possible to achieve these very low limits through the use of highly selective extraction materials (SPE), which significantly reduce the matrix effects, thus facilitating the detection and quantification of the analytes.
Acknowledgments Financial supports by the Earmarked Fund for Modern Agro-industry Technology Research System (CARS-49), the Five-twelfth National Science and Technology Support Program (2012BAD28B00) and Fundamental project of Central Public Welfare Researches of Chinese Agriculture Ministry (2010TS17) are gratefully acknowledged.
Wu: Food Science Vol. 33 (2012), p. 150 [10] J.
Ma: Journal of Dalian Fisheries University Vol. 24 (2009), p. 568

Experimental Investigation of the Water-Based Fog Screen System in Photoelectric Interference Yuejun He1, a, Baolin Ren2, b, Hegang Xu2, c, Wang Hua3, Chunheng Li2 1Shenzhen Polytechnic, Xili Lake, Nanshan District, Shenzhen, Guangdong, China 2Xi'anDongfeng Instrument Factory, 9# Dongyi Road, Xian, China 3Research Institute for Meteorology, Beijing, China a386160724@qq.com, bblren@hotmail.com, cxuhgang@126.com, Keywords: photoelectric shielding, high pressure water jet, water fog Abstract: The water-based fog screen system for photoelectric interference, with low cost, energy-saving and environmental features, is a new type of interference material.
These features make water mist a noteworthy interference material.
The principle of the water-based fog as an photoelectric interference material The physical properties of the water mist screen include the droplet spectrum, average particle size, number density, moisture content, etc.
International Journal of Infrared Millimeter Waves. 2000, 21 (10): 16071615
Optic Technology Application, 2005.5 [5] Nanjing University of Science.

Currently, novel method to synthesize diamond film on material substrate called as in-liquid microwave plasma CVD (IL-MPCVD) has been achieved.
Recently novel method to synthesize diamond film on material substrate called as in-liquid microwave plasma CVD (IL-MPCVD) has been achieved [1-7].
Bachmann C-H-O diagram Carbon (C) in the raw material in gas or liquid, hydrogen (H), elemental ratio of oxygen (O) are very important to form diamond phase.
[12] B.Andrezj, B.Teresa, Diamond homoepitiaxy by chemical vapor deposition, Diamond and Related Materials, 2(1993)147-157
Rottmair, J.Hirmke, S.Risiwal, R.F.Singer, CVD-diamond single crystal growth., Journal of Crystal growth 271 (2004) 425-434.

The objective requirements,such as form,function and safety of the architecture keeping on imposing greater challenge on the existing structure technology.Meanwhile,with the development of economy,contemporary architectural appears the trend of diversity,as well as the structure manifestation plays an increasingly important role in the fields of architectural expression.Take tensile membrane structure as an exemple,using flexible materials as its outer epidermis which is possessed of natural terrain that like human skin.At last,we compare the obtained architectural form with traditional structure,besides the demand of meeting the new function requirement,saving material and other merits, the former also breaks the traditional mode in style and adds a sense of beauty in which implied a mystery like mathematic curve.Millennium Dome designed by Richard Rogers is such a good work.
The Combination of Technology and Art.Pier Luigi Nervi,a famous engineer and architect, pointed out in his book“Technology and Art of Architecture”that architecture must be a complex of technology and art,instead of just putting technology and art together.Indeed,the compatibility between techniques and art is the design principle of many architects who put a new idea on solving the building problems.In course of construction,we have to put many kinds of factors,such as art modelling,material property,design method for composite members as well as functions and cost into a comprehensive consideration.In the designing process,they respect objective mechanics principles and composition principles.Furthermore,what they seek for is not simple superficial high technology of the school of High-Tech,but of reasonabability in structural styles and minimum cost in materials.So it is the unity of structure and form,which like skin can not be inseparable from bone.A case study of a japanese architect-Kenzo
Tange,who has been searching for combination point of structural form,material characteristic,structure technology and plastic arts,in order to endow architectural modeling with the beauty of poetry and rhythm,whose architectural works is the integration of art, science and technology.However,although technology was the foothold of his design methodology,its main feature lied in imaginative poetic effects.Kenzo Tange makes the logic of technology and formal beauty in architecture well integrated by scientific analyse,mathematical demonstration,bionic algorithm in structure and other methods.So,shaping morphology and solving the engineering problems can be carried out at the sanme time.
Technique according with Mechanics Laws and Material Propertys.Force is one of the three key elements of structural morphology.The basic standard evaluating the architecture form to be reasonable or not,is that whether the structure of the building can reflect the actual force characteristics.To some extent,we take structure conception as the springboard to design the architectural form is a necessary means to realize the identical association between architectural scheme and structure system.Take tent structure for example,architectural scheme is also the structure system.So,modeling itself is structure.Ice hockey gym of Yale University is an architecture which is also the structure system of tent structure build by the utilization of modern building materials and technologies.Its concept design of form have vigorous imagination which like a big whale opening its mouth or a decumbent turtles.
Hillside, NJ: Lawrence Erbium Associates,(1991) [3] Philip Elmer-Dewitt.Take a Trip into the Future on the Electronic Superhighway.Time,(1993) [4] Hotel Hyatt Regency,Roissy,Techniques Techniques and Architecture,(2004) [5] Keqi Wang: Journal of Jilin Iistitute of Architecture & Civil Engineering (2003), In Chinese [6] Robert le ricolais,Des colonnes suspendues en l’air,Werk,Bauen+Wohnen,(2005) [7] Information on http://www.abbs.com.cn/

The resulting magnetic materials were annealed at 1000oC for 5 hours.
However, MR fluids with CoFe2O4 additions had small remanence which can be considered as superparamagnetic material and can be implemented in MR materials.
But, the remanence of MR fluids CI+CoFe2O4 was small that can be considered as superparamagnetic materials and can be implemented as MR materials.
Golinelli, “Smart materials : Properties , design and mechatronic applications,” vol. 0, no. 0, pp. 1–29, 2016
Aziz, and Ubaidillah, “An overview of nanoparticles utilization in magnetorheological materials,” AIP Conf.

DEAP has several characteristics that make it potentially well suited for energy harvesting: high energy density allowing for minimal DEAP material quantities; low material cost; high energy conversion efficiency independent of strain rate; non-toxic and non-corrosion-susceptible materials [3].
Smart Structures and Materials:Electroactive Polymer Actuators and Devices(EAPAD) ,ed.Y.Bar-Cohen,Proc.SPIE 3669, pp:2-10,1999
Proceedings of ISSS 2005 International Conference on Smart Materials Structures and Systems, Bangalore, India,2005,SA13
Smart Structures and Materials 2001: Electroactive Polymer Actuators and Devices(EAPAD), pp. 157-163, 2001
Smart Structures and Materials 2002: Electroactive Polymer Actuator and Devices (EAPAD),ed.Y.Bar-Cohen,Proc.SPIE 4695,pp:323-334,2002