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A Study on Adsorption Ammonia Nitrogen of Diatomite Modified By Microwave Zhiwen Luo1, a, Zhong Chen1,Suhong Liu1 1.Material and Chemical Engineering college, Sichuan University of Sciences & Engineering ,Zigong, PR China aE-mail: luoyanlizw@sina.com Keywords: modified; diatomite; ammonia nitrogen; microwave Abstract: Diatomite was modified by microwave treatment to increase their utilization value, using modified diatomite to treat ammonia-nitrogen wastewater.
Experimental Experiment Material Chemical pure diatomite produced Shenzhen Jitong diatomite Co… Experiment Method Preparation Modified Diatomite Weighing and put proper diatomite in Erlenmeyer flask within 100mL distilled water, put the flask in microwave device after shaken up and modified by heating suitable time.
Acknowledgements This research was supported by the Zigong City key Science and technology projects (2010).
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However, radically improving their properties is impossible using traditional procedures of materials science by alloying with various components, including the improvement of thermal and thermomechanical treatment modes [2-4].
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The result shows that ceramic composite layers, which are composed by glass reinforced plastic materials and ceramic materials, obviously consume quality and kinetic energy of penetrating shot body.
There are a lot of ceramic powders on the surface of glass fiber reinforced plastic materials layer and burning phenomenon.
The following conclusions are made: (1) In the anti-penetration process of ceramic multilayer composite medium structure, we found that ceramic composite layer, which is composed by glass reinforced plastic materials and ceramic materials, obviously consumes quality and kinetic energy of penetrating shot body.
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The Structure and Electrochemical Properties of BDD Deposited on Ti Substrate by MWCVD Feng Liu 1,a, Wenjun Wang 2,b, Juntao Wang 1,c, Liwei Xiong 2,d, Yonglei Xin 1,e, Xiangbo Li 1, f 1 Science and Technology on Marine Corrosion and Protection Laboratory, Luoyang Ship Material Research Institute，Qingdao 266101, P.R.China 2 Provincial Key Laboratory of Plasma Chemistry & Advanced Materials, Wuhan Institute of Technology, Wuhan, 430073, P.R.China aliuf@sunrui.net, balicejoe@163.com, cwangjt@sunrui.net, dzhily2000@126.com ,exinyl@sunrui.net,flixb@sunrui.net Keywords: MWCVD; BDD Electrode; Electrochemical Oxidation Abstract.
Ti is an attractive substrate material for the BDD film electrodes due to the compromise between material cost, corrosion and mechanical stability[7].
The electrochemical oxidation of 2,4-dichlorophenol at BDD electrode is to evaluate the potential application of this electrode material for the electrochemical treatment of phenol – containing wastewater.
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The models' parameters, material and illumination can be modified according to the designers' intention.
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However, in high speed machining the temperature in both work material and cutting tool increases substantially due to a severe cutting condition [1].
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We have specified the material properties, the contour conditions of the piece.
For this purpose, a numerical control processing center is used, which has made the processing of the raw material.
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Directly linking the nano-TiO2 to one of the polyurethane starting materials (monomers) will provide better dispersion of the nanomaterials, enhanced properties and better safety as the nanoparticles are not “loose” and are chemically attached to the polymer chains.
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