Search results

Materials and Methods Materials and MNR preparations.
Zhou, Chinese Journal of Polymer Science, Vol. 31 (2013), p. 1127-1138
Saiwari, Journal of Applied Polymer Science, Vol. 110 (2008), p. 4071-4078
Phinyocheep, Journal of Applied Polymer Science, Vol. 95 (2005), p. 28-38
Agnelli, Journal of Applied Polymer Science, Vol. 85 (2002), p. 2706-2717

EXPERIMENTAL DESIGN AND RESULT Equipments and Materials.
As work piece material, Al 6061 with 35 mm x 35 mm x 85 mm size was used.
Pa, Parametric Optimization of CNC End Milling using Entropy Measurement Technique Combined with Grey-Taguchi Method, International Journal of Engineering, Science and Technology, 2, 2, (2010) 1-12
Chung, The Optimal Cutting Parameter Design of Rough Cutting Process in Side Milling, Journal of Achievements in Material and Manufacturing Engineering, 29, (2008)183-186
Liao, Multi-Response Optimization using Weighted Principal Component,” International Journal of Advanced Manufacturing Technology, 27, (2006) 720-725

Study on Microwave - Assisted Extraction of the Yellow Pigment from Orange Peel Xiuhua Tang School of Material and Chemical Engineering, Sichuan University of Science& Engineering,Zigong,643000,Sichuan,China Sxb741021@126.com Keywords: Orange peel, Yellow pigment, Microwave extraction, Extraction percent.
The MAS-1 atmospheric microwave-assisted sythesis/extraction reaction apparatus(Shanghai XinYi Microwave Chemistry Science And Technology Company Limited).DK98-IIA thermostatic water bath(Tianjin Tester Instrument Company Limited),SHB-3 versatile circulating water vacuum(Dufu Equipment factory of Zhengzhou), DHG-9070B thermostatic and drying oven(Shanghai Lang Xuan Experimental Company Limited), the AR1140 type electronic balance(METLER TOLEDO-United States of Equipment Company Limited), TDL-40B low speed centrifigue(Beijing Xing Shi Li He Science And Technology Development Company Limited), etc.
References [1] Zongya Tao,Xiaoqiong Duan,Xiao Du, Extraction of yellow pigment from orange peeland research of properties, Journal of Sichuan normal university(natural science edition), 28(2005):727-732
[2] Youji Li,Zhijuan Song,Hongxian Tian, Process research on extraction of yellow pigment from orange peel, Journal of food and fermentation industry, 28(2002):32-34
[3] Jianming Shao,Yuhong zang, Progress in effective components of orange slag, Chengde Petroleum College journal , 2(2011):31-36

Introduction The application of polymer materials is widely expanded due to their advantages, e.g., law cost, lightweight, high strength and machinability, etc.
The amount of disposed oyster shells is approximately 200,000 ton per year in Japan [5], and the availabilities of waste oyster shells are researched such as water clarification [6,7] and composite materials [8-10].
Experimental Materials.
References [1] K.Okubo, T.Fujii and N.Yamashita, JSME International Journal Series A: 48(2005), p. 199 [2] H.Takagi and R.Takura: Journal of the Society of Materials Science, 52(2003), p. 357 [3] L.Qin, J.Qiu, M.Liu, S.Ding, L.Shao, S.Lu, G.Zhang, Y.Zhao and X.Fu: Chemical Engineering Journal, 166(2011), p. 772 [4] M.S.Huda, A..K.Mohanty, L.T.drzal, E.Schut and M.Misra: Journal of Material Science, 40(2005), p. 4221 [5] M.Demura: Monthly review of agriculture, forestry and fishery finance The Norin kinyu, 57(2004), p. 666 [6] M.Torii: Fisheries Engineering, 44(2008), p. 205 [7] H.Kwon, C.Lee, B.
Jun, J.Yun, S.Weon and B.Koopman: Resources, Conservation and Recycling, 41(2004), p. 75 [8] M.Kitagawa, P.Li, F.Maejima and W.Mizuno: Journal of the Society of Materials Science, 51(2002), p. 943 [9] K.Fujita, T.Torii, M.Shibata, A.Hirahara and K.Murakami: Journal of the Japan Research Association for Textile End-Uses, 46(2005), p. 297 [10] H.Kani, T.Yamagami, M.Yoshida, T.Uchiyama, N.Nagano and H.Minoshima: Reports of the Hokkaido Industrial Research Institute, No. 303(2004), p. 75

The second strengthening method can make the best of advantage of SCC and steel material, and has strong global performance, high utilization ratio of the additional new materials, seismic behavior improved obviously, and so on.
The three materials of self-stress concrete, SCC and concrete filled tube are combined to form a new composite structure named self-stress and self-compacting concrete filled tube, which takes advantage of the three materials [4].
SCC not only has the advantage of the materials cost, but also can reduce labor charges thanks to the elimination of vibration, so its economic benefit is remarkable.
RC column strengthened with steel jacket and SCC has strong global performance, high utilization ratio of the additional new materials, bearing capacity improved dramaticlly, good seismic behavior, convenient construction, and so on.
References [1] OKAMURA H: Concr Int, Vol.19(1997), p.50 [2] Day R, Holton I, editor: The Concrete Society, August 2005, p. 38–41 [3] Surong Luo, et al:Journal of Railway Science and Engineering Vol.1(2004), p.30(In Chinese) [4] Chengkui Huang, et al: Journal of Dalian University of Technology, Vol.46(2006), p.696(In Chinese) [5] Chengkui Huang, et al: Journal of Dalian University of Technology,Vol.48 (2008),p.564(In Chinese) [6] Junfang Xiong, Xinmin Hu: Construction technology, Vol.36.(2007), p.93(In Chinese) [7] Zhiwu Yu, Hongxia He, Feng Yu: Journal of Architecture and Civil Engineering, Vol.24(2007), p.17(In Chinese) [8] Surong Luo, Jianlan Zheng: Journal of building materials.Vol.9(2006) p.330(In Chinese) [9] Xavier Pintado, Bryan E. 

Metal materials are limited in those applications due to disadvantages of electrical insulation and corrosion resistance [1].
Simulation and Experiment Model and Materials Parameters.
Materials parameters and condition are shown in Table 2.
(2) Thermal conductivity of materials doesn’t change with temperature.
[2] X W Zhao, L Ye: Journal of Applied polymer Science, Vol. 111(2)(2009), p. 759

XRD analysis of the coating materials showed presence of a number of microcrystal.
These are: (i) preparation of the coating materials, (ii) processing of the coating materials, (iii) preparation of the substrate surface to be coated, (iv) application of the coating materials, (v) firing and heat treatment of the coatings, (vi) inspection of the coatings and (vii) characterization and evaluation of the coatings[8].
Preparation of coating materials.
Donald: Journal of Materials Science, Vol. 28(1993), p. 2841-2886
Someswar, : Bulletin of Materials Science, Vol. 28(2005), p. 689-696.

The damage and failure mechanism of quasi-brittle materials is the most fundamental research topic in Damage Mechanics.
Introduction The quasi-brittle materials such as concrete, rock and some ceramics are heterogeneous aggregate materials in meso-scale which are weakened by countless randomly distributed microcracks of irregular shapes and random in size and orientation in the microstructure and exhibit non-linear constitutive behavior on macro scale under exoteric loads [1-2].
However, there is a great gap between theoretical and practical damage processes, As Bazant [3] commented, PBS represents an unacceptable model for a material that is brittle on a large scale and it is not suitable for describing damage mechanisms of real materials.
Hu, Study on physical model of complete failure process of quasi-brittle materials in tension, Chinese Journal of Rock Mechanics and Engineering, 26 (2007) 670-681
Fan, The statistical damage model for quasi-brittle materials in uniaxial tension, Journal of Central South University of Technology, 16 (2009) 669-676

This in turn has an impact on both materials and the processes used for manufacturing.
[4] Ceretti E, Giardini C, Attanasio, A “Experimental and Simulative results in sheet incremental forming on CNC machines” Journal of Materials Processing Technology, pp-176-184, 2004
[9] G.Ambrogioa, V.Cozza, L.Filice, F.Micari, “An analytical model for improving precision in single point incremental forming”, Journal fo materials Processing Technology,pp-92-95, 2007
[10] K.Mori, M.yamamoto, K.Osakada, “Determination of hammering sequence in incremental sheet metal formng using a genetic algorithm”, Journal of Materials Processing Technology, pp 463-468, 1996
[13] Y.H.Ji, J..Park, “Formability of magnesium AZ31 sheet in the incremental forming at warm temperature”, journal of Materials Processing technology, Vol-201, pp-354-358,2008

Semarang 5 Malang 65145, Indonesia 2Centre of Advanced Materials for Renewable Energy, Universitas Negeri Malang, Jl.
Morkoç, A comprehensive review of ZnO materials and devices, Journal of Applied Physics 98 (2015) 041301 [2] R.
Xie, ZnO-Based Light-Emitting Diodes, Optoelectronics - Advanced Materials and Devices, S.
Briscoe., Control of oxygen vacancies in ZnO nanorods by annealing and their influence on ZnO/PEDOT:PSS diode behaviour, Journal of Materials Chemistry C 6 (2018) 1815–1821 [9] H.
Harrison, Synthesis, structural and optical properties of Ni-doped ZnO micro-spheres, Journal of Materials Science: Materials in Electronics, 24 (2013) 1670–1676 [23] S.