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R.Wu: Materials and Design Vol. 45 (2013), pp. 24-30
Reich: Materials Science and Engineering A Vol.528 (2011), pp.1497-1503
Dong: Journal of Materials Processing Technology Vol. 212 (2012), pp. 458-464
Rao: Journal of Materials Processing Technology Vol. 214 (2014), pp. 2949-2959
Hackl: Materials Characterization Vol. 58 (2007), pp. 588-592.

Experiment The starting materials for the synthesis were Ga 99.9997, Se 99.999, S 99.995, Te 99.95, and In 99.999, which were additionally purified by remelting in continuously evacuated ampoules.
Conclusions Finally, it can be proposed that optimally S-doped GaSe is the one of the prospective materials for optical rectifiers and down-converters into mid-IR and THz range, as well as for electrooptical detectors and other applications.
Soldatov, Optimal doping of GaSe for nonlinear optical applications, Russian Physics Journal. 56 (2014) 1250-1255
Shaiduko, Frequency conversion of nanosecond CO2-laser into THz range in doped GaSe crystal, Basic Problems of Material Science. 9, 4 (2012) 486-494
Material Science: Materials in Electronics. 25 (2014) 1757-1760

The paper presents test results of a new quality of a special rutile electrode, with a core of flux-cored wire made from local raw materials, based on analyzing mechanical properties and microstructure of the weld metal in MMA welding.
Conclusion This paper analyzes the characterization of the weld metal (WM) of welded joints of microalloyed steel J55 Smederevo Steelworks made using a special rutile electrode with a flux-cored wire core based on domestic raw materials.
Acknowledgements This paper is supported by the Serbian Ministry of Education, Science and Technological Development.
Projects: TR34016 "Development of covering and core production technology based on local raw materials for manufacturing of special coated electrodes designed for steel arc welding".
Olson, Significient Features of High-Strength Steel Weld Metal Microstructure, Welding Journal, 1989, p.158

Introduction Carbon fiber polymer composites are being increasingly used as structural materials in several industries.
Materials and Experiment Materials.
As can be noted from Fig 2, AS4/PEEK absorbs maximum energy compared to the other two materials.
Canal, Advanced Materials, 2011, 23(44): 5130–5147 [3] M.
Ratcliffe, Composites Science and Technology, 2013, 89:15–23 [4] K.

Materials and Methods 1.1 materials 1.1.1 Tilapia scales Tilapia fish scales were bought from local market, and after cleaned, it were dried for usage. 1.1.2 reagents Pepsin (4500u/g) was bought from Shanghai RunJie chemical reagent Co.
Acknowledgement This study got sustentation from GuangDong Science and Technical Projects (2008B021100012) Reference [1] Zhang H M.
Chinese Journal of Orthopaedic Trauma，2006，8(10): 974-976
Food Science and Technology, 2008, (2): 213-215
LWT-Food Science and Technology, 2008, 41(3): 414-419

This paper plans to analyze and research the influence the uniconazole of different concentration plays of the various indexes of wheat seedlings so as to provide reference for the application of uniconazole in wheat production. 1 Materials & Methods 1.1 Materials.
The tested materials are the wheat seeds provided by Plant Physiology Lab of Sichuan Agricultural University. 1.2 Methods The plantation and cultivation of seedlings (hydroponics).
Journal of Anhui Agricultural Sciences. 35(2007)7125-126 (In Chinese)
Chinese Agricultural Science Bulletin. 18(2002) 56-58 (In Chinese)
Hubei Agricultural Sciences. 48(2009) 569-572 (In Chinese).

Introduction Nano material is also called utramicro particle material, which is composed of nano particles.
Nano particles (nano distinguish) is also named as utramicro particle the size range is 0.1 ~ 100nm in between, the particle is at the junction of the transition area from atom clusters to macro objects, nano material is a kind of new materials with special performance which has broad application prospect.
Xu: Journal of Fine Chemical Vol. 18 (2001), p. 39 [3] M.H.
Huang: Preparation and Thermostability of Urea Peroxide (Chinese Academy of Sciences, Shanghai Metallurgical Research Institute 2000)
Tong: Science and Technology in Chemical Industry Vol. 7 (1999), p. 8 [6] Y.

HREM study on heterogeneous formation of Titanium carbonitride in Ti microalloyed steel Lou Yanzhi Beijing Institute of Aeronautical Materials, Beijing 100095, China louyanzhi@sina.com Keywords: Titanium steel, titanium carbonitride, heterogeneous formation Abstract: HREM study on Ti-carbonitride particles in Ti-microalloyed steels has been carried out.
Experimental Materials and Methods The experimental steel samples were taken from the slabs of Ti-microalloyed steel produced by EAF-CSP process at Zhujiang steel Co.Ltd..
Beijing: University of science and technology Beijing, 2008
Journal of University of Science and Technology Beijing, Vol. 35(2013),p.201 [5] Y.Z.
Metallurgical and Materials Transactions , Vol. 28(1997),p. 1769 [7] M.G.

Fig. 1 Extruding head designed Materials and methods Seven extrusion heads were used in the extrusion tests with soil in 1.8m depth and 1.4m, respectively.
The material type and property were defined in ANSYS software, the extrusion head was defined as liner material and soil was nonlinear material which used the Drucker-Prager model.
International Agricultural Engineering Journal, 1994, 3 (1&2): 58~65
J Soil science, 1954, 5 (2): 251~263
J Soil science, 1954, 5 (2): 251~263

Thermodynamic and kinetic calculation of non-equilibrium microstructure design of TRIP steel Yanlin HE1,a, Naqiong ZHU1,b, Weisen ZHENG1,c, Xiaogang LU1,d and Lin LI1,e 1 School of Materials Science and Engineering, Shanghai University, Shanghai 200072, China aylhe@staff.shu.edu.cn, bzhunaqiong@shu.edu.cn, cwszheng@shu.edu.cn, dxglu@shu.edu.cn, eliling@shu.edu.cn Keywords: TRIP steel; Bainitic transformation; Martensitic transformation; Thermodynamics; Kinetics Abstract.
Introduction Coupling thermodynamic and kinetic calculation in the field of materials science serves as an appropriate guidance for the materials study and reduces the amount of experiments.
Wang, Computation of Ms temperature in carbon equivalence method, Journal of Liaoning Technical University: Nature Science. 17 (1998) 293-295
Mao, Master’s Thesis, Wuhan University of Science and Technology, 2007