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Materials and Methods Experimental fish.
Acknowledgements This study was financially supported by Jiangxi Natural Science Foundation (20122BA203020).
References [1] Lingzhen Wu, Wali Fu, Hongying Yang, et al: Research of Soil and Water Conservation (in Chinese), Vol. 18(2011), p. 171 [2] Jianwei Shen, Giakuan Xu, Jianguo Liu: Environmental Science & Technology (in Chinese), Vol. 33(2010), p. 87 [3]Zhihui Sun, Shunji Jia, Anming Meng: Life science (in Chinese), Vol. 25(2005), p.247 [4] Zhiyan Xiong: Environmental Biology (in Chinese).
[5]Yawei Fan，Qixing Zhou: Asian Journal of Ecotoxicology (in Chinese), Vol. 4(2009), p.136 [6] Guocheng Hu, Gan Lian, Tianong Wu: Chinese Journal of Zoology (in Chinese), Vol. 43(2008), p. 43 [7]Shuqiong Li, Qin Zhou: Bulletin of Science and Technology (in Chinese), Vol. 26(2010), p. 454 [8]Vieira C，Gravato A M，Soares V M，et a1: Chemosphere, Vol. 76(2009), p.1416

This material is abundantly used in the automotive and aeronautic industry.
Sisson, FEM modeling of induction hardening processes in steel, Journal of Materials Engineering and Performance. 12 (2003) 589-596
Sundararajan,Modeling and sensitivity study of the induction hardening process, Advanced Materials Research. 15-17 (2007) 525-530
Rethwisch, Rethwisch, Materials science and engineering, eighth ed.
Arkinson,Experimental validation of a predictive model for induction hardness profile of SAE 4340 specimen, 3rd International Symposium on Aircraft Materials,Marrakech, Morocco, May, 2010.

Introduction Superplastic forming and forging have now become an important industrial means for the fabrication of workpieces with complex shapes from advanced metallic materials.
Experimental Materials and Methods The experimental materials are forged block of 1933 aluminium alloy with the chemical composition of Al-6.42Zn-1.63Mg-0.97Cu-0.12Zr-0.023Mn-0.11Fe (all in wt%).
Annealing at 400 ºC for 1h is as the other method to refine grain of original material.
[3] Hyoung Seop Kim, Min Hong Seo and Sun Ig Hong�Material Science and Engineer A29 (2000), p.86
[4] Zhang Zheng, Wang Jing-tao and Zhao Xi-cheng: The Chinese Journal of Nonferrous Metals Vol.14 (2004), p.741

During a laser pulse, several competing interactions affect the material.
Comparison between 102 and 105 Monte Carlo steps (MCS) on the stage of linear cooling down of the material (phase 2.)
As showed in [10, 11], the MSC can be mapped to real time and depend on R and the physical properties of the material.
Summary We studied the FePt L10 ordered granular material using both atomic and macrospin approaches.
Ishio, Perpendicular magnetic anisotropy and magnetization of L 10 FePt/FeCo bilayer films, Journal of Applied Physics 115(13) (2014) 133908 [3] T.J.

The material properties, coupon geometry and the loading spectra are given in [8].
The crack growth threshold of the material may be limiting the number of spectrum cycles that are contributing toward crack growth.
Journal of Basic Engineering.
Journal of Applied Mechanics, 1978. 45: p. 267-276
Green, Assessment of Fatigue Crack Growth Prediction Models for F/A-18 Representative Spectra and Material. 2006, Defence Science and Technology Organisation, DSTO-RR-0312

The first generation of oil crops, waste oil, sugar, etc. as raw materials is made by the transesterification process.
In addition, the economic viability of biomass fuels research, collection of raw materials is also a concern problems.
The raw materials are mainly three categories: manufacturing of bio-ethanol, starch raw materials, accounts for about 80% of the biological raw materials such as corn (35%), potatoes (45%); carbohydrate raw materials, such as honey, sucrose, beet, sweet sorghum; fiber raw materials, such as tree branches, wood chips, plant fiber quality scraps.
Hebei Agricultural Sciences, 2011 (3):117-121
Journal of Biotechnology, 2013 (9):286-287

The wall also needs limited concrete material.
The needed filling materials can be formed by straw clay bodies or aerated concrete building block.
Aerated concrete building block also has many features, such as the materials can be easily got, the price is low, it is energy-saving, environmental-friendly and it can be easily processed.
The main mechanical indexes of the materials of composed wall with site laying reinforcing rib are shown in Table I and Table II.
Its research process is subsidized by Jilin Science and Technology Bureau.

The new style testing technique can widely used in the industries of the oil, gas, mining and petrochemical, which can quantitatively detect length and depth information of the surface crack in a wide range of structural metal materials[2].
Due to the fact that the testing signal can be influenced by many factors, such as detection direction, lift-off height and material attribute, the signal voltage amplitude of ferromagnetic material (such as low carbon steel) is always in the millivolt magnitude, while for the non-ferromagnetic material (such as aluminum), the signal is weak to microvolt level.
Therefore, it is necessary to design a low noise and adjustable gain amplifier circuit to meet the need of amplifying the initial preceding stage signal for different materials and different detection directions.
In the ACFM testing, different materials have different optimal detecting frequency, therefore.
It is very necessary to design a filter circuit with adjustable center frequency to meet the needs of testing different materials.

The structure of the oxide layer of T91 high temperature superheater tube The thickness of the oxide layer of T91 tube is thicker than some other tubes which are made up of other materials.
The impact of the structure and the protective properties by the water conditions With the supercritical running of boiler, the requirement of the tube materials become higher.
The widely used tube materials are T91 and TP347 at present stage.
So if the design materials are allowed under the normal conditions, the well protective oxide layer will be formed on it with good anticorrosion performance.
Journal of Materials Protection. 2003.6 (36): 9-11.

Therefore, metal materials including Cu and SS which could be oxidized, become the bottleneck of the thermal stability of the coating.
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[5] Qi-Chu Zhang, Recent progress in high-temperature solar selective coatings, Solar Energy Materials & Solar Cells, 62 (2000) 63-74
[8] Zhou Yipin, Zhao Yongjin, Zhang Yanjin, Arrhenius equation and activation energy, Journal of Shihezi Agricultural College, 25 (1995) 76-80
[12] Yongfu Zhu, Kouji Mimura and Minoru Isshiki, Oxidation mechanism of copper at 623-1073K, materials transactions, 43 (2002) 2173-2176