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To achieve these goals, novel or advanced materials are required.
Choy, Chemical vapour deposition of coatings, Progress in Materials Science 48 (2003) 57- 170
Journal of material science
Journal of nuclear materials, 289(2001) 23-29
Effect of fibre coating on interfacial shear strength of SiC/SiC by nano-indentation technique, Journal of Nuclear materials, 258-263 (1998) 1567-2571 [28] M.

Materials and Design, 18: pp. 269-273
Material Science and Engineering, A415: pp. 250-254 [9] O.
Journal of Materials Processing Technology, 209: pp. 4822-4829
Journal of Materials Science, 40: pp. 3669-3676
Materials and Design, 30: pp. 609-616

In the second stage, the slope of the curve gradually decreases, indicating that the material has been softened.
Acknowledgments This work was financially supported by the Beijing Lab Project for Modern Transportation Metallic Materials and Processing Technology NSFC (Grant No. 91860113) and the National Natural Science Fund for Innovative Research Groups (Grant No. 51621003).
Journal of Alloys and Compounds, 685 (2016) 869-880
Ma, The flow behavior and constitutive equations in isothermal compression of 7050 aluminum alloy, Materials Science & Engineering A. 542 (2012) 79-87
[12] Rokni M R, Zarei-Hanzaki A, Roostaei A A et al., An investigation into the hot deformation characteristics of 7075 aluminum alloy, Materials & Design. 32 (2011) 2339-2344

Because of the excellent corrosion-resistance of nickel-based alloy, those materials are used for steam generator tube in nuclear power plants.
Introduction The materials of I-690 and I-600 are frequently used for steam generator tube due to the good corrosion resistance.
At first, the rate of oxidation or corrosion increases with temperature, and next, the mechanical properties of the materials are usually affected by temperature [2].
Therefore, a study on the fretting wear in the water lubrication condition is required to examine the fretting wear mechanisms and the wear characteristics of I-690 and I-600 materials.
Ko: Journal of Tribology Vol. 107 (1985), pp. 149-156 [4] R.C.

Experimental Methodology Materials and Laser Cladding Process.
The particle size of those powdery filler materials was in a range between 20 and 53 µm.
(2) 3650 coating materials have higher hardness than rail substrate.
Vasudev, Hardfaced layer on mild steel made by paste technique with SMAW electrode to improve surface properties, Indian Journal of Engineering and Materials Sciences. 1 (2014)
Zhang, Study on the Performance of Fe-Based Alloy Coating on 40Cr Substrate Surface, Journal of Materials Engineering and Performance. 34 (2025) 1586-1595

Preparation and Chemical Structure of RIC of PP/ modified PA66 In-situ Microfibrillar Composite Linghe Cheng a, Wanjie Wang b , Yanxia Cao c, Guixun Li d and Jingwu Wang e School of Materials Science and Engineering, Zhengzhou UniVersity, Zhengzhou 450052, China aclh6603@126.com, b wwj@zzu.edu.cn, c yxcao@zzu.edu.cn, d liguixun@126.com, e jingwuwang@zzu.edu.cn Keywords: poly (propylene), polyamide, in-situ microfibrillar, reactive interface combination agent, chemical structure Abstract: Reactive interface combination agent (RIC) was synthesized by using reaction mixture technique starting from polypropylene（PP）, ethylene-propylene or butadiene-styrene elastomer, epoxy compound and monomer-assisted in the presence of a free radical initiator.
The chemical structure of RIC and the effect of change in the ratio of raw material during its preparation on constitute and structure was investigated.
Experimental Materials PP (F401) was from Luoyang petrochemical Co.
Journal of Applied Polymer Science, 2001, 79(8): 1401-1415
[11] Y.J.Sun,G.H.Hu,M.Lambla..Journal of Applied Polymer Science,1995, 57(9):1043-1054.

Table 2 Comparison of pushing force with different materials D 108 x12R400 Pushing force (N) Bending moment 45° 90° 135° 180° Materials 20G 166477 167269 166774 165551 P91 290754 292347 288689 290186 a) Moment with 20G b) Moment with P91 Fig. 3 Comparison of bending moment with different materials a) Pushing force of material 20G b) Pushing force of material P91 Fig. 4 Comparison of pushing force between different materials Sectional Strain of Tube A and Tube B.
a) Sectional strain with material 20G b) Sectional strain with material P91 Fig. 5 Comparison of sectional quality with different materials We can compare sectional quality with different materials in Table 3.
Yu: Applied mechanics and Materials, Vol. 10-12 (2008), pp. 172-176
Yu: Submitted to Key Engineering Materials, (2008)
Liu: Journal of Harbin Institute of Technology, Vol. 15 (2008) No.2, pp. 198-201

International Journal of Machine Tools & Manufacture.
[2]R.P.Zeilmann, W.L.Weingaertner., Journal of Materials Processing Technology .Vol.17 (2006),p.124
[3]S.Sharif, E.A.Rahim, Journal of Materials Processing Technology.
[4]A.Nayebi, G.Mauvoisin and H Vaghefpur, Journal of Materials processing technology, Vol,207(2008),p.98
Hegde and A,J.Shih, International journal of machine tools & manufacture,Vol. 47(2007),p.63

For the three-dimensional receiving coil, it not only has the advantage of two-dimensional coil, if taking higher initial magnetic permeability and lower loss soft magnetic materials as the magnetic core[8],it can improve the efficiency of energy transmission significantly .Therefore, three-dimensional coil is taken as the receiving coil in this paper.
[3] JIANG Wei-xiong:Simulation Research on Wireless Power Transmission System Based on IPT.Journal of System Simulation,22,4(2010),pp:1060-1063
[8] Song,Ji-hong:Vertical three-component magnetic field generator.Journal of Changchun University.20,6(2010),p.56-58
[10] Zhao De-chun:High-efficiency electromagnetic induction link in a wireless endoscope.Journal of Tsinghua University,48,9(2008),p.1519-1521
[11] Lv Hui-bin,etc:The new doubler and full-wave rectified complex DC power.Journals of the Institute of Physics , Chinese Academy of Sciences,19,9(1990),p.548-549.

Journal of Food Composition and Analysis, 2008, 21(4): 326-331
Seed Science Research, 2000, 10(1): 11-34
Advanced Materials Research, 2012, 535: 1126-1132
Agronomy Journal, 1975, 67(4): 541-544
Science of the total environment, 1999, 231(1): 53-65