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Experimental Procedures Gray cast iron HT300 was used as the substrate, and Ni-based selffusing alloy powder named SH-Ni 60A was chosen as coating materials.
Acknowledgements The authors appreciate the financial supports from National Nature Science Foundation of China (Grant number 51605066), Liaoning Science & Technique Project (20161064), Fundamental Research Funds for the Central University (Grant number 3132016012 and 3132017014) and Key Laboratory of Ship-Machinery Maintenance and manufacture for Ministry of Transportation (Grant number KF-2016-05).
Ren: Chinese Journal of Laser (2012), p. 1-7.
Shen: Journal of Materials Engineering (2003), p. 3-5.
Liu, in: The 7th Conference of material science and image technology, Publications/Chinese Society for Stereology, Beijing, (2009) p.93-96.

Experimental materials and methods The raw materials used in the experiments include electrolytic iron, carbonyl iron powder, micro C ferrochromium powder, molybdenum powder, nickel powder and the TiC powder.
SEM images of the raw materials used in the experiment.
Microstructures and mechanical properties of spark plasma sintered Al-SiC composites containing high volume fraction of SiC, Materials Science and Engineering: A, 527(27-28) 92010) 7235-7240
[3] D B Miracle, Metal matrix composites – From science to technological significance, Composites Science and Technology, 65(15-16) (2005) 2526-2540
Gelcast tooling: net shape casting and green machining, Materials and Manufacturing Processes, 13(3) (1998) 389-403

Oeser, The master-curve band considering measurement and modeling uncertainty for bituminous materials, Advances in Materials Science and Engineering, (2021), 1-11
Materials and Structures, 50, (2017),1-15
Journal of Materials in Civil Engineering, 27(4), (2015) 04014157
Materials, 12(6), (2019), 988
Materials and Structures, 51, (2018), 1-16

Composite Science and Technology 2009; 69:301-29
Aerospace Materials & Technology, 2004,34(4):44-47
Experimental study on bearing strength of carbon fiber composite materials.
Journal of Composite Materials, 2000, 34(15): 1242-1262
Composite Materials.

Advanced Materials Research,Vol.383-390(2012), p.5136-5141
CIESC Journal, Vol.63(2012), p.325-330
Science Technology and Engineering.
[11]American Society for Testing and Materials.
Journal of Northwestern Polytechnical University.

Kitabatakea a R&D Partnership for Future Power Electronics Technology, Japan b Power Electronics Research Center, National Institute of Advanced Industrial Science and technology, Japan Email: Junichiro_Sameshima@trc.toray.co.jp Keywords: TDDB, SiC, Step-bunching, Trapezoid-shape defect, Bar-shape defect, TEM, AFM Abstract.
References [1] J.Senzaki, A.Shimozato, M.Okamoto, K.kojima, K.Fukuda, H.Okumura and K.Arai, Japanese Journal of Applied Physics 48, 081404 (2009) [2] T.Hatakeyama, T.Suzuki, K.Ichinoseki, H.Matsuhata, K.Fukuda, T.Shinohe and K.Arai, Materials Science Forum Vols. 645-648 (2010）p799-804 [3] J.Senzaki, A.Shimozato, K.kojima, T.Kato, Y.Tanaka, K.Fukuda and H.Okumura, Materials Science Forum Vols. 717-720 (2012) p703-708 [4] T.Suzuki, H.Yamacushi, T.Hatakeyama, H.Matsuhata, J.Senzaki, K.Fukuda, T.Shinohe and H.Okumura, Materials Science Forum Vols. 717-720 (2012) p789-792 [5] T.Hosoi, K.
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Materials Science Forum Vols. *** (2004) pp.234-237 online at http://scientific.net Ó 2004 Trans Tech Publications, Switzerland Study on Multi-dimension Integration Technology of CAPP/PDM Z.L.
Materials Science Forum Vols. *** 235 Knowledge Application Dimension Integration In knowledge application dimension integration, the main object is to cut down the redundancy function modules among different application tools.
There is always much misunderstanding to the design view among the different F S T T--knowledge transfer dimension F--knowledge application dimension S--knowledge restore dimension Act i Act i +1 F1 F2 T2 T1 S2 S1 Fig.1 3-Dimension integration model Advances in Materials Manufacturing Science and Technology 236 designers.
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Lee et al: J. of Materials Processing Techn.

Materials Science and Engineering R: Reports. 2002, 37 (4-6): 129-282
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Over the last years, special attention [9–11] is given to the chemical reaction processes in heated layers of thermally decomposing forest fuel materials.
Thermal decomposition of forest fuel materials reaction suppression time dependences on temperature in the “water slug” trace at Lf = 0.04 m Fig. 3.
Conclusion The characteristic times of thermal decomposition (of forest fuel materials) reaction suppression at typical temperatures in the “water slug” trace and the thicknesses of the heated material layers have been revealed as a result of conducted numerical investigations.
Strizhak, Influence of droplet distribution in a “water slug” on the temperature and concentration of combustion products in its wake, Journal of Engineering Physics and Thermophysics. 86, 4 (2013) 895–904
Baranovsky, Forecast of forest fires initiation and their environmental effects, Publishing House of Siberian Branch of the Russian Academy of Sciences, Novosibirsk, 2009 (in Russian)

Improving tool performance only by updating tool materials does not meet the production needs.
Journal of Materials Processing Technology, 2006(173)，pp151-156
Progress insteel used for large-calibre thick-wall gun barrel.Ordnance Material Science and Engineering, 2013, 36(2), pp142-146
[13] Comprehensive sample of MITSUBISHI products[Z].MITSUBISHI MATERIALS,2012
Microstructures and mechanical properties of high strength gun steels[J].Ordnance Material Science and Engineering, 2003, 26(2), pp7~11