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99篇 您的检索式:期刊名="High Temperature Material Processes"
    题名 作者 年代 出处 被引量
1Fabrication of Lotus-Type Porous Magnesium and its Alloys by Unidirectional Solidification under Hydrogen Atmosphere显示文摘H. Hoshiyama T. Ikeda H. Nakajima 2007High Temperature Materials and Processes2007,,4:2
2Effects of pre-oxidation on selective oxidation behaviour of Fe25Cr7NiN alloy显示文摘MA Jing HE Ye-dong WANG De-ren 2004High Temperature Materials and Processes2004,23,1:1
3Formation of AI-Cr-N films by an activated reactive evaporation ( ARE ) method 显示文摘IDE Y INADA K 2000High Temperature Materials and Processes2000,19,34:1
4Mechanisms of sintering of macroporous hydroxyapatite adsorbents显示文摘NZIHOU A BAILLIEZ S 2002High Temperature Materials and Processes2002,21,5:1
5The oxidation of a Fe-Ce alloy under low oxygen pressures at 600-800 ℃ 显示文摘NIU Yan FU Guang-yan WU Wei-tao GESMUNDO F 1999High Temperature Materials and Processes1999,18,3:1
6Al2O3-Y2O3 ceramic coatings produced by cathodic micra-arc electrodeposition and their high temperature oxidation resistance显示文摘Li Liangjian He Yedong Wang Deren 2005High Temperature Materials and Processes2005,24,1:1
7Encapsulation of Phase Change Materials for Storage of High Temperature Waste Heat显示文摘Akiyama T Yagi J 2000High Temperature Materials and Processes2000,19,34:1
8Physico-chemical aspects of the Nb-C-O system and production of niobium and its alloys by carbothermic reduction and electron beam melting 显示文摘ONO K 1993High Temperature Materials and Processes1993,11,1:1
9Industrial applications with the atmosphere and temperature controlled plasma spraying process显示文摘Meillot E Bianchi L Roussel E 2001High Temperature Material Processes2001,5,1:1
10The arsenic removal from molten steel 显示文摘Wang JianJun Luo Lingen Kong Hui 2011High Temperature Materials and Processes2011,30,12:1
11Slag modelling and industrial application显示文摘Gaye H 2001High Temperature Materials and Process2001,20,34:1
12Study of the phases formed during the growth of thick coatings with coarse grained tin显示文摘VOURLIAS G PISTOFIDIS N PATSALAS P 2005High Temperature Material Processes2005,9,2:1
13The rate of boron removal from molten silicon by CaO - SiO2 slag and C12 treat- ment 显示文摘Nishimoto H Kang Y Yoshikawa T 2012High Temperature Materials and Processes2012,31,45:1
14High Temperature Fatigue Crack Growth Behavior of Ti-6Al-4V显示文摘 Goswami T 2002High Temperature Materials and Processes2002,,21:1
15Physics-chemical Aspects of the Nb-C-O System and Production of Niobium and Its Alloys by Carbothermic Reduction and Electron Beam Melting 显示文摘Ono K 1993High Temperature Materials and Processes1993,11,14:1
16Effect of Titanium on Homogenizing Process and Microstructure of Alloy 2618显示文摘Tingting Liu Ya Liu Xuping Su Haoping Peng Jianhua Wang 2014High Temperature Materials and Processes2014,,3:1
17The Arsenic Removal From Molten Steel 显示文摘Wang Jiardun Luo Lingen Kong Hui 2011High Temperature Materials and Processes2011,30,12:1
18Viscosities of Industrial Lead Blast Furnace Slags 显示文摘Mantha D Reddy R G 2005High Temperature Materials and Processes2005,24,1:1
19New Creep-fatigue Life Prediction Model 显示文摘Goswami T 1996High Temperature Materials and Processes1996,15,12:1
20Some observations on the columnair- to -equiaxed transition in nickel -base superalloy 显示文摘Mitchell A Cockcroft S L Wang T 2005High temperature materials and processes2005,24,2:1
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