第8期 张义文等：铪对FGH97合金平衡相影响的评估 ·985· ments in Pouder Metallurgy.Washington,1982,14:51 jing:Metallurgical Industry Press,1979 [11]Larson JM,VolinTE,Larson FG.Effect of hafnium on powder (高温合金金相图谱编写组.高温合金金相图谱.北京：治 metallurgy Astroloy /Braun J D.Arrowsmith H W,MeCall J L. 金工业出版社，1979) Microstructural Science,Vol.5.New York:American Elsevier [7]Chen G L.Superalloys.Beijing:Metallurgical Industry Press, Publishing.1977:209 1988 [12]Miner R V.Effects of C and Hf concentration on phase relations (陈国良.高温合金学.北京：治金工业出版社，1988) and microstructure of a wrought powder-metallurgy superalloy. [18]Sutton W H,Green D R.Influence of hafnium on the wetting Metall Trans A,1977,8(2):259 characteristics of MAR M-200//Kear B H,Muzyka D R,Tien J [13]Belov A F,Anoshkin N F,Fatkullin O S,et al.Alloying char- K,et al.Superalloys:Metallurgy and Manufacture.Louisiana: acteristics of powder metallurgy superalloys//Bannykh OA. Claitor's Publishing Division,1976:171 Heat Resistant Steel and Nickel Base High Temperature Alloy. [19]Zhen B L,Zhang S J.The phase composition and the rules of the Moscow,1984:31 phase precipitation in Hfbearing nickel base superalloys.Central [14]Radavich J,Furrer D,Cameiro T,et al.The microstructure and Iron Steel Res Inst Tech Bull,1981(1)65 mechanical properties of EP741NP powder metallurgy dise materi- (甄宝林，张绍津.加铪镍基合金相的组成和析出规律.钢 al /Reed R C.Green K A,Caron P,et al.Superalloys 2008. 铁研究总院学报，1981(1)：65) Pennsylvania:TMS,2008:63 [20]Yu Y N.Foundation of Material Science.Beijing:Higher Educa- [15]Davis J R.ASM Specialty Handbook:Nickel,Cobalt,and Their tion Press,2006 Alloys.Materials Park:ASM International,2000 (余永宁.材料科学基础.北京：高等教育出版社，2006) 6]Compiling Group of Metallographic Atlas for High Temperature 21]Samsonov G V,Vinickji I M.Refractory Compound,2nd ed. Alloys.Metallographic Atlas for High Temperature Alloys.Bei- Moscow:Metallurgy Industry Press,1976第 8 期 张义文等: 铪对 FGH97 合金平衡相影响的评估 ments in Powder Metallurgy． Washington，1982，14: 51 ［11］ Larson J M，Volin T E，Larson F G． Effect of hafnium on powder metallurgy Astroloy / / Braun J D，Arrowsmith H W，McCall J L． Microstructural Science，Vol． 5． New York: American Elsevier Publishing，1977: 209 ［12］ Miner R V． Effects of C and Hf concentration on phase relations and microstructure of a wrought powder-metallurgy superalloy． Metall Trans A，1977，8( 2) : 259 ［13］ Belov A F，Anoshkin N F，Fatkullin O S，et al． Alloying char￾acteristics of powder metallurgy superalloys / / Bannykh O A． Heat Resistant Steel and Nickel Base High Temperature Alloy． Moscow，1984: 31 ［14］ Radavich J，Furrer D，Carneiro T，et al． The microstructure and mechanical properties of EP741NP powder metallurgy disc materi￾al / / Reed R C，Green K A，Caron P，et al． Superalloys 2008． Pennsylvania: TMS，2008: 63 ［15］ Davis J R． ASM Specialty Handbook: Nickel，Cobalt，and Their Alloys． Materials Park: ASM International，2000 ［16］ Compiling Group of Metallographic Atlas for High Temperature Alloys． Metallographic Atlas for High Temperature Alloys． Bei￾jing: Metallurgical Industry Press，1979 ( 高温合金金相图谱编写组． 高温合金金相图谱． 北京: 冶 金工业出版社，1979) ［17］ Chen G L． Superalloys． Beijing: Metallurgical Industry Press， 1988 ( 陈国良． 高温合金学． 北京: 冶金工业出版社，1988) ［18］ Sutton W H，Green D R． Influence of hafnium on the wetting characteristics of MAR M-200 / / Kear B H，Muzyka D R，Tien J K，et al． Superalloys: Metallurgy and Manufacture． Louisiana: Claitor's Publishing Division，1976: 171 ［19］ Zhen B L，Zhang S J． The phase composition and the rules of the phase precipitation in Hf-bearing nickel base superalloys． Central Iron Steel Res Inst Tech Bull，1981( 1) : 65 ( 甄宝林，张绍津． 加铪镍基合金相的组成和析出规律． 钢 铁研究总院学报，1981( 1) : 65) ［20］ Yu Y N． Foundation of Material Science． Beijing: Higher Educa￾tion Press，2006 ( 余永宁． 材料科学基础． 北京: 高等教育出版社，2006) ［21］ Samsonov G V，Vinickji I M． Refractory Compound，2nd ed． Moscow: Metallurgy Industry Press，1976 ·985·