祝賀《貝氏體與貝氏體鋼》出版——師昌緒 熱烈祝賀康沫狂教授九十大壽——趙振業(yè) 康沫狂教授簡(jiǎn)介 一、貝氏體相變動(dòng)力學(xué)(含預(yù)貝氏體相變)及組織形貌學(xué) 1.On the prebainitic phenomenon in some alloys(1994) 2.Formation of carbon-poor regions during pre-bainitic transformation(1 995) 3.The time-temperature-transformation diagram within the medium temperature range in some alloy steels,1992) 4.Kinetics and morphology of isothermal transformations at intermediate temperature in 15CrMnMoV steel(2009) 5.CCT-diagrams of Si—Mn—Mo bainitic steels (1993) 6.Growth kinetics and high-temperature TEM in situ observation of bainite in a CuZn alloy(1994) 7.High-temperature TEM in situ study of growth kinetics of bainite in盧brass(1992) 8.The nature of 10wer bainite midrib(1992) 9.High-temperature transmission electron microscopy in situ study of lower bainite carbide precipitation,1990) 10.硅在低碳合金鋼中作用的研究(I)——硅對(duì)過冷奧氏體轉(zhuǎn)變動(dòng)力學(xué)的影響(1992) 11.15CrMoV鋼奧氏體連續(xù)冷卻轉(zhuǎn)變圖的測(cè)定及應(yīng)用(1984) 12.金屬合金等溫相變的體激活能及相變機(jī)制L鋼的中溫(貝氏體)等溫相變(2009) 13.關(guān)于Cu-Zn-A1貝氏體相變的階段性——I.TTT圖(1995) 14.鋼中貝氏體形貌學(xué)探討(1991) 15.低合金高強(qiáng)度結(jié)構(gòu)鋼中的(M-A)組織(1979) 16.40CrMnSiMoVA鋼下貝氏體轉(zhuǎn)變研究(1990) 17.含Si鋼下貝氏體轉(zhuǎn)變初期碳原子的調(diào)幅分解(1994) 18.含硅鋼下貝氏體中臺(tái)階及殘余奧氏體層錯(cuò)的透射電鏡觀察(1994) 19.9CrSi鋼下貝氏體/奧氏體界面位錯(cuò)研究(1996) 20.粒狀貝氏體轉(zhuǎn)變的表面浮凸效應(yīng)和組織分析(1990) 21.鋼中回火馬氏體碳化物析出形態(tài)(1994) 22.Cu-Zn-Al貝氏體及貝氏體/母相界面的精細(xì)結(jié)構(gòu)(1994) 二、貝氏體晶體學(xué)(含鐵素體的過飽和度測(cè)定) 23. Substructural and crystaUographic features of lower bainite(1991) 24.CrystaUographic features of bainitic carbides from different sources(1992) 25.Comparative study of several interphase boundaries in p brass(1992) 26.Lattice-parameter variation with carbon content of martensite.I.X-rag-diffra-ction experimental study(1995) 27.準(zhǔn)貝氏體界面錯(cuò)配位錯(cuò)的TEM觀察(1997) 28.硅合金鋼貝氏體鐵素體碳量確定(2008) 三、貝氏體(含馬氏體)相變熱力學(xué) 29.A regular thermodynamic model for interstitial iron-carbon solutions(1994) 30.Character of carbon-depleted regions in undercooled austenite and thermodyanmics of bainitic transformation(1991) 31.Thermodynamic analyses of bainitic transformation in Fe-C alloys at the initial stage f1992) 32.Thermodynamics of bainitic transformations in Fe-CEi multiple-element systems(1992) 33.Thermodynamics of bainitic formation in Carbon-depleted region in Fe-C alloys(1994) 34.Displacive mechanism of bainitic formation in carbon-depleted region of austenite(1994) 35.Thermodynamics of the iron martensitic transformation and the Ms temperature of iron(1991) 36.鋼中貝氏體轉(zhuǎn)變的開始溫度Bs與轉(zhuǎn)變驅(qū)動(dòng)力(1988) 37.Cu-Zn合金貝氏體切變相變熱力學(xué)分析(1994) 四、貝氏體相變機(jī)制 38.Mechanism of bainite nucleation in steel,iron and copper alloys(2005) 39.In situ observation of bainite growth during isothermal holding(2006) 40.Monte carlo simulation of lamellar products at middle temperature range(1992) 41.TEM study of transformation units and the growth mechanism of bainite(1998) 42.Composition change during bainite transformation in Cu-based shape memory alloys(1993) 43.The formation mechanism of plate in beta Cu-Zn and Cu-Zn-Al alloys(1994) 44.鋼中貝氏體形核初期微觀形貌及精細(xì)結(jié)構(gòu)的TEM觀察(1997) 45.Fe-C合金貝氏體在奧氏體貧碳區(qū)切變相變機(jī)制的價(jià)電子理論分析(1995) 46.硅鋼中的貝氏體及其轉(zhuǎn)變模型(1996) 47.Cu-Zn-A1合金溶質(zhì)原子貧化區(qū)貝氏體切變形核的原位觀察(1993) 五、貝氏體(含一些奧氏體、馬氏體)的性能 48.Mechanism of tempered bainite embrittlement in some structural steels(1991) 49.Microstructure and fracture of isothermally quenched 40CrMnSiMoV steel 50.Fatigue behaviour of granular bainite structure(1989) 51.Overload effect of different microstructures in an ultra-high strength steel(1991) 52.Meta-bainitic heat-treatment in steel(1998) 53.Fatigue crack growth rate under full yielding condition for 15CDV6 steel(1983) 54.The fatigue strength of an ultra-high strength steel(1992) 55.淬火合金鋼中的奧氏體穩(wěn)定化(2005) 56.硅合金鋼淬火組織中殘留奧氏體的力學(xué)穩(wěn)定性與力學(xué)性能(2005) 57.粒狀貝氏體中殘余奧氏體機(jī)械穩(wěn)定性與強(qiáng)韌性關(guān)系(1993) 58.關(guān)于一些鋼的Mc點(diǎn)探討(1996) 59.等溫淬火組織中殘余奧氏體回火轉(zhuǎn)變的研究——兼論貝氏體回火脆性(1982) 60.回火對(duì)40CrMnsiMoV鋼貝氏體等溫淬火后殘余奧氏體穩(wěn)定性的影響(1985) 61.15CrMoVA鋼粒狀貝氏體回火脆性的研究(1985) 62.準(zhǔn)貝氏體組織的強(qiáng)化特征(1991) 63.冷卻速度對(duì)低碳貝氏體鋼組織性能的影響(1989) 64.18Cr2Ni4WA鋼不同冷速下的組織和性能——兼論獲得良好綜合性能的淬火方法(1984) 65.等強(qiáng)度下不同顯微組織對(duì)18Cr2Ni4WA鋼疲勞性能的影響(1990) 66.Si對(duì)低碳貝氏體鋼組織和性能的影響(1993) 67.超高強(qiáng)度鋼準(zhǔn)貝氏體和馬氏體沖擊值的意義探討(1990) 68.低碳貝氏體鋼的缺口敏感性(1990) 69.40CrMnsiMoVA鋼準(zhǔn)貝氏體的疲勞性能(1991) 70.殘余奧氏體在疲勞裂紋尖端的應(yīng)變誘發(fā)相變(1992) 71.超高強(qiáng)度鋼準(zhǔn)貝氏體的應(yīng)變疲勞特性(1990) 72.超高強(qiáng)度鋼中準(zhǔn)貝氏體的沖擊疲勞特性(1990) 73.低碳貝氏體鋼顯微組織對(duì)腐蝕疲勞性能的影響(1996) 74.30CrMnSiNi2A鋼的回火馬氏體脆性——兼論其回火溫度的選擇(1984) 75.工具鋼分級(jí)淬火和馬氏體等溫淬火的研究(1996) 六、貝氏體鋼和新型準(zhǔn)貝氏體鋼及其特性 76.冷卻速度及回火溫度對(duì)18Mn2CrMoBA鋼組織和性能的影響(1977) 77.高強(qiáng)度貝氏體型鋼——18Mn2CrMoBA沖擊疲勞壽命與顯微組織間的關(guān)系(1984) 78.New type high strength low alloy meta bainitic steel(1995) 79.Si-Mn-Mo系低碳貝氏體鋼的力學(xué)性能與化學(xué)成分的關(guān)系(1992) 80.低成本超高強(qiáng)度Si-Mn-Mo系貝氏體鋼筋(1994) 81.準(zhǔn)貝氏體組織及新型系列準(zhǔn)貝氏體鋼(1999) 82.低碳貝氏體鋼焊接熱影響區(qū)過熱帶的組織分析(1990) 83.準(zhǔn)貝氏體鋼滲碳特性及磨損性能研究(1998) 84.準(zhǔn)貝氏體滲碳鋼與含Ni滲碳鋼的比較研究(1999) 85.采煤機(jī)鏈軌架準(zhǔn)貝氏體鑄鋼的研制(1999) 康沫狂教授發(fā)表的教材、專著及論文