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第10期 张国青等:钎焊金刚石磨粒焊接强度 ,1153. 碎为主,未出现脱落和整颗折断现象, 究.中国机械工程,2004,15(12):1085) (2)利用一般的钎焊技术制备单层金刚石工 [7]Huang H,Zhang G Q,Xu X P.Study on the wear of brazed dia- mond grits.J Fuzhou Univ Nat Sci,2005,33(3):313 具,钎焊后金刚石磨粒的静压强度随钎焊时间的延 (黄辉,张国青,徐西鹏.钎焊金刚石磨粒磨损性能研究,福州 长而下降,在低真空度条件下下降更加剧烈, 大学学报:自然科学版,2005,33(3):313) (3)经过高温钎焊后,金刚石磨粒的动强度和 [8]Huang H.Zhan Y J.Xu X P.Characteristics of brazed diamond 静强度之间仍保持一定的联系,利用钎焊技术制备 wear in grinding of granite.Tribology.2007.27(3):279 的磨削工具完全能满足一般磨削要求. (黄辉,詹友基,徐西鹏,磨削花岗岩过程中钎焊金刚石磨损特 征分析.摩擦学学报,2007,27(3):279) 参考文献 [9]Huang H.Zhang G Q.Zhan Y J.et al.Force in surface grinding of granites with a brazed diamond wheel.Key Eng Mater,2006. [1]Chattopadhyay A K.Hintermann H E.Induction brazing of dia 315/316,185 mond with Ni-Cr hardfacing alloy under argon atmosphere.Surf [10]Xu X P.Li Y.Malkin S.Forces and energy in circular sawing Coat Technol.1991,45:293 and grinding of granite.J Manuf Sci Eng.2001.123:13 [2]Huang S F,Tsai H L.Lin S T.Effects of brazing route and [11]Guo Z M.Song Y Q.Chen H X.et al.Super Hard Material brazing alloy on the interfacial structure between diamond and bonding matrix.Mater Chem Phys.2004.84(2/3):251 8.Tool.Beijing:Metallurgical Industry Press.1966:10 (郭志猛,宋月清,陈宏霞,等·超硬材料与工具,治金工业出版 [3]Khalid F A.Klotz U E,Elsener H R.et al.On the interfacial 社,1996:10) nanostructure of brazed diamond grits.Scripta Mater,2007.50 [12]Xiao B.Xu HJ.Form and distribution characterization of reac- (8):1139 tion products at the brazing interface between Ni-Cr alloy and di- [4]Trenker A.Seidemann H.High vacuum brazing of diamond tools.Ind Diamond Rev.2002.(1):49 amond.Key Eng Mater.2004.258/259:151 [13]Wu Z B.Xu H J.Yao Z J.et al.A research on the framework [5]Yang JJ.Meng W R.He L.Evaluation of the interfacial charac- of organization of brazed mono-layer diamond grinding wheel teristics between diamond and filling alloy using tensile test method.Diamond Abrasives Eng:2004(1):49 with Ni-Cr alloy.JAppl Sei.2002.20(1):10 (武志斌,徐鸿钧,姚正军,等.N℃r合金钎焊单层金刚石砂 (杨吉军,孟卫如,贺林.拉伸法评价钎料/金刚石单晶颗粒的 轮界面结构的研究.应用科学学报,2002,20(1):10) 界面结合特性.金刚石与磨料磨具工程,2004(1):49) [14]Zhang J Z.Analysis on determination method of diamond [6]Ma B J.Xu HJ.Fu Y C.Study on the grain damage characteris- strength.Super Hard Mater Gem,2002,14(46):5 tics of diamond quills in face grinding.China Meck Eng.2004. (章兼植,对金刚石强度测定方法的分析·超硬材料与宝石, 15(12):1085 2002,14(46):5) (马伯江,徐鸿钧,傅玉灿.金刚石磨盘磨削的磨粒损伤特性研碎为主‚未出现脱落和整颗折断现象. (2) 利用一般的钎焊技术制备单层金刚石工 具‚钎焊后金刚石磨粒的静压强度随钎焊时间的延 长而下降‚在低真空度条件下下降更加剧烈. (3) 经过高温钎焊后‚金刚石磨粒的动强度和 静强度之间仍保持一定的联系‚利用钎焊技术制备 的磨削工具完全能满足一般磨削要求. 参 考 文 献 [1] Chattopadhyay A K‚Hintermann H E.Induction brazing of dia￾mond with N-i Cr hardfacing alloy under argon atmosphere.Surf Coat Technol‚1991‚45:293 [2] Huang S F‚Tsai H L‚Lin S T.Effects of brazing route and brazing alloy on the interfacial structure between diamond and bonding matrix.Mater Chem Phys‚2004‚84(2/3):251 [3] Khalid F A‚Klotz U E‚Elsener H R‚et al.On the interfacial nanostructure of brazed diamond grits.Scripta Mater‚2007‚50 (8):1139 [4] Trenker A‚Seidemann H. High-vacuum brazing of diamond tools.Ind Diamond Rev‚2002‚(1):49 [5] Yang J J‚Meng W R‚He L.Evaluation of the interfacial charac￾teristics between diamond and filling alloy using tensile test method.Diamond Abrasives Eng‚2004(1):49 (杨吉军‚孟卫如‚贺林.拉伸法评价钎料/金刚石单晶颗粒的 界面结合特性.金刚石与磨料磨具工程‚2004(1):49) [6] Ma B J‚Xu H J‚Fu Y C.Study on the grain damage characteris￾tics of diamond quills in face grinding.China Mech Eng‚2004‚ 15(12):1085 (马伯江‚徐鸿钧‚傅玉灿.金刚石磨盘磨削的磨粒损伤特性研 究.中国机械工程‚2004‚15(12):1085) [7] Huang H‚Zhang G Q‚Xu X P.Study on the wear of brazed dia￾mond grits.J Fuz hou Univ Nat Sci‚2005‚33(3):313 (黄辉‚张国青‚徐西鹏.钎焊金刚石磨粒磨损性能研究.福州 大学学报:自然科学版‚2005‚33(3):313) [8] Huang H‚Zhan Y J‚Xu X P.Characteristics of brazed diamond wear in grinding of granite.T ribology‚2007‚27(3):279 (黄辉‚詹友基‚徐西鹏.磨削花岗岩过程中钎焊金刚石磨损特 征分析.摩擦学学报‚2007‚27(3):279) [9] Huang H‚Zhang G Q‚Zhan Y J‚et al.Force in surface grinding of granites with a brazed diamond wheel.Key Eng Mater‚2006‚ 315/316:185 [10] Xu X P‚Li Y‚Malkin S.Forces and energy in circular sawing and grinding of granite.J Manuf Sci Eng‚2001‚123:13 [11] Guo Z M‚Song Y Q‚Chen H X‚et al.Super Hard Material & Tool.Beijing:Metallurgical Industry Press‚1966:10 (郭志猛‚宋月清‚陈宏霞‚等.超硬材料与工具.冶金工业出版 社‚1996:10) [12] Xiao B‚Xu H J.Form and distribution characterization of reac￾tion products at the brazing interface between N-i Cr alloy and di￾amond.Key Eng Mater‚2004‚258/259:151 [13] Wu Z B‚Xu H J‚Yao Z J‚et al.A research on the framework of organization of brazed mono-layer diamond grinding wheel with N-i Cr alloy.J Appl Sci‚2002‚20(1):10 (武志斌‚徐鸿钧‚姚正军‚等.Ni—Cr 合金钎焊单层金刚石砂 轮界面结构的研究.应用科学学报‚2002‚20(1):10) [14] Zhang J Z. Analysis on determination method of diamond strength.Super Hard Mater Gem‚2002‚14(46):5 (章兼植.对金刚石强度测定方法的分析.超硬材料与宝石‚ 2002‚14(46):5) 第10期 张国青等: 钎焊金刚石磨粒焊接强度 ·1153·
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