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姓名Name 潘永寧 Yung-Ning Pan
職稱Title 教授 Professor
辦公室Office 731
電話Phone 2365-9940, 33662697
傳真Fax 2363-1755
電子郵件E-mail panyn@ntu.edu.tw
個人網頁Homepage  
實驗室Lab 鑄造實驗室
自傳
Short Biography

臺灣大學 機械工程學士, 1975
B.S. in Mechanical Engineering, National Taiwan University, 1975

威斯康辛大學 材料科學暨工程碩士, 1979
M.S. in Materials Science and Engineering, University of Wisconsin-Madison, 1979

威斯康辛大學 材料科學暨工程博士, 1982
Ph.D. in Materials Science and Engineering, University of Wisconsin-Madison, 1982

研究領域
Research Interests
鑄造、生醫材料、熱處理
Casting, Bio-Materials, Heat Treatment
教學課程
Teaching Courses

鑄造學、機械製造、製造原理
casting, manufacturing processes

研究計劃
Research Projects

研究計畫 (Research Projects – 2006~2012)

1.大型風力機關鍵性關鍵性元件之材質研究與製程應用研發(2/2),主持人,計畫期間: 101/01~101/12,委任單位: 國科會 ( NSC101-3113-E-002-001)。$4,594,000

2.高效能熱解生質燃料生產設備及製程技術研發(1/2),主持人,計畫期間: 100/06~101/05,委任單位: 國科會 (NSC100-2622-E-002-014-CC2)。$ 1,567,162

3.熱穩定金屬材料開發及應用低熱膨脹鑄鐵製程參數研究報告編號,主持人,計畫期間: 100/05~100/12,委任單位: 金屬中心 (MIRCD-707-V102(100))。$500,000

4.大型風力機關鍵性元件之材質研究與製程應用研發(1/2),主持人,計畫期間: 100/01~100/12,委任單位: 國科會 (NSC100-3113-E-002-002)。$5,000,000

5.100年度「產業先進設備人才培育計畫」,主持人,計畫期間: 100/01~100/12,委任單位: 教育部 (100M3214)。$350,000

6.爐渣改良劑(Slag X)對鋼鐵熔液清淨度之效能分析研究,主持人,計畫期間: 99/03~99/05, 委任單位: 見得行股份有限公司 (99-S-A24)。$400,000

7.大型風力機關鍵性元件之材質研究與製程應用研發,主持人,計畫期間: 98/11~99/12,委任單位: 國科會 (NSC98-3114-E-002-007)。$4,708,000

8.應用於高溫熱疲勞之薄壁石墨鑄鐵之研製,主持人,計畫期間: 97/08~99/07,委任單位: 國科會 (NSC97-2221-E-002-032-MY2)。$1,526,000

9.公務人員高等考試三級考試暨普通考試機械工程類科應試科目命題大綱委託研究案,主持人,計畫期間: 98/04 ~98/11,委任單位: 考選部。$238,000

10.複合陶瓷模具強度測試機開發,主持人,計畫期間: 97/09~97/11, 委任單位: 復盛股份有限公司 (98-S-A21)。$300,000

11.耐磨耗雙金屬(高Cr白口鑄鐵/球墨鑄鐵)之合金設計、熱處理條件及鑄造技術之研究,主持人,計畫期間: 96/08~97/07,委任單位: 國科會 (NSC96-2221-E002-153)。$650,000

12.低熱膨脹鑄鐵之鑄造性及加工性研究,主持人,計畫期間: 95/08~96/07,委任單位: 國科會 (NSC95-2221-E002-114)。$801,000

13.平衡桿溫度對金相組織及耐久性之影響,主持人,計畫期間: 95/01~95/12,委任單位: 中華汽車 (95-S-C01-I)。$700,000

14.2MW風力機之葉片旋轉輪殼系統鑄件新產品之開發,主持人,計畫期間: 95/08~96/01,委任單位: 源潤豐公司 (95-S-A24)。$1,000,000

研究著作
Publications

國際期刊論文 (International Journal Papers)

1.H. H. Cornell, C. R. Loper, Jr. , T. Kimura and E. N. Pan, “Additions to Blast Furnace Iron for the Production of Large Castings,” Ferroalloys and Other Additives to Liquid Iron and Steel, Lampman and Peters edited, ASTM, Pp. 110-124, USA,1981.

2.P. C. Liu, C. R. Loper, Jr., T. Kimura and E. N. Pan, “Observation on the Graphite Morphology of Compacted Graphite Cast Iron,” AFS Trans., Vol.89, Pp.65-78, 1981.

3.E. N. Pan, K. Ogi and C. R. Loper, Jr., “Analysis of the Solidification Process of Compacted Graphite Cast Iron,” AFS Trans., Vol.90, Pp.509-527, 1982.

4.E. N. Pan and C. R. Loper, Jr., “Compacted/Vermicular Graphite Cast Iron - Its Graphite Structure, Solidification Mechanism, Production Method, Quality Control, Properties, Applications and Development (I),” (in Chinese) J. of Chinese Foundrymen's Association, No.36, Pp.16-25, March, 1983.

5.E. N. Pan and C. R. Loper, Jr., “Compacted/Vermicular Graphite Cast Iron - Its Graphite Structure, Solidification Mechanism, Production Method, Quality Control, Properties, Applications and Development (II),” (in Chinese) J. of Chinese Foundrymen's Association, No.37, Pp.15-36, June, 1983.

6.E. N. Pan, “The Application of Sequential Filling Technique on the Design of Gating System,” (inChinese)J. of Chinese Foundrymen's Association, No.39, Pp.26-30, December, 1983.

7.E. N. Pan, “The Production of As-cast Bainitic Compacted Graphite Cast Iron,” (in Chinese) J. of Chinese Foundrymen's Association, No.40, Pp.1-14, March, 1984.

8.H. H. Cornell, C. R. Loper, Jr., E. N. Pan and K. Ogi, “Some Aspects of the Inoculation and Fading of Rare Earth Treated Compacted/Vermicular Graphite Cast Iron,” AFS Trans., Vol.92, Pp.401-408, 1984.

9.E. N. Pan and C. R. Loper, Jr., “A Study of the Production of Compacted/ Vermicular Graphite Cast Iron in Thin Section,” AFS Trans., Vol.93, Pp.523-532, 1985.

10. E. N. Pan, “On the Growth Mechanism and Microstructure of Graphite in Cast Iron (I),” (in Chinese) J. of Chinese Foundrymen's Association, No.44, Pp.28-45, March, 1985.

11.E. N. Pan, “On the Growth Mechanism and Microstructure of Graphite in Cast Iron (II),” (in Chinese) J. of Chinese Foundrymen's Association, No.46, Pp.9-24, September, 1985.

12.C. R. Lin, T. S. Lei and E. N. Pan, “A Study On Prediction and Control of Cast Iron Graphite Structure by Using Thermal Analysis Technique and Micro-Computer, ” (in Chinese) J. of Chinese Foundrymen's Association, No.49, Pp.1-21, June, 1986.

13.E. N. Pan and C. R. Loper, Jr., “Matrix Development in Graphitic Cast Iron,” AFS Trans., Vol.94, Pp.545-556, 1986.

14.E. N. Pan, M. S. Lor and C. R. Loper, Jr., “Effects of Cu, Sn and Mn on the Eutectoid Transformation in Graphitic Cast Irons,” AFS Trans., Vol.95, Pp.819-840, 1987.

15. E. N. Pan, T. S. Lei, C. R. Lin and J. L. Meng, “The Thermal Analysis/ Microprocessor System for Prediction of Melt Chemistry and Solidification Microstructure of Cast Irons,” Journal of Chinese Society of Mechanical Engineers, Vol.8, No.4, Pp.251-260, 1987.

16.E. N. Pan and W. S. Hsu, “ Effects of Some Variables on the Matrix and Mechanical Properties of Ferritic Ductile Irons,”AFS Trans., Vol.96, Pp.645-660, 1988.

17.E. N. Pan, M.W. Hsieh and S. S. Jang, “A study of the Influence of Processing Parameters on the Microstructure and Properties of A356 Aluminum Alloy,” AFS Trans., Vol.97, Pp.397-414, 1989.

18.E. N. Pan, C. S. Lin and C. R. Loper, Jr., “Effects of Solidification Parameters on the Feeding Efficiency of A356 Aluminum Alloy,” AFS Trans., Vol.98, Pp.735-746, 1990.

19.C. R. Lin and E. N. Pan, “A Study on the Production of As-Cast Ferritic Irons by the Planning Experimental Method,” Journal of Technology, Vol.5, No.4, Pp.371-381, 1991.

20.E. N. Pan, H. S. Chiou and G. J. Liao, “Effects of Modification and Solidification Conditions on the Feeding Behavior of A356 Aluminum Alloy,” AFS Trans., Vol.99, Pp.605-621, 1991.

21.E. N. Pan and C. C. Lu, “Study on the Production of Graphite Cast Irons by the Evaporative Pattern Casting Process,” US/Taiwan Symposium on Advanced Manufacturing Process, Atlanta, GA, USA, 1993.

22.E. N. Pan, S. P. Chen and C. R. Loper, Jr., “Influence of Metallurgical Parameters on Low Thermal Expansion Austenitic Cast Iron,” AFS Trans., Vol.101, Pp.293-303, 1993.

23.H. S. Chiou, R. H. Yen, M. D. Chu and E. N. Pan, “Solidification Pattern of an Aluminum Alloy in Step-Plate Castings,” Journal of the Chinese Society of Mechanical Engineers, Vol.14, No.1, Pp.53-62, 1993.

24.C. R. Loper, Jr., A. Javaid and E. N. Pan, “Graphite Morphology Control in Heavy Section Ductile Iron,” The Ductile Iron Society, USA, 1993.

25.S. Z. Wang, H. S. Chiou and E. N. Pan, “Effects of Metallurgical Parameters on Thermal Expansion Coefficient of Austenitic Cast Iron,” (in Chinese) J. of Chinese Foundrymen's Association, No.80, Pp.8-21, March, 1994.

26.E. N. Pan, “Consideration in the Production of Heavy Section Ductile Cast Iron,” (in Chinese) J. of Chinese Foundrymen's Association, No.80, Pp.27-36, March, 1994.

27.E. N. Pan, Y. C. Cherny, C. A. Lin and H. S. Chiou, “Roles of Strontium and Antimony on Silicon Modification of A356 Aluminum Alloys,” AFS Trans., Vol.102, 1994.

28.R. F. Hu, E. N. Pan, T. S. Pan, H. S. Chiou and Y. L. Lin, “Effects of Precipitation Hardening Heat Treatment on the Mechanical Properties of A206 Aluminum Alloy,” (in Chinese) J.of Chinese Foundrymen's Association, No.84, Pp.28-41, March,1995.

29.胡瑞峰、潘永寧、潘泰伸、邱弘興、林於隆 , “析出硬化處理對A206鋁合金機械性質之研究 ,” 中華民國鑄造學會期刊 (鑄工季刊 ), 第21 卷第1期 (第84期 ), Pp.28-41, 1995年3月(NSC82-0401-D-002-014).

30.E. N. Pan, C. N. Lin and H. S. Chiou, “Effects of Pb and Solidification Conditions on the Graphite Structure of Heavy Section Ductile Cast Iron,” AFS Trans., Vol.103, Pp.265-273, 1995 (NSC83-0405-E-002-020).

31.許振武、邱弘興、潘永寧 , “以消失模型鑄造法生產灰口煞車盤鑄鐵件 之究 ,” 中華民國鑄造學會期刊 (鑄工季刊 ), 第21卷第3期(第86期 ), Pp.53-67, 1995年9月(NSC84-2216-E-003-001).

32.E. N. Pan and C. Y. Chen, “Effects of Bi and Sb on the Graphite Structure of Heavy Section Ductile Cast Irons,” AFS Trans., Vol.104, Pp.265-273, 1996 (NSC83-0405-E-002-020).

33.E. N. Pan, J. F. Hu and C. C. Fan, “Solution Treatment Conditions for Optimal Tensile Properties in the A357 Alloy,” AFS Trans., Vol.104, Pp.119-1132, 1996 (NSC84-0210-D002-031).

34.胡瑞峰、潘永寧 , “Al-Si系和Al-Si-Cu系合金之流動性研究 ,”中華民 國鑄造學會期刊 (鑄工季刊 ),第23卷第1期(第92期 ), Pp.48-66, 1997年3月 .

35.E. N. Pan and J. F. Hu, “Study on the Fluidity of Al-Si Alloys,” AFS Trans., Vol.105, Pp.413-418, 1997.

36.邱弘興、 郭 金國、 潘 永寧 , “消失模型鑄造法塗層技術之研究 ,” 中華民 國鑄造學會期刊 (鑄工季刊 ),第23卷第2期 (第93期 ), Pp.59-81, 1997年6月 (NSC84-2216-E-002-031).

37.廖高宇、蘇昭源、潘永寧 , “消失模型鑄造法之模型熱分解現象及其對 球墨鑄鐵顯微組織之影響 ,” 中華民國鑄造學會期刊 ( 鑄工季刊 ), 第23卷第3期(第94期), Pp.53-71, 1997年9月(NSC85-2216-E-002-036).

38.駱新田、潘永寧 , “微量元素 (Pb、Bi、Sb)以及 Ce 對於厚件球墨鑄鐵顯 微組織和機械性質之影響 ,” 中華民國鑄造學會期刊 ( 鑄工季刊 ),第24卷第1期(第96期 ), Pp.23-45, 1998年3月(NSC83-0405-E-002-020).

39.E. N. Pan and J. F. Hu, “Determination of Latent Heat and Changes in Solid Fraction During Solidification of Al-Si Alloy by the CA-CCA Method,” International Journal of Cast Metals Research, Vol.10, No.6, Pp.307-309, 1998.

40.E. N. Pan and J. F. Hu, “Fluidity of Al-Si(Cu) Alloys As Affected by Alloy Solidification Modes,” AFS Trans., Vol.106, Pp.609-617, 1998.

41.E. N. Pan and K. Y. Liao, “Study on Flowability of EPC A356 Al Alloy,” AFS Trans., Vol.106, Pp.233-242, 1998 (NSC86-2216-E-002-016).

42.E. N. Pan and K. Y. Liao, “Study on the Filling Behavior of the Evaporative Pattern Casting (EPC) A356 Al Alloys,” AFS Trans., Vol.107, Pp.751-760, 1999 (NSC86-2216-E-002-016).

43.胡瑞峰、潘永寧、趙令建 , “永久模鑄造Al-Si系和Al-Si-Mg系合金流 動性之研究 ,” 中華民國鑄造學會期刊(鑄工季刊 ),第25卷第2期(第101期 ), Pp.17-26, 1999年6月 .

44.謝志浩、潘永寧 , “消失模A356 鋁合金鑄件之顯微組織分析 ,” 中華民 國鑄造學會期刊(鑄工季刊 ),第25卷第3期(第102期 ), Pp.51-68, 1999年9月 .

45.E. N. Pan and K. Y. Liao, “Analysis of the Flow and Solidification Patterns of the Lost Foam (EPC) A356 Al Cast Alloy,” Journal of the Chinese Society of Mechanical Engineers, Vol.21, No.3, Pp.283-292, 2000.

46.邱曜嘉、潘永寧 , “消失模型 A356 鋁合金剎車泵外殼之研製 ,” 中華民 國鑄造學會期刊(鑄工季刊 ),第26卷第3期(第106期 ), Pp.8-22, 2000年9月 .

47.E. N. Pan, K. Z. Lu and H. S. Chiou, “Study on the Effect of Silicon Morphology on the Hardness and Wear Resistance of the A390 Alloy,” AFS Trans., Vol.108, 2000.

48.E. N. Pan and G. L. Sheu, “Mold Filling Behavior in Vertical Gating Lost Foam Aluminum Alloy,” AFS Trans., Vol.109, Pp.1503-1521, 2001.

49.洪炎輝、 潘 永寧、 倪 國裕、 林 於隆 , “A201鑄造鋁合金X-ray等級與抗 拉性質之關係 ,” 中華民國鑄造學會期刊 (鑄工季刊 ),第27卷第1期(第108 期 ), Pp.34-40, 2001年3月 .

50.胡瑞峰、蕭毅憫、蔡俊彥、潘永寧 , “機械攪拌法製造鋁基碳化矽複合 材料之攪拌模擬分析 ,” 中華民國鑄造學會期刊 (鑄工季刊 ),第27卷第1 期(第108期 ), Pp.56-76, 2001年3月 .

51.胡瑞峰、蔡俊彥、蕭毅憫、潘永寧、黃立仁 , “製程參數對鋁基碳化矽 複合材料流動性的影響 ,” 中華民國鑄造學會期刊 (鑄工季刊 ),第27卷第2期(第109期 ), Pp.1-14, 2001年6月 .

52.潘永寧 , “ 消失模型鑄造法之金屬熔液流動特性 ,” 中華民國鑄造學會 期刊 (鑄工季刊 ),第27卷第3期(第110期 ), Pp.28-42, 2001年9月 .

53.許光良、潘 永寧 , “消失模鋁合金垂直澆鑄之熔液流動現象分析 ,” 中華 民國鑄造學會期刊 (鑄工季刊 ),第27卷第3期(第110期 ), Pp.43-55, 2001年9月 .

54.許光良、潘永寧 , “消失模鋁合金垂直澆流系統-雙層 模型之充模模式 探討 ,” 中華民國鑄造學會期刊 (鑄工季刊 ),第27卷第3期(第110期 ), Pp.56-66, 2001年9月 .

55.胡瑞峰、嚴偉峰、江平祺、黃立仁、潘永寧 , “流動凝固模式對鋁基複 合材料流動性之影響 ,” 中華民國鑄造學會期刊 (鑄工季刊 ),第28卷第1期(第112期 ), Pp.50-64, 2002年3月 .

56.胡瑞峰、蕭毅憫、張立人、黃立仁、潘永寧 , “縮狀石墨鑄鐵之高溫抗 氧化與耐熱疲勞性質 ,” 中華民國鑄造學會期刊 (鑄工季刊 ),第28卷第2期(第113期 ), Pp.63-79, 2002年6月 .

57.魏瓞 彰、 潘永 寧, “球狀石墨鑄鐵之耐氧化性研 究,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第29卷第1期(第116期 ), Pp. 1-12, 2003年3月 .

58.胡瑞峰、嚴偉峰、張立人、潘永寧 , “臥式擠壓鑄造冶金參數及製程 參數對鋁基碳化矽複合材料流動性之影響 ,” 鑄造工程學刊 (J. of Taiwan Foundry Society),第29卷第1期(第116期 ), Pp.58-79, 2003年3月 .

59.洪炎輝、胡瑞峰、蘇侃、潘永寧 , “鑄造與滾對於生醫級鈦合金內部 及表層組織特性之影響研究 ,” 鑄造工程學刊 (J. of the Taiwan Foundry Society), 第29卷第1期(第116期 ), Pp.80-87, 2003年3月 .

60.羅俊祥、林明山、潘永寧 , “低熱膨脹鑄鐵之冶金性質研究 ,” 鑄造工程學刊 (J. of Taiwan Foundry Society),第 29卷第 3期(第118期 ), Pp.32-45, 2003年 9月 .

61.楊永 義、 鄧 信 俊、 溫逸 隆、 潘 永寧 , “由熔鐵爐風口噴入焦碳粉及氧氣 (富氧 )之增碳技術研發 ,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第 29卷第 4期(第 119期 ), Pp.11-21, 2003年 12月 .

62.E. N. Pan and K. L. Sheu, “The Filling Phenomena in Lost Foam Molds of Cast Iron and Aluminum Alloy,” AFS Trans., Vol.111, 2003.

63.E. N. Pan, M. S. Lin, J. H. Lao and K. Y. Liao, “Development of Low Thermal Expansion Cast Irons,” AFS Trans., Vol.111, 2003.

64.Y. H. Hon, J. Y. Wang and Y. N. Pan, “Composition/Phase Structure and Properties of Titanium-Niobium Alloys,” Materials Transactions, Vol.44, No.11, Pp.2384-2390, 2003.

65.J. H. Kuo, J. C. Chen, Y. N. Pan and W. S. Hwang, “Mold Filling Analysis in Lost Foam Casting process for Aluminum Alloys and Its Experimental Validation,” Materials Transactions, Vol.44, No.10, Pp.2169-2174, 2003.

66.Y. H. Hon, J. Y. Wang and Y. N. Pan, “Microstructures and Mechanical Behaviors of Ti-30Nb-1Fe-xHf Alloys,” Materials Transactions, Vol.45, No.7, Pp.2449-2455, 2004.

67.Y. H. Hon, J. Y. Wang and Y. N. Pan, “Influence of Hafnium Content on Mechanical Behaviors of Ti-40Nb-xHf Alloys,” Materials Letters, 58, Pp.3182-3186, 2004.

68.E. N. Pan, Y. L. Wen, Y. Y. Yang and S. J. Deng, “Technology Development of Tuyere Coke Powder Injection for Carbon Pickup in Cupola,” AFS Trans., Vol.112, 2004.

69.洪文琦、林明山、潘永寧 ,“低熱膨脹鑄鐵之切削性研究 ,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第 30卷第 1期(第120期 ), Pp. 40-53, 2004年 3月 .

70.M. S. Lin, W. C. Hong and E. N. Pan, “Machinability of Cast irons with Low Thermal Expansion Coefficient,” AFS Trans, Vol.113, 2005 (EI).

71.洪炎輝、王建義、鄭榮瑞、潘永寧, “生醫用鈦合金之顯微組織及機械性 質研究 ,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第31卷第1期(第124期 ), Pp.8-15, 2005年3月 .

72.林明山、潘永寧 , “ 低熱膨脹鑄鐵之冶金特性分析 ,” 鑄造工程學刊 (J. of Taiwan Foundry Society) , 2005年.

73.E. N. Pan and M. S. Lin, “On the Riser Design of Cast Iron With Low Thermal Expansion Coefficient,” AFS Trans., Vol.114, 2006. (EI)

74.李建良、王子威、曾俊達、潘永寧, “Sn-Zn 近共晶合金之冒口設計及電鍍鎳對於抗彎性之影響研究,” 鑄造工 程 學刊 (J. of Taiwan Foundry Society), 第32卷第2期(第129期), Pp.49-61, 2006年 6月.

75.吳恩育、 馮國治、 張振庭、 洪炎輝、 歐耿良、 永寧, “Nb及Hf對於Ti-xNb-yHf合金之機械性質和生物相容性之影響,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第32卷第2期(第129期), Pp.28-37, 2006年6月.

76.E. N. Pan, S. W. Lin and P. C. Yu, “Improvement in Gravity-Segregation of Primary Silicon in Hyper-Eutectic Al-Si Alloys,” AFS Trans., Vol. 115, 2007. (EI)

77.吳恩育、李傳莉、洪炎輝、歐耿良、潘永寧, “以O2電漿處理進行Ti-40Nb-1Hf 合金表面改質之研究,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第33卷第2期(第133期), Pp.28-37, 2007年6月.

78.游弼鈞、張瑞模、邱平生、潘永寧, “雙金屬(高Cr鑄鐵-合金鋼)水泥鎚頭之研發-最佳熱處理條件建立及耐磨耗分析,” 鑄造工程學刊(J. of Taiwan Foundry Society),第33卷第3期(第134期), Pp.28-37, 2007年9月.

79.Kuo-Chih Feng, En-Yu Wu, Yung-Ning Pan and Keng-Liang Ou, “Effects of Chemical and Heat Treatments on Surface Characteristics and Biocompatibility of Titanium-Niobium Alloys,” Materials Transactions, 48-11, Pp.2978-2985, 2007. (SCI)

80.En-Yu Wu, Keng-Liang Ou, and Yung-Ning Pan, “Enhancement of Biocompatibility on Bioactive Ti-Nb-Based Alloy by High-Density Plasma Modification,” Materials Transactions, 48-12, Pp.3164-3169, 2007. (SCI) 81.Pen-Wen Peng, Yung-Ning Pan and Keng-Liang Ou, “Effect of Porous Oxide Films on Characterization and Bioactivity of Titanium Niobium Alloy by Electrochemical Treatments,” ECS (The Electrochemical Society) Transactions, Volume 3, Issue 19, Pp.27-36, 2007.

82.張宏源、范振佶、鄭進華、潘永寧, “薄壁球狀石墨鑄鐵之高溫熱疲勞性質研究,” 鑄造工程學刊(J. of Taiwan Foundry Society), 第34卷第4期(第139期), 2008年12月.

83.Y. N. Pan, P. C. Yu and R. M. Chang, “Production of Bi-Metal (High-Cr Cast Iron -Alloyed Steel) Hammers and Analyses of Microstructure and Properties,” AFS Transactions, Vol. 116, Pp.563-576, 2008. (EI)

84.Y. N. Pan, W. S. Chang and R. M. Chang, “Optimal Heat Treatment Conditions and Properties of Bimetal (High-Cr Cast Iron -Alloyed Steel) Hammers,” International Journal of Cast Metals Research, Vol. 21, No. 1-4, Pp.71-75, 2008. (SCI)

85.N. T.Wen, F. J. Chen, M. D. Ger, Y. N. Pan and C. S. Lin, “Microstructure of Trivalent Chromium Conversion Coating on Electro galvanized Steel plate, ” Electro chemical and Solid-State Letters, 11 (8) C47-C50, 2008. (SCI)

86.Y. N. Pan, W. S. Chang, N. Sasaguri and Y. Matsubara, “Effects of C and W Contents and Heat Treatment Condition on Microstructure and Wear Resistance of Multi-component White Cast Irons, ” AFS Transactions, Vol. 117, 2009. (EI)

87.E. Y. Wu, K. L. Ou, S. F. Ou, Klaus D. Jandt and Y. N. Pan, “Effect of O2-plasmaTreatment on Surface Characteristics and Osteoblast-like MG-63 Cells response of Ti-30Nb-1Fe-1Hf Alloy,” Materials Transactions, Vol. 50, No. 4, pp.891-898, 2009. (SCI)

88.Shih-Fu Ou, Chao-Sung Lin and Yung-Ning Pan, “Formation of Hydroxyapatite on Low Young's Modulus Ti-30Nb-1Fe-1Hf Alloy via Anodic Oxidation and Hydrothermal Treatment,” Materials Science and Engineering C, 29, Pp.2346-2354, 2009. (SCI)

89.Y. N. Pan, C. C. Fan, H. Y. Chang and C. H. Cheng, “High Temperature Thermal Fatigue Property of Thin-Section Ductile Cast Iron,” AFS Trans., Vol. 118, 2010. (EI)

90.P.W. Peng, K. L. Ou, H. C. Lin, Y. N. Pan, C. H. Wang, “Effect of Electrical-discharging on Formation of Nanoporous Biocompatible Layer on Titanium, ” Journal of Alloys and Compounds, 492(1-2), 625-630, 2010. (SCI)

91.P.W. Peng, K. L. Ou, C. Y. Chao, Y. N. Pan, C. H. Wang, “Research of Microstructure and Mechanical Behavior on Duplex (+) Ti-4.8Al-2.5Mo-1.4V Alloy, ” Journal of Alloys and Compounds, 490(1-2), 661-666, 2010. (SCI)

92.陳黼澤,黃大展,林招松,潘永寧,“電鍍鎳鎢合金之微結構與機械性質,”中正嶺學報 Journal of Chung Cheng Institute of Technology,第三十九卷,第一期,2010年5月。(EI)

93.F. J. Chen, Y. N. Pan, C. Y. Lee, and C. S. Lin, “Internal Stress Control of Nickel-Phosphorus Electrodeposits Using Pulse Currents,” Journal of the Electrochemical Society, 157 (3) D154-D158, 2010. (SCI)

94.M. S. Chen, P.W. Peng, Y. N. Pan and K. L. Ou, “Effect of Silver on Antibacterial Properties of Stainless Steel,” Applied Surface Science, 2010, in revise.

95.王聲豪, 林宏銘, 潘永寧, “高鉻鑄鐵之耐磨耗性質探討, ” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第37卷第1期 (第148期) , Pp.19-26, March 2011.

96.蘇子銘, 張瑞模, 潘永寧, “耐低溫衝擊性能之厚壁球墨鑄鐵之研發, ” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第37卷第2期 (第149期) , Pp.17-28, June 2011.

97.Yen-Chang Chen, Yung-Ning Pan, and Kuo-Huang Hsieh, “Study on Pyrolysis Reactor Development and Its Fast Pyrolysis Process in Converting Bio-mass into Bio-oil,” J. of Chinese Society of Mechanical Engineers (CSME), 2011. (SCI)

98.S. H. Wang, H. M. Lin and Y. N. Pan, “Study on Wear Resistance Property of High-Cr Cast irons,” J. of Taiwan Foundry Society, Vol.37, No.1 (No.148), Pp.19-26, March 2011.

99.Shih-Fu Ou, Chao-Sung Lin, and Yung-Ning Pan, “Microstructure and Surface Characteristics of Hydroxyapatite Coating on Titanium and Ti-30Nb-1Fe-1Hf by Anodic Oxidation and Hydrothermal Treatment,” Surface and Coatings Technology, Vol. 205, Issues 8-9, Pp.2899-2906, January 2011. (SCI)

100.Yung-Ning Pan, Chen-Chi Fan and Chih-Hung Chang, “Effects of Graphite Shape on Thermal Fatigue Property of Thin Wall Graphite Cast irons,” Key Engineering Materials Vol. 457, Pp.398-403, Trans Tech Publications, Switzerland, 2011. (EI)

101.Shih-Fu Ou, Hsin-Hua Chou, Chao-Sung Lin, Keng-Liang Ou and Yung-Ning Pan, “Effects of Anodic Oxidation and Hydrothermal Treatment on Surface Characteristic and Biocompatibility of Ti-30Nb-1Fe-1Hf Alloy,” Applied Surface Science, (accepted), 2012.

102.Yen-Chang Chen and Yung-Ning Pan, “Effects of Grain Size and Rotational Speed on the Bio-oil Yield in a Fast Pyrolysis Reactor Employing a Single Tapered Screw Extruder,” Advanced Materials Research, Vols. 347-353, Pp.153-156, 2012. (EI)

103. E. N. Pan, C. C. Lin and R. M. Chang, “The Optimal Alloy Design and Process Conditions for Heavy Section Ductile Cast Irons with High Sub-Zero Impact Toughness,” AFS Transactions, Vol. 119, 2012. (EI)

 

 

國際會議論文 (International Conference Papers):(2007 ~ 2011)

 

1.P. W. Peng, K. L Ou, H. Y. Cheng, Y. N. Pan and S. L. Chen, “Influence of Electrical Discharge Machining on the Biocompatibility of Titanium-Based Alloy (Ti6AAL4V),” ECS International Conference, 2012. (to attend)

2.Y. N. Pan, “Assessment of Nano-Ag Ions Effect on the Glucosyltransferase (GTF) Activity of Streptococcus Mutans ,” the 7th Asia-Pacific International Symposium on the Basics and Applications of Plasma Technology (APSPT-7), Taiwan, April 14-16, 2012. (to attend)

3.C. J. Shih, C. S Lin and Y. N Pan, “Surface-modified diamond embedded in nickel matrix composite for intrinsic polishing application,” the 7th IEEE International Conference on Nano/Micro Engineered and Molecular System (IEEE-NEMS 2012), 2012. (to attend)

4.Yung-Ning Pan and Chi-Chia Lin, “Study on the Microstructure Characteristics and Optimal Casting Conditions for the Production of Key Components Used in Large-scale Windmills,” the 12th International Union of Materials Research Societies-International Conference in Asia 2011 (IUMRS-ICA 2011), Taipei, Taiwan, September 19-22, 2011

5.Yung-Ning Pan, Sheng-Hau Wang, Kaoru Yamamoto, Nobuya Sasaguri and Yasuhiro Matsubara, “Wear Resistance Characteristics of High-Cr White Cast Irons of Various Alloying Compositions,” Proceedings of the 4th International Conference on Abrasion Wear Resistance Cast Iron for Rolling and Pulverizing Mills (ABRASION 2011), University of Liege, Liege, Belgium, August 21-24, 2011.

6.Yung-Ning Pan, “Effect of Slag-X on the Cleanness of the Iron Melt,” The 69th World Foundry Congress, Hangzhou, China, October 17-20, 2010.

7.Yung-Ning Pan, Chen-Chi Fan and Chih-Hung Chang, “Effects of Graphite Shape on Thermal Fatigue Property of Thin Wall Graphitic Cast Irons,” Proceedings of the 9th International Symposium on Science and Processing of Cast Iron – SPCI-9, Luxor, Egypt, November 9-13, 2010.

8.K. L. Ou, P. W. Peng, H. M. Lin and Y. N. Pan, “Antibacterial Effects of Silver and Cerium Containing on Medical Stainless Steel,” the 217th ECS International Conference, Vancouver, BC, Canada, April 25-30, 2010.

9.K. L. Ou, P. W. Peng, Y. N. Pan, C. F. Huang and H. C. Cheng, “Enhanced Intrinsic Biomechanical Properties of Osteoblastic Mineralized Tissue on Chemically Modified TiNb Alloy,” the 16th International Conference on Surface Modification of Materials by Ion Beams (SMMIB 2009), 09, 2009

10.S. Ou, Y. Pan and C. Lin, “Formation of Hydroxyapatite on Ti-30Nb-1Fe-1Hf by Anodizing Oxidation and Hydrothermal Treatment,” 15th ECS Meeting, 05, 2009

11.Y. N. Pan, C. C. Fan, H. Y. Chang and C. H. Cheng, “High Temperature Thermal Fatigue Property of Thin-Section Spheroidal Graphite Cast Iron,” The Carl Loper Cast Iron Symposium, May 2009.

12.P. W. Peng, H. C. Cheng, Y. N. Pan and K. L. Ou, “Study on Antibacterial Mechanism of AISI 304 Stainless Steel with Silver Content,” Biomedical Engineering Society 2009 Annual Symposium, December 2009.

13.P.W. Peng, H.C. Cheng, Y.N. Pan and K.L. Ou, “Study on Characterizations and Antibacterial Effect of stainless Steel with Ag Content,” Biomedical Engineering Society 2009 Annual Symposium, December 2009.

14.H. C. Cheng, P. W. Peng, Y. N. Pan, C. S. Chen and K. L. Ou, “Research of Hemocompatability on Titanium with P-15 Functional Biofilm,” Asia Pacific Conference on Optics Manufacture 2009 (APCOM 2009), February 2009.

15.F. Chen, N. Wen, M. Ger, Y. Pan and C. Lin, “Characterization of Hexavalent and Trivalent Chromium Conversion Coatings on Electrogalvanized Steel,” the 213th ECS (Electrochemical Society) Meeting, Phoenix, AZ, May 18- 22, 2008.

16.Y. N. Pan, W. S. Chang and R. M. Chang, “Optimal Heat Treatment Conditions and Properties of Bimetal (High Cr Cast Iron/Alloyed Steel) Hammers,” Proceedings of 10th Asian Foundry Congress, Nagoya, Japan, May 21-24, 2008.

17.E. N. Pan,, W. S. Chang, N. Sasaguri and Y. Matsubara, “Effects of C and W Contents and Heat Treatment Condition on Microstructure and Wear Resistance of Multi-component White Cast Irons,” Proceedings of ABRASION 2008, pp. 35-48, Trento, Italy, August 24-27, 2008.

18.En-Yu Wu, Keng-Liang Ou, Yung-Ning Pan and Chang-Chih Chen, “Enhancement of Biocompatibility on Bioactive Ti-Nb-based Alloy by High-density Plasma Modification,” 2007 TMS, Orlando, USA, Feb.25-Mar.1, 2007.

19.P. W. Peng, Y. N. Pan and K. L. Ou, “Effects of Porous Oxide Films on Characterization and Bioactivity of Titanium Niobium Alloy by Electrochemical Treatments,” Symposium on “Biological Narostructures, Materials, and Applications” 2006 Joint International Meeting, Cancun, Mexico, Oct. 29-Nov. 3,2006.

20.En-Yu Wu, Keng-Liang Ou , Chiung-Fang Huang, Yen-Huei Hon, Kuo-Chih Feng, Chen-Ting Chang and Yung-Ning Pan, “Surface Modification of Ti-Nb-based Alloy by Low Temperature Plasma Treatment,” The International & American Associations for Dental Research (AADR ), Orlando, Florida, USA, March 8-11, 2006.

 

 

會議論文 (Domestic Conference Papers):(2007 ~ 2011)

 

1.林其加、張瑞模、潘永寧, “大型風力機關鍵鑄件之鑄造技術,” 台灣風能學術研討會, 100年12月16日, 國立成功大學。

2.盧祥安、潘永寧, “冶金及製程參數對於薄壁球墨鑄鐵表層組織之影響,” 台灣鑄造學會100年度論文發表會論文集, 100年12月4日, 國立高雄大學。

3.范振佶、張志宏、潘永寧, “石墨型態對薄壁鑄件之熱疲勞性質之影響,” 台灣鑄造學會100年度論文發表會論文集, 100年12月4日, 國立高雄大學。

4.林其加、張瑞模、潘永寧, “大型風力機關鍵鑄件之鑄造技術,” 台灣鑄造學會100年度論文發表會論文集, 100年12月4日, 國立高雄大學。

5.王聲豪、林宏銘、潘永寧, “高鉻鑄鐵之耐磨耗性質探討,” 台灣鑄造學會99年度論文發表會論文集, 99年11月28日, 國立台北科技大學。

6.張瑞模、潘永寧, “大型風力機用球墨鑄鐵製程條件對於球化率之影響,” 台灣鑄造學會99年度論文發表會論文集, 99年11月28日, 國立台北科技大學。

7.陳慶安、潘永寧, “冷激型低合金球墨鑄鐵之耐磨耗性探討,” 台灣鑄造學會99年度論文發表會論文集, 99年11月28日, 國立台北科技大學。

8.潘永寧, 陳延昌, “生質原料快速熱解成生質油之製程最佳化研究,” 綠色科技工程與應用研討會, 2010.

9.H. C. Cheng, P. W. Peng, Y. N. Pan, C. S. Chen and K. L. Ou, “Research of Hemocompatability on Titanium with P-15 Functional Biofilm,” Asia Pacific Conference on Optics Manufacture 2009 (APCOM 2009), Taipei, Taiwan, Feb. 11-14, 2009.

10.S. F. Ou, C. S. Lin and Y. N. Pan, “Microarc Oxidation and Hydrothermal Treatment of Biomedical Ti-30Nb-1Fe-1Hf Alloy,” 第28屆中華民國顯微鏡年會, 97年6月21日, 台中市中台科技大學。

11.陳黼澤、文念慈、蔡郁德、林招松、潘永寧、葛明德, “緩衝劑對三價鉻鈍化膜微結構與抗蝕性之影響,” 中華民國防蝕工程學會(第六屆海峽兩岸材料腐蝕與防護研討會),TW129, pp. 93-106,2008年11月9~12日, 台灣花蓮理想大地渡假飯店。

12.潘永寧, 張維鑫, Nobuya Sasaguri and Yasuhiro Matsubara, “碳、鎢含量及熱處理條件對多元合金白口鑄鐵顯微組織與耐磨耗性質之影響,” 台灣鑄造學會 97年度論文發表會論文集, 97年11月16日, 台南縣永康市桂田中信酒店。

13.張宏源、范振佶、潘永寧, “薄壁球狀石墨鑄鐵之高溫熱疲勞性質研究,”台灣鑄造學會97年度論文發表會論文集, 97年11月16日, 台南縣永康市桂田中信酒店。

14.歐士輔、潘永寧、林招松, “微弧氧化處理及水熱處理於生醫用鈦鈮合金之氫氧基磷酸鈣披覆,” 2008年中國材料學會年會論文, 97年11月21日, 台北市國立台北科技大學。

15.阮富華、歐士輔、潘永寧、林招松, “微純鈦上之含鈣磷氧化層及其水熱處理,” 2008年中國材料學會年會論文, 97年11月21日, 台北市國立台北科技大學。

16.歐士輔、潘永寧、林招松, “微弧氧化處理及水熱處理於生醫用鈦鈮合金之氫氧基磷酸鈣披覆,” 2008年中國材料學會年會論文, 97年11月21日, 台北市國立台北科技大學。

17.陳黼澤、簡志瑋、陳明威、謝曉華、林招松、潘永寧, “三價鉻電鍍層微結構分析,” 中國材料科學學會2008年會, 2008年11月21-22日, 台北臺北科技大學。

18.張維鑫, 潘永寧, “熱處理條件對高鉻鑄鐵耐磨耗性之影響,” 台灣鑄造學會96年度論文發表會論文集, 96年11月24日, 新竹科學園區–科技生活館。

19.范振佶, 張宏源, 潘永寧, “薄件球墨鑄鐵之研製,” 台灣鑄造學會96年度論文發表會論文集, 96年11月24日, 新竹科學園區–科技生活館。

20.馮國治、吳恩育、洪炎輝、歐耿良、潘永寧, “以鹼性溶液與熱處理法進行生醫用鈦合金表面改質之研究,” 2006年中國材料學會年會論文, 95年11月25日, 台南市國立成功大學。

21.吳恩育、李傳莉、洪炎輝、歐耿良、潘永寧, “以O2電漿處理進行Ti-40Nb-1Hf合金表面改質之研究,” 台灣鑄造學會95年度論文發表會論文集, 95年11月25日, 彰化縣中洲技術學院。

22.游弼鈞、張瑞模、邱平生、潘永寧, “雙金屬(高Cr鑄鐵-合金鋼)水泥鎚頭之研發-最佳熱處理條件建立及耐磨耗分析,” 台灣鑄造學會95年度論文發表會論文集, 95年11月25日, 彰化縣中洲技術學院。

23.潘永寧, “台灣鑄造業之明天,” 台灣區鑄造品工業同業公會95年度大會專題演講, 95年7月16日, 桃園。

24.潘永寧, “台灣鑄造工業之發展及研發狀況,” 兩岸三地鑄造業合作論壇, 2006年4月17日, 北京, 中國。

得獎紀錄 (Awards)

1.台灣鑄造學會論文獎, 2011: 王聲豪, 林宏銘, 潘永寧,“高鉻鑄鐵之耐磨耗性質探討, ” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第37卷第1期 (第148期) , Pp.19-26, June 2011.

2.振鋒企業 YOKE論文獎佳作, 2009: 陳黼澤、林招松、潘永寧,“於胺基磺酸浴中電鍍鎳與電鍍鈷鍍層之高溫退火行為,”台灣金屬熱處理學會2009年會員大會暨論文研討會。

3.中國材料科學學會材料科學學生論文獎優等獎, 2009: 陳黼澤、黃大展、林招松、潘永寧,“脈衝反轉電鍍鎳鎢合金之微結構與機械性質,”。

4.台灣鑄造學會論文獎, 2009:

5.台灣鑄造學會論文獎, 2008: 吳恩育、馮國治、鄭進草、潘永寧、李傳莉、歐耿良、洪炎輝, “以低溫電漿處理進行Ti-40Nb-1Hf合金表面改質之研究,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第34卷第4期 (第139期), Pp.33-46, 2008年12月.

6.台灣鑄造學會論文獎, 2007: 游弼鈞、張瑞模、邱平生、潘永寧, “雙金屬(高Cr鑄鐵-合金鋼)水泥鎚頭之研發-最佳熱處理條件建立及耐磨耗分析,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第33卷第3期 (第134期), Pp.1-10, 2007年9月.

7.台灣鑄造學會論文獎, 2004: 洪文琦、林明山、潘永寧, “低熱膨脹鑄鐵之切削性研究,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第30卷第1期 (第120期), Pp. 40-53, 2004年3月.

8.台灣鑄造學會論文獎, 2003: 胡瑞峰、嚴偉峰、張立人、潘永寧, “臥式擠壓鑄造冶金參數及製程參數對鋁基碳化矽複合材料流動性之影響,” 鑄造工程學刊 (J. of Taiwan Foundry Society), 第29卷第1期 (第116期), Pp.58-79, 2003年3月.


 

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