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期刊論文
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"真空燒結法對鈦銅鈮合金的顯微組織與強化機制之研究", 金屬熱處理, 12-18, ELSE1, 2021/06/01
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"鈦鉭鎳合金以真空燒結熱處理製備之微觀組織與性質探討", 金屬熱處理會刊, pp 55-61, ELSE1, 2021/06/01
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"Evaluation of the microstructures, strengthening mechanisms and corrosion behaviors of TiB2 powder added to Tie8Tae6Ni alloys through the vacuum sintering process", Journal of Alloys and Compounds, pp 01-09, SCI&EI, 2021/03/01
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"熱處理對真空燒結PM 23-NbC-TaC高速鋼複合材料機械性質與顯微組織之影響", 粉體及粉末冶金會刊, pp.275-281, ELSE1, 2020/12/01
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"真空燒結法製備MIM SUS-316L 不鋼添加碳化鉭微粉 之顯微結構及機械性質之研究", 金屬熱處理會刊, pp 071-076, ELSE1, 2020/12/01
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"Facile synthesis of multi-layer graphene-like graphitic structure using commercial candle as the solid-state carbon source for electrochemical supercapacitors", Surface & Coatings Technology, pp.279-286, SCI, 2020/09/01
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"以真空燒結、熱均壓、深冷及熱處理製程製備添加 VC 和Cr3C2 粉末之V4 工具鋼複合材料之性質研究", 中華民國粉體及粉末冶金會刊, pp.-279-290, ELSE1, 2019/12/01
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"真空燒結法製備添加鐵-鎳微粉 之微觀組織及強化機制", 中華民國粉體及粉末冶金會刊, pp.-291-302, ELSE1, 2019/12/01
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"添加碳化釩對PM型鈦基複合材料顯微結構及機械性質之影響", 粉體及粉末冶金會刊, pp.232-241, ELSE1, 2016/11/01
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"Change in Microstructure, Mechanical Strength and Corrosion Resistance of Ti-8Mo-xNi Alloys", Materials Transactions, pp. 1363 to 1369, SCI&EI, 2016/08/01
- "Cr50Cu50 alloys produced from submicron structured powders through hot pressing at different pressures", Powder Metallurgy, pp.142-147, SCI&EI, 2016/06/01
- "真空熱壓燒結對Cr50Ni50合金之機械性質與腐蝕行為探討", 粉體及粉末冶金會刊, pp.136-145, ELSE1, 2016/05/01
- "不同熱壓壓力對熱壓燒結Cr50Ni50合金其顯微組織及機械性質之影響", 粉末冶金會刊, pp.34-40, ELSE1, 2016/02/01
- "真空燒結及熱處理對添加NbC和VC微粉之AISI 440C不鋼其顯微組織與機械性質之影響", 粉體及粉末冶金會刊, pp.41-50, ELSE1, 2016/02/01
- "添加超微細奈米鉻粉對熱壓燒結Cr80Cu20合金顯微結構及機械性質之影響", 中華民國粉體及粉末冶金會刊, 187-193, ELSE1, 2015/08/01
- "添加碳化物對真空燒結型鈦基合金顯微結構及機械性質之影響", 粉體及粉末冶金會刊, 194-201, ELSE1, 2015/08/01
- "Investigation of Submicron Fabricated Cr50Cu50 Alloys Using Various Vacuum Hot-Press Sintering Temperatures", Materials Transactions, 1127-1132, EI, 2015/07/01
- "真空熱壓燒結對Cr50Cu5合金之機械性質與腐蝕行為探討", 粉體與粉末冶金會刊, pp.166-175.pdf, ELSE1, 2014/12/01
- "不同真空熱壓燒結製程溫度對Cr50Cu50奈米真空熱壓燒結靶材其微結構與電性質之影響", 礦冶, 70-77, ELSE1, 2014/12/01
- "Effects of Properties on S45C Carbon Steel by Electroless NiP Adding Al2O3 Powder of", IOP Conference Series: Materials Science and Engineering, pp.1-6, EI, 2014/05/01
- "66.熱均壓及熱處理對鈷基合金添加碳化鉭微粉之燒結材料的性質影響與腐蝕行為探討", 粉體及粉末冶金會刊, pp.11-19, ELSE1, 2014/02/01
- "6-2.真空燒結法對鈦銅鉬合金添加碳化鉭之顯微組織與強化機制探討", 礦冶2013/12-2014年/1, 78-83, ELSE1, 2014/01/01
- "熱均壓製程對Ni-Cr燒結合金腐蝕性質和微結構之影響", 粉末冶金會刊第, pp.144-153, ELSE1, 2013/08/01
- "Electroless Ni-P plating and Heat Treatments on S45C Carbon Steel", IOP Conference Series: Materials Science and Engineering (MSE), 1-6, EI, 2013/07/01
- "過共析銅含量對真空燒結型鈦銅鉬合金之微結構與機械性質之影響", 粉末冶金會刊(2013年5月), 99-107, ELSE1, 2013/05/01
- "Improvement in sintering characteristics and electrical properties of Cr60Cu40 alloy targets by hot isostatic pressing treatment", Powder Metallurgy, 77-82, SCI, 2013/01/01
- "粉末燒結型亞共析鈦合金之顯微結構與機械性質分析", 粉末冶金會刊2012年, pp.1-9, ELSE1, 2012/08/01
- "燒結溫度及熱均壓處理對超微細碳化鎢合金性質之影響", 粉末冶金會刊2012年, pp.2-11, ELSE1, 2012/03/01
- "真空燒結與熱均壓製程對Cr50Cu50合金靶材微結構及其性質之影響", 中國鑛冶學會會刊2012年1月, PP 22-26, ELSE1, 2012/01/01
- "碳化鎢材料G5在不同真空燒結溫度下", 粉末冶金會刊, 12, ELSE1, 2011/11/01
- "Effects of vacuum sintering temperature on mechanical properties and electric resistance for Cr50–Si50 optical target", Powder Metallurgy, 325-331, SCI, 2011/08/01
- "熱均壓製程對純鉻靶材之研究", 粉末冶金會刊(2011年2月), 22-29, ELSE1, 2011/02/01
- "封罐熱均壓製程對純鉻靶材顯微組織", 粉末冶金會刊, 9, ELSE1, 2010/11/01
- "Cr-Si粉末冶金工藝與其電阻性能", 粉末冶金材料科學與工程 (中南大學) , 中國大陸, pp.374 -379, ELSE1, 2007/12/01
- "Cr-Si粉末冶金製程與其電阻特性之研究", 粉末冶金會刊, pp.146-151, ELSE1, 2007/08/01
- "熱均壓製程對Cr-Si靶材孔隙及微量雜質影響之研究", 粉末冶金會刊, pp.84-89, ELSE1, 2007/05/01
- "440C 不鏽鋼粉末添加不同比例之TiC微粉燒結後性質之探討", 粉末冶金會刊(, pp.40-48, ELSE1, 2007/02/01
- "添加TiC微粉對不同粒徑之高釩工具鋼燒結性質之影響", 粉末冶金會刊, pp.29-34, ELSE1, 2006/02/01
- "熱均壓處理對燒結440C 不鏽鋼之影響", 金屬熱處理會刊, pp.10-18., ELSE1, 2006/01/01
- "熱均壓處理對添加TiC高釩工具鋼性質之影響", 中華民國金屬熱處理學會會刊, p.13-23, ELSE1, 2005/06/01
- "均壓輔助燒結高釩工具鋼添加TiC微粉之研究", 中華民國粉末冶金會刊, p.156-164, ELSE1, 2004/08/01
- "TiC強化高釩工具鋼之研究", 中華民國金屬熱處理學會會刊, p.23-28, ELSE1, 2003/06/01
- "熱均壓強化之完全緻密型粉末冶金零件", 中華民國粉末冶金會刊, p.261-270, ELSE1, 2002/12/01
- "Interfacial Segregation of Ti in the Brazing of Diamond Grits onto a Steel Substrate Using a Cu-Sn-Ti Brazing Alloy", Metallurgical and Materials Transactions A, p.2163-2171, SCI, 2002/07/01
- "Epitaxial interface of Nanocrystalline TiC formed between Cu-10Sn-15Ti alloy and Diamond", Diamond and Related Materials, p.1366- 1373 (SCI), SCI, 2002/05/01
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