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60篇 您的检索式:作者名="Eylon,D"
    题名 作者 年代 出处 被引量
1Issues in the Development of Beta Titanium Alloy显示文摘Eylon D 1994JOM1994,6,:1
2High-temperature titanium alloys显示文摘Eylon D 1984Journal of Materials1984,1,:1
3Fatigue crack initiation in hot isostatically pressed Ti-6Al-4V castings 显示文摘EYLON D 1979Journal of Materials Science1979,14,:1
4High-temperature titanium alloys显示文摘EYLON D 1984Journal of Materials1984,,11:1
5Issues in the development of beta titanium alloys显示文摘Eylon D 1994Journal of Materials1994,26,6:1
6Issues in the development of beta titanium alloys显示文摘EYLON D 1994Journal of Materials1994,26,6:1
7Fatigue behavior of beta processed titanium alloy IMI 685显示文摘Eylon D 1977Metallurgical and Materials Transactions A1977,8,6:1
8The effect of microstructure on localized melting at separation in Ti-6Al-4V tensile samples显示文摘MAKEL D D EYLON D 1990Metallurgical Transactions A1990,21,:1
9Narrative past traditions of participation and inclusion: Historic perspectives on workplace empowerment显示文摘Prasad A & Eylon D 2001Journal of Applied Behavioral Science2001,37,1:1
10PREP TiAl基合金粉末冷凝组织特性显示文摘在He气保护下采用PREP工艺制取Ti-48Al-1V(at%)合金粉末,观察粉末表面冷凝组织特性,估算冷却速率(Vc)和冷凝速率(Vs),并对其影响因素进行了分析讨论。结果表明,Vc值达到104~106K/s,比在Ar气气氛中的Vc值高。Vs值处在1.31~10.57cm/s范围。二次树枝晶臂间距(S)和初始β晶粒度(d)随Vc变化规律分别服从幂函数S=34.21 和d=723 。当粉末颗粒较大,Vc值较低时,结晶是完整树枝状,而当粉末颗粒较小,Vc值较高时,结晶呈胞状。这些结果表明,在He气保护下的PREP快速冷凝效果比在Ar气保护下的要好。蔡学章 Eylon,D 1994稀有金属材料与工程1994,23,5:9
11Ti—1100合金β热处理组织特性显示文摘对β退火温度和退火时间及冷却速度等对Ti-1100合金的β晶粒度及。α+β片域大小、形状的影响进行了研究,结果表明,Ti-1100合金的β晶粒度和。α+β片域大小随退火温度和时间增加而增大,随冷却速度增大而减小;β晶粒度与退火时间关系可用一幂函数Dn=Kt表示,而与退火温度呈复杂函数关系;自β退火温度下缓冷时产生较大α+β片域,而快冷时形成网篮状组织。蔡学章 Eylon,D 1994稀有金属材料与工程1994,23,3:3
12Exploring empowermcnt cross- cultural differences along the power distance dimension 显示文摘Eylon D Au K Y 1999International Journal of Intercultural Relations1999,23,3:1
13Improvement of Ti alloy fatigue properties by Pt ion plating显示文摘Fujishiro S Eylon D 1980Metallurgical and Materials Transactions A1980,11,8:1
14Titanium technology in the USA An overview显示文摘EYLON D SEAGLE S R 2000Mater Sci Tech2000,17,1:1
15Titanium technology in the USA-an overview显示文摘EYLON D SEAGLE S R 2001Journal of Material Science and Technology2001,17,4:1
16Exploring empowerment cross-cul- tural differences along the power distance dimen- sion显示文摘Eylon D Au K Y 1999International Joumal of Intercultural Relations1999,23,3:1
17Improvement of Ti alloy fatigue properties by Pt ion plating显示文摘FUJISHIRO S EYLON D 1980Metall Trans A1980,11,:1
18Titanium technology in the USA-- An overview显示文摘EYLON D SEAGLE S R 2001Journal of Material Science and Technology2001,17,4:1
19Fatigue crack initiation in Ti-6t%Al-4wt%V castings 显示文摘EYLON D STROPE S 1979Journal of Materials Science1979,14,:1
20Improvement of Ti Alloy Fa- tigue Properties by Pt Ion Plating 显示文摘Fujishiro S Eylon D 1980Metallurgical Transactions A1980,11,8:1
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