Search Results - "Mo, Yongda"

Synthesis, structure and tunable red emissions of Ca(Al/Si)2N2(N1−xOx):Eu2+prepared by alloy-nitridation method by Wang, Ting, Yang, Jianjun, Mo, Yongda, Bian, Liu, Song, Zhen, Liu, Q.L.

“…A series of phosphors, Eu-doped Ca(Al/Si)2N2(N1−xOx), derivatives of CaAlSiN3, were synthesized by alloy-nitridation method. We demonstrated that their…”
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Recent development of advanced precipitation-strengthened Cu alloys with high strength and conductivity: A review by Yang, Kuo, Wang, Yihan, Guo, Mingxing, Wang, Hu, Mo, Yongda, Dong, Xueguang, Lou, Huafen

“…Precipitation-strengthened Cu alloys with high strength and conductivity (HSC) has become widespread in the electronic and electrical industries. Although pure…”
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Effect of combined addition of Zr and Mg on the microstructure and properties of a Cu–Cr–Sn–Zn alloy for etching lead frame by Xiang, Chaojian, Li, Xiaojun, Mo, Yongda, Chen, Zhongping, Wang, Hu, Xiao, Zhu, Gong, Shen, Li, Zhou, Lou, HuaFen

“…The effects on microstructure and properties of Cu–Cr–Sn–Zn with combined addition of Zr and Mg elements and their evolutions in the process of solid solution…”
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Synergistically improved strength and electrical conductivity of Cu-3.3 wt%Ti alloy via coupling control of dislocation and multi-scale precipitates by Yang, Kuo, Guo, Mingxing, Wang, Hu, Wang, Miaomiao, Mo, Yongda, Wang, Yunpeng, Liu, Fang, Liang, Dong, Lou, Huafen

“…Cu-Ti alloys exhibit outstanding mechanical properties and thermal stability at high temperatures, but suffer from low electrical conductivity (<15 % IACS),…”
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Accelerated precipitation and enhanced mechanical properties of Cu-3.5Ti alloy via electropulsing treatment by Wang, Lijuan, Meng, Xiangpeng, Zhang, Jianing, Wang, Meng, Huang, Chengzhi, Wang, Xu, Jiang, Yanbin, Tang, Ning, Mo, Yongda, Xiao, Zhu, Lou, Huafen, Li, Zhou

“…Aging is an important step in improving the comprehensive properties of Cu-3.5Ti alloy. However, both prolonged holding times and high heat treatment…”
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Achieving Excellent Properties of Cu-Ni-Si Copper Alloy by Cold Rolling and Electropulsing Aging by Zhu, Rufei, lou, Huafen, Liu, Yuning, Zhang, Jianing, Wang, Hu, Mo, Yongda, Wang, Yunpeng

“…Cold-rolled Cu-Ni-Si copper alloys were aged by electropulsing directly without the help of a furnace, and excellent strength and electrical conductivity were…”
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Electropulsing rapidly refined the microstructure and enhanced the strength and plasticity of Cu-3.5Ti alloy by Wang, Lijuan, Meng, Xiangpeng, Jiang, Yanbin, Wang, Meng, Zhang, Jia’ning, Tang, Ning, Mo, Yongda, Xiao, Zhu, Lou, Huafen, Dai, Can, Li, Zhou

“…Recrystallization annealing is a necessary process for refining the grain of processed metallic materials and eliminating work hardening. However, it can cause…”
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Effect of microalloying on the properties and Cr precipitate thermal stability of Cu-Cr-Nb alloys by Chen, Ruxuan, Lei, Qian, Wang, Yunpeng, Wang, Yihan, Zhou, Shuang, Liu, Fang, Xiang, Chaojian, Mo, Yongda, Lou, Huafen

“…The Cu-Cr-Nb alloy's high-temperature property is well known for the heat-sink application in rocket engine combustion chambers. Effects of Ti, Si, and Co…”
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Effects of microstructure on the deformation behavior, mechanical properties and residual stress of cold-rolled HAl77-2 aluminum brass tube by Mo, Yongda, Jiang, Yanbin, Liu, Xinhua, Xie, Jianxin

“…HAl77-2 aluminum brass (UNS C68700) tubes with equiaxed grain (EG) structure and with an axial-oriented columnar grain (CG) structure were prepared by the…”
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Effects of tensile loading direction on the mechanical properties and deformation behavior of columnar-grained HAl77-2 aluminum brass by Mo, Yongda, Jiang, Yanbin, Liu, Xinhua, Xie, Jianxin

“…Columnar-grained HAl77-2 aluminum brass ingot was fabricated by directional solidification method, and the tensile samples were then cut from the ingot along…”
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Development Strategy for Advanced Copper-Based Materials in China by Mi, Xujun, Lou, Huafen, Xie, Haofeng, Mo, Yongda, Zhang, Wenjing, Xiang, Chaojian

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Development Strategy for Advanced Copper-Based Materials in China by Mi Xujun, Lou Huafen, Xie Haofeng,  Mo Yongda, Zhang Wenjing, Xiang Chaojian

“…Copper and copper-based materials are widely applied to power electronics, automobile, and mechanical manufacturing as well as to high-tech manufacturing…”
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