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Scientific Research
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- 王清如,Kuaishe Wang,wangwen,张平平,Jane.The Phase-Dependent Behavior of High-Temperature Deformation in Ti65 Titanium Alloy: Flow Softening, Recrystallization Mechanisms, and Slip System Evolution:Journal of Materials Research and Technology,2026
- 李泷鑫,杨凡,wangwen,Kuaishe Wang,Jane.Delaying coarsening and suppressing recrystallization to increase the thermal stability of additively manufactured Cu alloy:Materials Science & Engineering A,2026
- 李泷鑫,杨凡,王通,wangwen,Kuaishe Wang,Jane.Dual-scale solidification mechanism of in-situ Cr alloyed copper alloy prepared by laser powder bed fusion:Journal of Alloys and Compounds,2026
- 许博凡,Kuaishe Wang,wangwen,Jane.Achieving ultra-high strength in copper-titanium alloys through multistage thermomechanical processing induced strengthening:Materials Science & Engineering A,2026
- 杨彤瑶,Jane,duzhongze,杨静,闫芝蒙.Static softening mechanisms and recrystallization kinetics of martensitic heat-resistant steel 40Cr10Si2Mo in double-pass thermal deformation:J. Iron Steel Res. Int.,2025
- Jane , 丰竟翔,任新龙,Kuaishe Wang,一种复合稀土铜铁合金的制备方法
- duzhongze,Kuaishe Wang,liushifeng,wangwei,Jane , 刘丹,一种石墨烯-铜铬锆合金及其制备方法
- wangwei,Jane , 高贝特,高尚,一种辊式摩擦磨损实验机
- liushifeng,wangwei,Jane , 高贝特,高尚,一种辊式摩擦磨损实验机及方法
- wangwei,Jane , 高贝特,一种深冷条件下制备高强度钛合金的系统及工艺