燕山大学教师个人主页系统李子敬--中文主页--论文成果

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李子敬

职称 : 副教授
单位 : 理学院

学历 : 博士研究生毕业
出生年月 : 1977-05
毕业院校 : 燕山大学

论文成果

[1] 乔琪.李子敬,王利民,冯士东,宋贞强.A group of ductile metallic glasses prepared by modifying local structure of icosahedral quasicrystals.2023
[2] 乔琪.冯士东,张宴会,王利民,李子敬.A novel strategy with high targeting performance in designing metallic glasses conducted on the light of melting entropy.2023
[3] 冯士东.李子敬,王利民.Remarkable relation between melting entropy and kinetic viscosity in metallic glasses.2023
[4] 李子敬.张宴会,王利民,冯士东.New Interpretation of Glass Formation in Isomeric Substances: Shifting from Melting-Point to Melting-Entropy.2023
[5] 冯士东.张宴会,宋贞强,刘日平,李子敬,王利民.Developing novel amorphous alloys from the perspectives of entropy and shear bands.2023
[6] 乔琪.李子敬,冯士东,宋贞强,王利民.Effects of adding niobium on microstructures and mechanical properties of ((Zr40Ti40Ni20)72Be28)100-xNbx bulk metallic glasses.2023
[7] 陈泽明.王利民,李子敬.Dependence of calorimetric glass transition profiles on relaxation dynamics in non-polymeric glass formers.2016
[8] Kang.冯士东,李子敬,王利民.DMA unveiling of unique mechanical properties in pressurized quenching Zr50Cu50 metallic glass.2020
[9] 王利民.李子敬,冯士东,刘迎丹.Identifying the structural relaxation dynamics in a strongly asymmetric binary glass former.2021
[10] 赵林然.刘迎丹,薄宏,李子敬,王利民.Thermodynamics of equilibrium and partitionless solidifications in glass forming binary eutectic alloys.2016
[11] 李子敬.薄宏,刘迎丹,王利民.An Attempt to Prepare Metallic Glasses from Quasicrystals.2016
[12] 王利民.李子敬,冯士东.Anomalies in the dynamics of a metallic glass-forming liquid under super-high pressure.2021
[13] 李子敬.王利民,刘迎丹,冯士东.Understanding the difference in the stretched structural relaxations probed by dielectric and enthalpic studies of glass forming substances.2022
[14] 张宴会.李子敬,冯士东,王利民.Understanding of glass-forming ability of Zr-Cu alloys from the perspective of vibrational entropy of crystalline phases.2022
[15] 冯士东.王晓颖,李子敬,王利民,张宴会.Severe deformation-induced microstructural heterogeneities in Cu64Zr36metallic glass.2022
[16] 李子敬.A new criterion for glass-forming ability based on both devitrification and solidification processes.2021
[17] 李子敬.一种新的大学物理授课方法.2008

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