Junqiang Ren - Publications, H-index & Citations

任

任军强 (Junqiang Ren)

lanzhou university of technology

31H指数

271论文数

3.8K被引数

收录论文 146

发表时间

Unraveling the Functional Duality of Mo–Mo Divacancies: Spatial Decoupling of Storage and Transport in MoB Anodes with Engineered Interfacial Selectivity 揭示Mo–Mo双空位的功能双重性：在具有工程化界面选择性的MoB负极中存储与传输的空间解耦

ACS Sustainable Chemistry & Engineering

IF0

2026-09-07

PREAI

Wenbo Zhang; Lingxia Li; Junqiang Ren; Maocheng Liu; Xingchang Tang; Xuefeng Lu

Study on hydrogen embrittlement in gradient nano-grained BCC iron: molecular dynamics simulations 梯度纳米晶体bcc铁中氢脆的研究：分子动力学模拟

Journal of Materials Science

IF3.9

2026-06-26

PREAI

Yangfan Guo; Junqiang Ren; Yukun Wu; Qing Gao; Qi Wang; Junchen Li; Hongtao Xue; Xuefeng Lu; Fuling Tang

W-Re/Cr Cosegregation Enhanced Thermodynamic Stability and Cohesion of the γ-Ni/γ′-Ni3Al Phase Boundary W-Re/Cr共偏析增强了γ-Ni/γ′-Ni3Al相界的热力学稳定性和结合力

Metals

IF2.5

2026-03-04

OAAI

Liang Peng; Hong-Tao Xue; Fawaz Alnoman Mohammed Ahmed; Jun-Qiang Ren; Fu-Ling Tang; Xue-Feng Lu; Jun-Chen Li

Achieving high strength in 430 stainless steel by laser powder bed fusion: microstructure-property relationships and strengthening strategies 通过激光粉末床熔融在430不锈钢中实现高强度：微观结构-性能关系及强化策略

Virtual and Physical Prototyping

IF8.8

2026-02-22

OAAI

Junchen Li; Qiushuang Wang; Swee Leong Sing; Congwei Wang; Wei Jiang; Kangming Lu; Junqiang Ren; Hongtao Xue; Xuefeng Lu; Fuling Tang

A study on stability and bonding mechanism of bcc-Fe/Ni2AlTi interface based on the first-principles 基于第一性原理的bcc-Fe/Ni₂AlTi界面稳定性和结合机制的研宄

Chemical Physics Impact

IF4.3

2026-02-14

OAAI

Qing Gao; Peng Hou; Siliang Li; Qi Wang; Junqiang Ren; Yaping Bai; Junchen Li; Hongtao Xue; Xuefeng Lu

First-Principles Study on the Effect of Si Atoms on the Stability and Bonding Properties of Fe/Zn Interface 基于第一性原理的Si原子对Fe/Zn界面稳定性和成键性质影响的研究

Metals

IF2.5

2026-01-03

OAAI

Degao Qiao; Peng Peng; Xingchang Tang; Junqiang Ren; Xuefeng Lu; Jie Sheng

Challenging the electrochemical properties of Nb2CO2/Si3N4 heterojunction by first principles combined with machine learning 通过第一性原理与机器学习相结合，挑战Nb2CO2/Si3N4异质结的电化学性质

Journal of Solid State Electrochemistry

IF2.6

2025-12-06

PREAI

Xuefeng Lu; Meng Bai; Yajie Shi; Zhijian Zhang; Junqiang Ren; Xingchang Tang; Xin Guo

First-Principles Study on the Effect of Si/O Doping on the Stability of the Fe/Zn Interface 基于第一性原理的研究：Si/O掺杂对Fe/Zn界面稳定性的影响

Coatings 2025, Vol. 15, Page 1428

IF2.8

2025-12-05

OAAI

Haidong Wang; Zhiwan Wang; Xingchang Tang; Junqiang Ren; Xuefeng Lu; Jie Sheng

Effect of Si on Interfacial Reactions, Defect Evolution, and Mechanical Properties of Hot-Dip Galvanized Coatings Si对热浸镀锌涂层界面反应、缺陷演变及力学性能的影响

Metals 2025, Vol. 15, Page 1324

IF2.5

2025-11-30

OAAI

Degao Qiao; Peng Peng; Xingchang Tang; Junqiang Ren; Xuefeng Lu; Jie Sheng; Junfei Huang

Potential Two-Dimensional XN3 (X = P; Ge; Sn) Monolayers for the Anode of Sodium-Ion Batteries: A First-Principles Study 钠离子电池阳极的潜在二维XN3（X = P; Ge; Sn）单层：第一性原理研究

ACS Sustainable Chemistry & Engineering

IF7.3

2025-11-17

PREAI

Lingxia Li; Wenbo Zhang; Yinnan Sun; Xin Guo; Xingchang Tang; Junqiang Ren; Xuefeng Lu

Interface coupling induced dual GeSiP2 for high-performance sodium-ion batteries 界面耦合诱导的双GeSiP2用于高性能钠离子电池

Journal of Energy Storage

IF9.8

2025-10-24

PREAI

Lingxia Li; Wenbo Zhang; Xin Guo; Xingchang Tang; Junqiang Ren; Xuefeng Lu

Two-dimensional NbMCO2 (M = Ge, Sn, Sb and Bi) monolayers as a novel anode material for sodium-ion batteries by simulation insight 二维NbMCO2 (M = Ge, Sn, Sb和Bi)单层作为钠离子电池的新型负极材料：基于模拟的见解

Applied Surface Science

IF6.9

2025-10-10

PREAI

Lingxia Li; Wenbo Zhang; Junchen Li; Maocheng Liu; Junqiang Ren; Xuefeng Lu

Shear lip vs. flat fracture region competition in Charpy impact fracture: Origin of inverse thickness effect in Ti-6Al-3Nb-2Zr-1Mo alloy 夏比冲击断裂中的剪切唇与平面断裂区竞争：Ti-6Al-3Nb-2Zr-1Mo合金中反厚度效应的起源

Materials Letters

IF2.7

2025-10-04

PREAI

J.Y. Hu; Q. Wang; Y.K. Wu; J.Q. Ren; B.B. Zhang; Y.F. Lv

Heterogeneous α precipitates regulation and charpy impact deformation behavior in metastable Ti-8.5Cr-1.5Sn alloy 异质α沉淀物的调控以及亚稳Ti-8.5Cr-1.5Sn合金的夏比冲击变形行为

Journal of Alloys and Compounds

IF6.3

2025-09-09

PREAI

Yanan Wu; Ziqing Li; Biao Sang; Ze Li; Qi Wang; Junqiang Ren; Changsheng Tan; Yan Pan; Xuefeng Lu

Study on electrochemical properties of NbnC/SiC(n = 1,2) heterojunction by first principles combined with machine learning 基于第一性原理与机器学习结合的NbnC/SiC(n = 1,2)异质结电化学性质研究

Journal of Solid State Electrochemistry

IF2.6

2025-09-05

PREAI

Zihan Qiu; Di Liu; Lingxia Li; Wenbo Zhang; Junqiang Ren; Xingchang Tang; Xuefeng Lu

Study on the Mechanical Response and Deformation Mechanisms of AlxCoCrFeNi High-Entropy Alloys AlxCoCrFeNi高熵合金的力学响应及变形机制研究

JOM

IF2.3

2025-09-01

PREAI

Li, Junchen; Chen, Yayu; Fang, Zhengyu; Wei, Zhikai; Ren, Junqiang; Xue, Hongtao; Lu, Xuefeng; Tang, Fuling

A novel Ni-based alloy design: Composition-structure-property interplay and microscopic deformation mechanisms 一种新型Ni基合金设计：成分-结构-性能的相互作用及微观变形机制

Journal of Alloys and Compounds

IF6.3

2025-08-29

PREAI

Yuxiang Ge; Qing Gao; Junqiang Ren; Yukun Wu; Qi Wang; Dongning Gao; Junchen Li; Hongtao Xue; Xuefeng Lu

Revealing the mechanisms governing strength–ductility synergy in (Ni₃₃Co₄₀Mn₂₇)₉₅Al₅ medium-entropy alloy via heterogeneous structures and nano B2 phases 揭示通过异质结构和纳米B2相调控(Ni₃₃Co₄₀Mn₂₇)₉₅Al₅中熵合金强度-韧性协同作用的机制

Journal of Alloys and Compounds

IF6.3

2025-08-28

PREAI

Qing Gao; Yuxiang Ge; Biao Sang; Qilun Li; Qi Wang; Xuefeng Lu; Junqiang Ren; Jisen Qiao

Heterojunction engineering and heteroatom doping: Joint contributions to the electrochemical performance of MoB anode materials for lithium-ion battery 异质结工程与异质原子掺杂：对锂离子电池MoB负极材料电化学性能的联合贡献

Journal of Molecular Liquids

IF5.2

2025-08-26

PREAI

Wenbo Zhang; Lingxia Li; Junqiang Ren; Maocheng Liu; Xingchang Tang; Xuefeng Lu

Investigation on the Influence of Vacancy and Alloying Element Content on the Performance of Fe-NbN Interface vacancy and Alloying Element Content对Fe-NbN界面性能影响的研究

Metals 2025, Vol. 15, Page 759

IF2.5

2025-08-24

PREAI

Shuangwu Zhang; Xiaolong Zhao; Jiayin Zhang; Jie Sheng; Junqiang Ren; Xuefeng Lu; Xingchang Tang

研究方向