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beat365 2023 年第二批博士研究生招生初审公示

发布时间:2023-05-04 08:32:56 阅读量: 来源: beat365 作者:
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beat365 2023 年第二批博士研究生招生初审公示

 

根据研究生院《关于做好2023年第二批博士研究生招生工作的通知》(beat365体育研发〔20236号)文件要求,经学院资格审查、材料审核, 现对通过审的 21名考生资格、论文等关键信息进行公示。

如对初审名单有异议,可向beat365、研究生院、纪委(监察专员办公室) 反映。

公示时间: 2023 4 30日至 2023 55

联系方式:beat365科研与学科学位办公室,0931-2976378

研究生院: 0931-2973744/2741880  邮箱:gdyzhb@lut.edu.cn   

纪委(监察专员办公室):0931-2973737  邮箱:gdjw@lut.edu.cn

 

 

beat365

2023 4 30

 

2023年beat365官方网站申请-考核制初审考生公示名单

序号

姓名

专业

导师

科研成果和英文水平

论文名称

期刊名称

发表时间

作者排名

1

程家豪

材料学

徐建林

发表1篇英文SCI论文

Unraveling its intrinsic role of CH3NH3Cl   doping for efficient enhancement of perovskite solar cells from fine insight   by ultrafast charge-transfer dynamic

Solar RRL

2023

本人一作

2

王瑞权

材料加工工程

陈体军

发表2篇英文SCI论文

Synchrotron X-ray photography study of   cavitation bubble distribution in an Al-Cu melt

 

Effect of ultrasonic radiation on the   grain refinement of high purity aluminum

Journal of  Materials Engineering and   Performance

 

Materials Transactions

 

2021

 

 

2020

本人一作

 

本人一作

3

张佳

材料加工工程

俞伟元

发表2篇英文SCI论文

Improving weld penetration by two-TIG arc   activated via mixing oxygen into shielding gas

 

Numerical investigation of the arc   properties in gas tungsten arc-based additive manufacturing

International Journal of Advanced   Manufacturing Technology

 

Welding in the world

 

 

2022

 

 

2023

 

本人一作

 

本人二作,导师一作

4

黄丹强

材料学

袁子洲

发表3篇英文SCI论文

MWCNTs wrapped in hollow with open holes   of CoFe2O4 as high-performance electromagnetic wave   absorbers

 

Effect of carbon-based nanomaterials on   the wave absorption properties of hollow ZnFe2O4

 

Magnetic properties and exchange coupling   effects of SrFe12O19@MFe2O4   (M=Co,Ni,Zn) as hard-soft magnetic ferrite core-shell nanofibers

Journal of Alloys and Compounds

 

 

 

Materials Science and Engineering B

 

 

Journal of Superconductivity and Novel   Magnetism

 

2023

 

 

 

 

 

2023

 

 

 

 

 

2023

 

本人一作

 

 

 

本人一作

 

 

 

本人一作

5

张应龙

材料加工工程

黄健康

发表1篇英文SCI论文CET-6432

The Al-Fe intermetallic compounds and the   atomic diffusion behavior at the interface of aluminum-steel welded joint

Metals

2023

本人一作

6

沈亮

先进高分子材料

陈振斌

发表1篇英文SCI论文CET-6 456

High-quality modification of general   polypropylene by the synergistic effect of zinc adipate, hydrotalcite, and   polypropylene (SP179)

Journal of Applied Polymer Science

2023

本人一作

7

王小超

材料加工工程

刘德学

发表1篇英文SCI论文

Microstructure and mechanical   characteristics of Cu-12.5Ni-5Sn-xFe sintered alloys

Internationals Journal of Materials   Research

2021

共同一作(排第一)

8

张道和

材料加工工程

刘德学

发表2篇英文SCI论文

Achieving enhanced high-temperature   mechanical properties in Mg-Nd-Sm-Zn-Ca-Zr alloy by Ag addition

 

Microstructure and mechanical properties   of EK30 alloy synergistically reinforced by Ag alloying and hot extrusion for   aerospace applications

Materials Today Communications

 

 

 

Materials

2022

 

 

 

 

2022

本人一作

 

 

本人一作

9

冯旭东

材料加工工程

石玗

发表1篇英文SCI论文CET-6480

Hydrogen embrittlements failure behavior   of fatigue-damaged welded TC4 alloy joints

Crystals

2023

本人一作

10

仝琳

材料加工工程

李元东

发表1篇英文SCI论文

Remarkable age-hardening response and   microstructural evolution of Mg-7Sn alloy

Journal of Materials Research and   Technology

2023

本人一作

11

潘祖涛

材料物理与化学

孔令斌

发表1篇英文SCI论文

Sodium vanadium hexacyanoferrate as a   high-rate capability and long-life cathode material for Na-ion batteries

Journal of Energy Storage

2022

本人一作

12

马超

材料加工工程

冯力

发表1篇英文SCI论文CET-6 (432)

Nondestructive stress detection of   aluminum matrix composites based on luminescence characteristics of Eu3+   ions

Journal of Materials Engineering and   Performance

2022

本人二作,导师一作

13

付小强

材料加工工程

李春燕

发表2篇英文SCI论文

CET-6453

Effect of Er on amorphous forming ability   and mechanical properties of Zr-based alloys

 

Effect of heat treatment on the friction   wear properties of Zr-based amorphous alloys

 

Rare Metal Materials and Engineering

 

 

Journal of Materials Engineering and   Performance,

 

2022

 

 

 

2023

 

本人一作

 

 

本人一作

14

陈英伟

材料学

丁万武

发表1篇英文SCI论文

Optimization for preparing Bi1.68Pb0.32Sr1.75Ga1.85Cu2.85O10+y   Powders by wet ball milling

Materials Research Express

2023

本人一作

15

王雨萌

材料学

冉奋

发表1篇英文SCI论文CET-6512

Waste adsorbent-derived interconnected   hierarchical attapulgite@carbon/NiCo layered double hydroxide nanocomposites   for advanced supercapacitors

Langmuir

2023

本人二作,副导师一作

16

李琦伦

材料学

乔及森

发表1篇英文SCI论文

The effect of extrusion and heat treatment   on the microstructure and tensile properties of 2024 aluminum alloy

Materials

2022

本人一作

17

刘天增

先进材料及其制备技术

赵燕春

发表1篇英文SCI论文

Versatile of medium entropy Ti-based bulk   metallic glass composites

Materials

2022

本人一作

18

崔军鹏

材料加工工程

冯力

发表2篇英文SCI论文

Doping mechanical of S,O co-doped in   nitrogen vacancy defect rich g-C3N4 nanosheet   photocatalyst

 

Structural and optical properties of   ultra-thin g-C3N4 nanotubes based g-C3N4/Ag/Ag2CrO4   ternary composite photocatalyst with Z-scheme carrier transfer   mechanism

Optical Materials

 

 

 

 

 

Optical Materials

2023

 

 

 

 

 

2021

 

本人一作

 

本人二作,导师一作

19

马虎文

材料加工工程

赵燕春

发表SCI英文论文2

Synergistic effects of Microstructural   inhomogeneity and phase-transformation-induced plasticity for ductility   improvements in metallic glass composites

 

Mn content optimum on Microstructures and   mechanical behavior of Fe-based medium entropy alloys

Materials Science and Engineering A

 

 

 

 

Materials and Design

2022

 

 

 

 

 

 

2022

 

本人一作

 

 

 

本人二作,导师一作

20

张继林

材料学

杨贵荣

发表SCI英文论文1

Dynamic mechanical properties and   comparison of two constitutive models for martensitic stainless 0CR17Ni4Cu4Nb

Materials Research Express

2021

本人一作

2023年beat365官方网站硕博连读初审考生公示名单

序号

姓名

专业

导师

硕士成绩

英语水平

前置学历是否全日制本科

1

牛建洲

材料学

王大辉

学位课程平均分81.65

第一作者发表

1篇英文SCI论文(Zeolitic imidazolate frameworks derived   carbon with rational porous structure mediated by polyinylpyrrolidone applied   as electrode materials for surpercapacitiors, Journal of Materials Science, 2023