Jun Mei

About Jun Mei

Jun Mei, With an exceptional h-index of 30 and a recent h-index of 25 (since 2020), a distinguished researcher at South China University of Technology,

His recent articles reflect a diverse array of research interests and contributions to the field:

High-efficiency and large-numerical-aperture focusing with subdiffraction resolution using a hybrid elastic metalens

Simultaneous manipulation of longitudinal and transverse elastic waves with a sharp focusing effect and customizable energy splitting ratios

Achromatic needle focusing with superresolution enabled by a ring-shaped acoustic metalens

Wide-angle and high-efficiency acoustic retroreflectors enabled by many-objective optimization algorithm and deep learning models

Acoustic metalens with switchable and sharp focusing

Higher-order topological insulator in a spring-mass system

Flow-permeable and tunable metalens for subdiffraction waterborne-sound focusing

Corrigendum: Barrier-free duct muffler for low-frequency sound absorption

Jun Mei Information

University

Position

Professor of Physics

Citations(all)

6380

Citations(since 2020)

3423

Cited By

4437

hIndex(all)

30

hIndex(since 2020)

25

i10Index(all)

44

i10Index(since 2020)

33

Email

University Profile Page

South China University of Technology

Google Scholar

View Google Scholar Profile

Top articles of Jun Mei

Title

Journal

Author(s)

Publication Date

High-efficiency and large-numerical-aperture focusing with subdiffraction resolution using a hybrid elastic metalens

Physical Review Applied

Huichun Peng

Jun Mei

2024/3/5

Simultaneous manipulation of longitudinal and transverse elastic waves with a sharp focusing effect and customizable energy splitting ratios

Journal of Applied Physics

Huichun Peng

Lijuan Fan

Jun Mei

2024/1/21

Achromatic needle focusing with superresolution enabled by a ring-shaped acoustic metalens

Physical Review Applied

Lijuan Fan

Jun Mei

2023/11/27

Wide-angle and high-efficiency acoustic retroreflectors enabled by many-objective optimization algorithm and deep learning models

Physical Review Materials

Zhanhang Du

Jun Mei

2023/11/3

Acoustic metalens with switchable and sharp focusing

Applied Physics Express

Jun Mei

Lijuan Fan

Xiaobin Hong

2023/7/20

Higher-order topological insulator in a spring-mass system

Europhysics Letters

Chao Zhang

Jun Mei

2023/4/18

Flow-permeable and tunable metalens for subdiffraction waterborne-sound focusing

Physical Review Applied

Lijuan Fan

Jun Mei

2023/2/9

Corrigendum: Barrier-free duct muffler for low-frequency sound absorption

Frontiers in Materials

Cong Gao

Chuandeng Hu

Jun Mei

Bo Hou

Xianli Zhang

...

2022/11/8

Elastic metagratings with simultaneous highly efficient control over longitudinal and transverse waves for multiple functionalities

Physical Review Applied

Jun Mei

Lijuan Fan

Xiaobin Hong

2022/7/1

Elastic metagratings with simultaneous modulation of reflected and transmitted waves

Crystals

Jun Mei

Lijuan Fan

Xiaobin Hong

2022/6/24

Corrigendum: Broadband and high-numerical-aperture sharp focusing for waterborne sound with metagrating-based lens (2022 New J. Phys. 24 093014)

New Journal of Physics

Jun Mei

Lijuan Fan

Xiaobin Hong

2022/10/21

Broadband and high-numerical-aperture sharp focusing for waterborne sound with metagrating-based lens

New Journal of Physics

Jun Mei

Lijuan Fan

Xiaobin Hong

2022/9/15

Barrier-free duct muffler for low-frequency sound absorption

Frontiers in Materials

Cong Gao

Chuandeng Hu

Jun Mei

Bo Hou

Xianli Zhang

...

2022/9/7

Metagrating-based acoustic wavelength division multiplexing enabled by deterministic and probabilistic deep learning models

Physical Review Research

Zhanhang Du

Jun Mei

2022/8/29

Multifunctional waterborne acoustic metagratings: From extraordinary transmission to total and abnormal reflection

Physical Review Applied

Lijuan Fan

Jun Mei

2021/10/18

Acoustic metagrating circulators: Nonreciprocal, robust, and tunable manipulation with unitary efficiency

Physical Review Applied

Lijuan Fan

Jun Mei

2021/6/1

Acoustic graphene network loaded with Helmholtz resonators: a first-principle modeling, Dirac cones, edge and interface waves

New Journal of Physics

Li-Yang Zheng

Vassos Achilleos

Ze-Guo Chen

Olivier Richoux

Georgios Theocharis

...

2020/1/20

Acoustic topological devices based on emulating and multiplexing of pseudospin and valley indices

New Journal of Physics

Meng Gao

Shiqiao Wu

Jun Mei

2020/1/20

Metagratings for waterborne sound: Various functionalities enabled by an efficient inverse-design approach

Physical Review Applied

Lijuan Fan

Jun Mei

2020/10/2

See List of Professors in Jun Mei University(South China University of Technology)

Co-Authors

H-index: 32
Ying Wu

Ying Wu

King Abdullah University of Science and Technology

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