ZHANG Baile

Appointment: Professor

Research topics:

Dr. Baile ZHANG’s current research interests include electromagnetic wave theory, invisibility cloaking, metamaterials, phononics and acoustics. His research theme is the physics of waves.

For more information, visit personal webpage

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201 to 210 of 239 Results

transition_coupling.fig Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator MATLAB Figure - 5.4 MB - MD5: b4aa288039537fec66b7dd92c26e825a
transition_coupling.png Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator PNG Image - 24.4 KB - MD5: ea1c19347f05a7e242806e69d0bbc7c4
Ultrathin Topological insulator_BLedit_revision 9.pptx Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator MS Powerpoint - 4.0 MB - MD5: 160d89f7c58307f3889f84ccfe7649f1
weak_coupling.fig Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator MATLAB Figure - 5.4 MB - MD5: be7ed71cc3f877fd572f8866651d7c4d
weak_coupling.png Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator PNG Image - 20.5 KB - MD5: 871a45c319c9fe34be937d8c814b9bec
3D_Dirac.mph Aug 30, 2022 - Replication data for: Realization of a three-dimensional photonic topological insulator Unknown - 15.3 MB - MD5: bbf6541db4cceacc466d079e08544233
3D_PTI.mph Aug 30, 2022 - Replication data for: Realization of a three-dimensional photonic topological insulator Unknown - 7.6 MB - MD5: 79fe6bbe8a2afed308fe27216792974a
surface_states.cst Aug 30, 2022 - Replication data for: Realization of a three-dimensional photonic topological insulator application/x-director - 46.2 KB - MD5: c99badc4dd29ca6e46c64e57463095d4
data.txt Aug 30, 2022 - Replication Data for: Observation of topological edge states induced solely by non-Hermiticity in an acoustic crystal Plain Text - 12.3 KB - MD5: 912417e25cb8f1c69786b702abf111e9 data for Fig.4
full H_dispersion.py Aug 30, 2022 - Replication Data for: Non-Hermitian Dirac Cones Python Source Code - 1.7 KB - MD5: eddc6766e808f1038a5e0957f1ff3ca8 Code code for Fig.1

transition_coupling.fig

Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator

MATLAB Figure - 5.4 MB -

transition_coupling.png

Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator

PNG Image - 24.4 KB -

Ultrathin Topological insulator_BLedit_revision 9.pptx

Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator

MS Powerpoint - 4.0 MB -

weak_coupling.fig

Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator

MATLAB Figure - 5.4 MB -

weak_coupling.png

Aug 30, 2022 - Replication data for: Flexible Photonic Topological Insulator

PNG Image - 20.5 KB -

3D_Dirac.mph

Aug 30, 2022 - Replication data for: Realization of a three-dimensional photonic topological insulator

Unknown - 15.3 MB -

3D_PTI.mph

Aug 30, 2022 - Replication data for: Realization of a three-dimensional photonic topological insulator

Unknown - 7.6 MB -

surface_states.cst

Aug 30, 2022 - Replication data for: Realization of a three-dimensional photonic topological insulator

application/x-director - 46.2 KB -

data.txt

Aug 30, 2022 - Replication Data for: Observation of topological edge states induced solely by non-Hermiticity in an acoustic crystal

Plain Text - 12.3 KB -

data for Fig.4

full H_dispersion.py

Aug 30, 2022 - Replication Data for: Non-Hermitian Dirac Cones

Python Source Code - 1.7 KB -

Code

code for Fig.1

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