Wai-Lun Chan

Wai-Lun Chan

University of Kansas

H-index: 32

North America-United States

About Wai-Lun Chan

Wai-Lun Chan, With an exceptional h-index of 32 and a recent h-index of 21 (since 2020), a distinguished researcher at University of Kansas, specializes in the field of ultrafast spectroscopy, organic semiconductors, 2D materials, perovskite.

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

Entropy-Driven Charge Separation: A Potential Explanation for the Low Energy Loss Found in OPVs with Non-fullerene Acceptors

Enthalpy-Uphill Exciton Dissociation at Organic/2D Heterostructures Promotes Free Carrier Generation

Tunable charge injection from graphene to halide perovskite induced by reversible ion segregation

Nanoscale Periodic Trapping Sites for Interlayer Excitons Built by Deformable Molecular Crystal on 2D Crystal

Hybrid Heterostructures to Generate Long-Lived and Mobile Photocarriers in Graphene

Ultrafast and Long-Range Energy Transfer from Plasmon to Molecular Exciton

Using an Atomically Thin Layer of Hexagonal Boron Nitride to Separate Bound Charge-Transfer Excitons at Organic Interfaces

Defect-Polaron and Enormous Light-Induced Fermi-Level Shift at Halide Perovskite Surface

Wai-Lun Chan Information

University

Position

___

Citations(all)

4972

Citations(since 2020)

1999

Cited By

3958

hIndex(all)

32

hIndex(since 2020)

21

i10Index(all)

54

i10Index(since 2020)

34

Email

University Profile Page

Google Scholar

Wai-Lun Chan Skills & Research Interests

ultrafast spectroscopy

organic semiconductors

2D materials

perovskite

Top articles of Wai-Lun Chan

Entropy-Driven Charge Separation: A Potential Explanation for the Low Energy Loss Found in OPVs with Non-fullerene Acceptors

The Journal of Physical Chemistry C

2024/1/3

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Enthalpy-Uphill Exciton Dissociation at Organic/2D Heterostructures Promotes Free Carrier Generation

Materials Horizons

2024

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Tunable charge injection from graphene to halide perovskite induced by reversible ion segregation

Physical Review Materials

2023/6/15

Bhupal Kattel
Bhupal Kattel

H-Index: 9

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Nanoscale Periodic Trapping Sites for Interlayer Excitons Built by Deformable Molecular Crystal on 2D Crystal

ACS nano

2023/4/12

Hybrid Heterostructures to Generate Long-Lived and Mobile Photocarriers in Graphene

ACS nano

2023/2/16

Ultrafast and Long-Range Energy Transfer from Plasmon to Molecular Exciton

The Journal of Physical Chemistry C

2023/1/13

Tika R Kafle
Tika R Kafle

H-Index: 7

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Using an Atomically Thin Layer of Hexagonal Boron Nitride to Separate Bound Charge-Transfer Excitons at Organic Interfaces

Physical Review Applied

2022/7/18

Mohan Panth
Mohan Panth

H-Index: 3

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Defect-Polaron and Enormous Light-Induced Fermi-Level Shift at Halide Perovskite Surface

The Journal of Physical Chemistry Letters

2022/7/18

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Extracting Electrons from Delocalized Excitons by Flattening the Energetic Pathway for Charge Separation

The Journal of Physical Chemistry Letters

2021/9/13

Bhupal Kattel
Bhupal Kattel

H-Index: 9

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Probing the Origin of Light-Enhanced Ion Diffusion in Halide Perovskites

ACS Applied Materials & Interfaces

2021/7/12

Exciton Heating Versus Cooling: Charge Separation Driven by Entropy and Delocalization at Interfaces with Planar Molecules

Physical Review Applied

2021/4/30

Tika R Kafle
Tika R Kafle

H-Index: 7

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Ultrafast hole transfer from monolayer ReS2 to thin-film F8ZnPc

Applied Physics Letters

2021/4/12

Collective Effects of Band Offset and Wavefunction Dimensionality on Impeding Electron Transfer from 2D to Organic Crystals

The Journal of Physical Chemistry Letters

2020/8/19

Wai-Lun Chan
Wai-Lun Chan

H-Index: 21

Spontaneous Exciton Dissociation at Organic Semiconductor Interfaces Facilitated by the Orientation of the Delocalized Electron–Hole Wavefunction

Advanced Energy Materials

2020/3

See List of Professors in Wai-Lun Chan University(University of Kansas)