Exciton manifolds in highly ambipolar doped WS2

David O. Tiede; Nihit Saigal; Hossein Ostovar; Vera Döring; Hendrik Lambers; Ursula Wurstbauer

doi:10.1002/pssb.202100566

Paper details

Research paper

Experimental Characterization

Exciton manifolds in highly ambipolar doped WS₂

David O. Tiede, Nihit Saigal, Hossein Ostovar, Vera Döring et al.

arXiv preprint·2022·10.1002/pssb.202100566·arXiv:2208.08102

Samples

Each sample groups how it was prepared, characterized, and measured. Click a card to expand.

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

3 preparations2 characterizations3 properties3 figures

ExperimentalWS₂Studied Material

Materials

WS₂

Studied Material

Also known as

1L WS₂monolayer WS₂

Variables

dimensionality= monolayer

studied material

Why these are connected

Related documents with shared materials, methods, properties, or citations.

Exciton manifolds in highly ambipolar doped WS2 | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Exciton Binding Energy	Ebind	0.4eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Single Particle Band Gap	Egap	2.5eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Charge Carrier Density	maximum accumulated carrier density	100000000000000cm⁻²	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—

Properties

Type	Label	Value	Material	Sample	Source
Exciton Binding Energy	Ebind	0.4eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Single Particle Band Gap	Egap	2.5eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Charge Carrier Density	maximum accumulated carrier density	100000000000000cm⁻²	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—

Properties

Type	Label	Value	Material	Sample	Source
Exciton Binding Energy	Ebind	0.4eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Single Particle Band Gap	Egap	2.5eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Charge Carrier Density	maximum accumulated carrier density	100000000000000cm⁻²	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—

Properties

Type	Label	Value	Material	Sample	Source
Exciton Binding Energy	Ebind	0.4eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Single Particle Band Gap	Egap	2.5eV	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—
Charge Carrier Density	maximum accumulated carrier density	100000000000000cm⁻²	WS₂	Electrolyte-gated monolayer WS₂ field-effect structure on bo	—

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Exciton manifolds in highly ambipolar doped WS₂

Samples

Electrolyte-gated monolayer WS₂ field-effect structure on borosilicate glass with patterned Cr/Au electrodes and a solid polymer electrolyte gate (PEO:LiClO₄ in methanol).

Materials

Why these are connected

Processing

Characterization

Properties

Processing

Characterization

Properties

Processing

Characterization

Properties

Processing

Characterization

Properties