Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Imtiaz Noor Bhatti; J. Avila; Z. Chen; A. Baron; Y. Zhang; A. Shukla; P. Dudin

doi:10.48550/arxiv.2501.03387

Paper details

Research paper

Experimental Characterization

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Imtiaz Noor Bhatti, J. Avila, Z. Chen, A. Baron et al.

arXiv·2025·10.48550/arxiv.2501.03387·arXiv:2501.03387

Samples

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

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

1 preparation1 characterization1 property5 figures

ExperimentalCStudied Materialsoda-lime glassSubstrate / DielectricAuCapping Or ContactCCapping Or Contact

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

1 preparation1 characterization1 property5 figures

ExperimentalCStudied Materialsoda-lime glassSubstrate / DielectricAuCapping Or ContactCCapping Or Contact

Materials

graphene

Studied Material

Also known as

monolayer graphenebilayer graphene

Variables

layer_count= 1,2

studied material

Why these are connected

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

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Condition	Source
Fermi Level Shift	band shift	500meV	C	Mechanically exfoliated monolayer graphene flake transferred		—
Fermi Level Shift	band shift	250meV	C	Mechanically exfoliated bilayer graphene region transferred		—

Properties

Type	Label	Value	Material	Sample	Condition	Source
Fermi Level Shift	band shift	500meV	C	Mechanically exfoliated monolayer graphene flake transferred		—
Fermi Level Shift	band shift	250meV	C	Mechanically exfoliated bilayer graphene region transferred		—

Properties

Type	Label	Value	Material	Sample	Condition	Source
Fermi Level Shift	band shift	500meV	C	Mechanically exfoliated monolayer graphene flake transferred		—
Fermi Level Shift	band shift	250meV	C	Mechanically exfoliated bilayer graphene region transferred		—

Properties

Type	Label	Value	Material	Sample	Condition	Source
Fermi Level Shift	band shift	500meV	C	Mechanically exfoliated monolayer graphene flake transferred		—
Fermi Level Shift	band shift	250meV	C	Mechanically exfoliated bilayer graphene region transferred		—

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Space Charge Doping Induced Band Modulation in Mono- and Bi-layer Graphene: a nano-ARPES study

Samples

Mechanically exfoliated monolayer graphene flake transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Mechanically exfoliated bilayer graphene region transferred onto soda-lime glass and electrically connected to gold electrode using graphite for grounding.

Materials

Why these are connected

Processing

Characterization

Properties

Processing

Characterization

Properties

Processing

Characterization

Properties

Processing

Characterization

Properties