Graphene oxide two dimensional films for thermo-optic photonic integrated devices

David J. Moss

doi:10.1002/adfm.202406799

Paper details

Research paper

Experimental CharacterizationComputational Multiscale

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

David J. Moss

2024·10.1002/adfm.202406799·arXiv:2406.17728

Samples

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

SiN microring resonator coated with 1 layer of graphene oxide film.

2 preparations2 characterizations10 properties2 figures

ExperimentalGOStudied MaterialSiNSubstrate / DielectricSiO₂Substrate / Dielectricpolymer layerSubstrate / Dielectric

SiN microring resonator coated with 2 layers of graphene oxide film.

2 preparations1 characterization8 properties1 figure

ExperimentalGOStudied MaterialSiNSubstrate / DielectricSiO₂Substrate / Dielectricpolymer layerSubstrate / Dielectric

SiN microring resonator coated with 3 layers of graphene oxide film.

2 preparations2 characterizations8 properties2 figures

ExperimentalGOStudied MaterialSiNSubstrate / DielectricSiO₂Substrate / Dielectricpolymer layerSubstrate / Dielectric

Uncoated SiN microring resonator reference.

1 preparation2 characterizations1 property2 figures

SiNSubstrate / Dielectric

Materials

graphene oxide

Studied Material

Also known as

Variables

layer_number= variable

reduction_state= variable

studied material

semi-reduced graphene oxide

Why these are connected

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

Graphene oxide two dimensional films for thermo-optic photonic integrated devices | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Raman Peak	D	1345cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Raman Peak	G	1590cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	upper cladding thickness	2.3um	SiO₂	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Substrate Thickness	SiN waveguide thickness	0.72um	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi Uncoated SiN microring resonator reference.	—
Substrate Thickness	GO layer thickness	2nm	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	GO layer thickness	4nm	GO	SiN microring resonator coated with 2 layers of graphene oxi	—
Substrate Thickness	GO layer thickness	6nm	GO	SiN microring resonator coated with 3 layers of graphene oxi	—
Optical Band Gap	GO optical bandgap range	~2.1-3.6eV	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.972	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.99	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TE	1.784	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TM	1.713	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—

Properties

Type	Label	Value	Material	Sample	Source
Raman Peak	D	1345cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Raman Peak	G	1590cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	upper cladding thickness	2.3um	SiO₂	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Substrate Thickness	SiN waveguide thickness	0.72um	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi Uncoated SiN microring resonator reference.	—
Substrate Thickness	GO layer thickness	2nm	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	GO layer thickness	4nm	GO	SiN microring resonator coated with 2 layers of graphene oxi	—
Substrate Thickness	GO layer thickness	6nm	GO	SiN microring resonator coated with 3 layers of graphene oxi	—
Optical Band Gap	GO optical bandgap range	~2.1-3.6eV	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.972	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.99	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TE	1.784	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TM	1.713	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—

Properties

Type	Label	Value	Material	Sample	Source
Raman Peak	D	1345cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Raman Peak	G	1590cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	upper cladding thickness	2.3um	SiO₂	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Substrate Thickness	SiN waveguide thickness	0.72um	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi Uncoated SiN microring resonator reference.	—
Substrate Thickness	GO layer thickness	2nm	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	GO layer thickness	4nm	GO	SiN microring resonator coated with 2 layers of graphene oxi	—
Substrate Thickness	GO layer thickness	6nm	GO	SiN microring resonator coated with 3 layers of graphene oxi	—
Optical Band Gap	GO optical bandgap range	~2.1-3.6eV	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.972	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.99	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TE	1.784	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TM	1.713	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—

Properties

Type	Label	Value	Material	Sample	Source
Raman Peak	D	1345cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Raman Peak	G	1590cm⁻¹	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	upper cladding thickness	2.3um	SiO₂	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Substrate Thickness	SiN waveguide thickness	0.72um	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi Uncoated SiN microring resonator reference.	—
Substrate Thickness	GO layer thickness	2nm	GO	SiN microring resonator coated with 1 layer of graphene oxid	—
Substrate Thickness	GO layer thickness	4nm	GO	SiN microring resonator coated with 2 layers of graphene oxi	—
Substrate Thickness	GO layer thickness	6nm	GO	SiN microring resonator coated with 3 layers of graphene oxi	—
Optical Band Gap	GO optical bandgap range	~2.1-3.6eV	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.972	GO	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Refractive Index	n	1.99	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TE	1.784	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—
Effective Refractive Index	n_eff, TM	1.713	SiN	SiN microring resonator coated with 1 layer of graphene oxid SiN microring resonator coated with 2 layers of graphene oxi SiN microring resonator coated with 3 layers of graphene oxi	—

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Graphene oxide two dimensional films for thermo-optic photonic integrated devices

Samples

SiN microring resonator coated with 1 layer of graphene oxide film.

SiN microring resonator coated with 2 layers of graphene oxide film.

SiN microring resonator coated with 3 layers of graphene oxide film.

Uncoated SiN microring resonator reference.

Materials

Why these are connected

Processing

Characterization

Properties

Simulations

Processing

Characterization

Properties

Simulations

Processing

Characterization

Properties

Simulations

Processing

Characterization

Properties

Simulations