Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

V. Ryzhii; M. Ryzhii; M. S. Shur; T. Otsuji; C. Tang

doi:10.1063/5.0311222

Paper details

Research paper

TheoreticalComputational Kinetic Model

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

V. Ryzhii, M. Ryzhii, M. S. Shur, T. Otsuji et al.

2025·10.1063/5.0311222·arXiv:2511.03975

Samples

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

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

12 properties

SimulatedCStudied MaterialCStudied MaterialBNSubstrate / Dielectric

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

6 properties

SimulatedCStudied MaterialAsPStudied MaterialBNSubstrate / Dielectric

Materials

graphene

Studied Material

Also known as

graphene microribbonsGMRsGLs

studied material

Why these are connected

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

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—

Properties

Type	Label	Value	Material	Sample	Source
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—

Properties

Type	Label	Value	Material	Sample	Source
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—

Properties

Type	Label	Value	Material	Sample	Source
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	800mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	30uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Current	J*th	100uA	C C BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Voltage	Vth	2100mV	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Threshold Current	J*th	200uA	C AsP BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/GNR metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	0.5K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—
Lattice Heating	deltaT₀	3K	BN	Modeled GMR/AsP metasurface structure on h-BN substrate with	—

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Thermal hot-carrier breakdown in metasurface structures based on coplanar arrays of graphene microribbons connected with wide-gap bridges

Samples

Modeled GMR/GNR metasurface structure on h-BN substrate with graphene microribbons connected by graphene nanoribbon bridges.

Modeled GMR/AsP metasurface structure on h-BN substrate with graphene microribbons connected by black-arsenic-phosphorus bridges.

Materials

Why these are connected

Properties

Simulations

Properties

Simulations

Properties

Simulations

Properties

Simulations