国家/地区 中国（9） 英国（2） 印度（2） 韩国（2） 世界知识产权组织（2）
IPC部 C（16）
IPC大类 C30（16） H01（16） C23（7）
C01（4）
IPC小类 C30B（16）
IPC H01L021/02（16）
发明人 DIXON S（2） FENG H（2） GUINEY I（2）
PAN Y（2） TANG J（2） THOMAS S（2）
WANG Y（2）
公开年 2022（8） 2021（6） 2023（2）
申请年 2021（16）
专利权人 CEC COMPOUND.（2） PARAGRAF LTD（2）

Depositing gate dielectric on two-dimensional material involves depositing seed layer over atomically smooth surface of two dimensional material, evaporating predefined thickness of seed layer from atomically smooth surface, and performing atomic layer deposition.

SHRIVASTAVA M, KHANEJA M, MEERSHA A

Growing graphene layer structure on substrate used in opto-electronic device, e.g., solar cell, solar cell, light-emitting diode, organic light-emitting diode, electro-optic modulator, photodetector or diode, involves providing substrate on susceptor in chemical vapor deposition reaction chamber.

THOMAS S, GUINEY I, DIXON S

Graphene element used as field effect transistor having top gate structure, comprises boron nitride layer having turbostratic structure, and graphene layer in contact with boron nitride layer.

KONDO O

Forming a graphene layer structure used in Hall effect sensor, involves providing growth substrate having growth surface, and forming graphene layer structure on growth surface by chemical vapor deposition method, where growth surface is formed of material consisting of e.g. magnesium aluminate.

GRIFFIN R M, THOMAS S, GUINEY I, DIXON S

P-type transparent conductor with highly reduced graphene oxide thin film, has substrate and highly reduced graphene oxide thin film deposited on the substrate, in which the film is directly grown on substrate by pulsed laser deposition.

RAO R M S, JUVAID M M, SARKAR S, VENKATESAN T

Method for remote epitaxial growth of nitride single crystal thin film based on ferroelectric material substrate comprising adjusting temperature of ferroelectric material substrate, and cooling ferroelectric material substrate.

XU K, WANG J, WANG Y, XU Y, QU Y

Preparation of gallium nitride epitaxial structure by providing a silicon carbide substrate, pre-processing, growing a graphene film, growing diamond film, growing aluminum nitride polycrystalline film, and annealing.

PAN Y, FENG H, TANG J

Preparing epitaxial structure for gallium nitride-based radio frequency device, comprises e.g. performing surface cleaning treatment, annealing the silicon carbide substrate to produce graphene film, growing indium-galliun-nitride-aluminum-gallium-nitride barrier layer.

PAN Y, FENG H, TANG J

Preparing indium-phosphate thin film based on gallium-arsenic substrate, comprises e.g. growing gallium-arsenic buffer layer on gallium-arsenic substrate, preparing composite buffer layer on gallium-arsenic buffer layer, forming composite buffer layer and growing indium-phosphate thin film.

JI H, LUO S, WANG Y, XU P

Transferring gallium oxide epitaxial layer based on van der Waals film comprises e.g. using chemical vapor deposition to make polycrystalline continuous graphene film, extending gallium oxide on graphene film and adhering thermal release adhesive tape to gallium oxide epitaxial layer upper surface.

HAO Y, MA P, ZHANG J, WANG D, CHEN D, NING J