国家/地区 美国（10） 世界知识产权组织（2）
IPC部 H（6） G（3） B（2）
C（2）
IPC大类 H01（5） C01（2） G01（2）
H05（2）
IPC小类 H01L（3） C01B（2） G01N（2）
IPC C01B032/194（2） H01L021/02（2） H01L021/04（2）
H01L029/16（2） H01L029/66（2） H01L029/88（2）
H01L043/02（2） H01L043/10（2） H01L043/12（2）
发明人 LOCK E H（3） FRIEDMAN A L（2） GASKILL D K（2）
JONKER B T（2） LERNER M B（2） MYERSWARD R L（2）
ROBINSON J T（2） VAN T E O M J（2） WHITENER K E（2）
公开年 2018（10）
申请年 2018（5）  2017（4） 
专利权人 US SEC OF NAVY（10）

Method for parts per billion level in-line detection of sulfur in fuel cell for military application, such as silent watch operation, involves etching graphene, while functionalizing etched graphene and attaching metal oxide nanoparticles.

LOCK E H, PERKINS F K, BOYD A K, MYERSWARD R L, GASKILL D K, NATH A

Operation of device involves providing device comprising substrate comprising tunnel barrier, monolayer of graphene, dielectric material and electrode, applying voltages across electrode, substrate and monolayer.

TORRES C M, ADLEMAN J R, LU R P, WANG K L

Dry graphene transfer includes e.g. contacting graphene on growth substrate with azide end-group on rinsed modified transfer substrate and transfer printing, and separating transfer substrate with attached graphene from the growth substrate.

LOCK E H, BARAKET M, WALTON S G, LASKOSKI M, SHEEHAN P E, MULVANEY S P, HINES D R

Graphene and liquid crystal device for electro-optic liquid crystal device, has graphene layer formed on substrate, and liquid crystal layer formed on graphene layer, where graphene layer is arranged with alignment layer and electrode.

BASU R, KINNAMON D, SPILLMANN C M, KOLACZ J, FRANTZ J A, MYERS J D

Method for fabricating transparent antenna to be integrated into windows of vehicle, involves shaping graphene nanomesh structure to form transparent antenna that transmits and receives signals in desired frequency range yet is transparent.

LERNER M B

Method for fabricating transparent electromagnetic shield e.g. hybrid mesh/graphene transparent electromagnetic shield, involves causing graphene sheet to adhere to nanomesh structure for forming transparent electromagnetic shield.

LERNER M B, ROCKWAY J D

Graphene functionalization that preserves electronic properties and enables nanoparticles deposition, involves non-covalent functionalization of graphene by incubating, rinsing, and drying graphene, and forming functionalized graphene.

LOCK E H, OSOFSKY M S, AUYEUNG R C Y, MYERSWARD R L, GASKILL D K, PRESTIGIACOMO J, GASKILL D K G

Homoepitaxial tunnel barrier transport device with hydrogenated graphene-on-graphene comprises substrate, monolayer graphene film having edges, and hydrogenated monolayer graphene film as chemically modified monolayer graphene film.

FRIEDMAN A L, VAN T E O M J, ROBINSON J T, JONKER B T, WHITENER K E

Reconfigurable liquid metal and graphene power source device, has electrolyte for directly contacting both of graphene layer and liquid metal layer, where electrolyte is made of sodium hydroxide and metal layer is made of eutectic alloy.

ORDONEZ R C, KAMIN N M, GARMIRE D, HAYASHI C K

Formation of homoepitaxial tunnel barrier with hydrogenated graphene-on-graphene for forming homoepitaxial tunnel barrier transport device, involves growing graphene, encapsulating edges of graphene layers, and hydrogenating graphene.

FRIEDMAN A L, ROBINSON J T, JONKER B T, WHITENER K E, VAN T E O M J, VANT E O M J