国家/地区 中国（16）
IPC部 B（11） C（11） H（8）
G（7）
IPC大类 C01（10） B82（8） H01（8）
B01（5） B32（5） G01（5）
B05（3） C23（3） B29（2）
B44（2） C03（2）
IPC小类 C01B（10） B82Y（6） B32B（5）
G01N（5） H01L（5） B01D（4）
B05D（3） C23C（3） B29C（2）
B44C（2） B82B（2）
IPC C01B031/04（8） B82Y030/00（5） B01D067/00（4）
B01D071/02（4） B01D053/22（3） B82Y040/00（3）
C01B031/02（3） B01D069/12（2） B01D069/14（2）
B01D071/06（2） B05D005/00（2） B44C001/22（2）
B82Y099/00（2） C01B032/186（2） C23C016/26（2）
发明人 MILLER S A（7） YAGER T A（6） DUERKSEN G L（3）
ANDERSON K（2） MILLER S（2） SJONG A（2）
SOONG A（2）
公开年 2012（5） 2013（4） 2015（4） 2014（3）
申请年 2012（6）  2010（3）  2013（3）  2011（2）  2014（2） 
专利权人 EMPIRE TECHNOLOGY DEV LLC（16）

Production of graphene for graphene sheet manufacture involves adding metal catalyst in reaction chamber, adding hydrocarbon gas in reaction chamber, allowing metal catalyst and hydrocarbon gas to make contact, and dehydrogenating.

CARLSON W B, CASASANTA V, WAN F, ROBERTS B K, LONDERGAN T M

Method for making graphene membrane that is utilized for enriching gas, involves providing gas-permeable substrate, applying graphene to gas-permeable substrate, heating graphene applied to gas-permeable substrate and cooling.

ANDERSON K, SJONG A, SOONG A

Graphene composite for use in device i.e. sensor for sensing analytes e.g. aromatic molecule in sample, comprises photoswitchable layer, graphene layer disposed on photoswitchable layer and substrate.

ANDERSON K, SJONG A, SOONG A, ANDERSON K K

Large-scale graphene-containing chip multiprocessor, has additional processor cores placed on die, where high-speed processor cores operate when some of additional processor cores are configured to be gated.

POTKONJAK M

Labeling of defects in graphene layer for graphene film production involves providing substrate with surface partially covered by graphene layer and contacting substrate with indicator which selectively binds with areas exposed by defects.

YAGER T A, MILLER S A

Composite membrane for gas and liquid separations, comprises nanoporous graphene layer having first side and second side, first selective membrane, and porous support substrate in contact with second side of nanoporous graphene layer.

MILLER S A, DUERKSEN G L

Method for detecting defects in sample using saturable absorber e.g. graphene, involves comparing reflected intensity ratio to incident intensity ratio to identify defects at locations.

YAGER T A

Membrane used to separate compound from fluid mixture, comprises graphene monolayer including discrete pores that are chemically perforated, where each pore has uniform pore size with carbon vacancy defects in the monolayer.

DUERKSEN G L, MILLER S A

Membrane used to separate gas from fluid mixture including first gas e.g. neon and second gas, includes graphene layer perforated by nanoscale pores, and gas sorbent to contact surface of layer and direct gas adsorbed at sorbent into pores.

DUERKSEN G L, MILLER S A

Partially altering defect area in a layer on substrate involves reacting substrate under reaction conditions to produce cationic area in exposed areas; adhering graphene oxide to cationic area to produce graphene oxide layer; and reducing.

MILLER S, YAGER T, MILLER S A, YAGER T A