国家/地区 加拿大（10）
IPC部 B（9） C（8） H（4）
D（2）
IPC大类 C01（8） B82（6） C07（4）
C08（4） C09（4） H01（4）
D01（2）
IPC小类 C01B（8） B82Y（6） C07C（4）
C09K（4） C08F（3） H01M（3）
B82B（2） D01F（2） H01G（2）
H01L（2）
IPC C01B031/04（7） B82Y030/00（4） C01B032/182（4）
B82Y040/00（3） C01B031/00（3） C01B031/02（3）
C01B032/184（3） B82B001/00（2） B82B003/00（2）
C01B032/194（2） C09K008/03（2） C09K011/65（2）
D01F009/12（2） H01G011/36（2） H01M004/587（2）
发明人 TOUR J M（10） TOUR J（7） KOSYNKIN D（3）
KOSYNKIN D V（3） PENG Z（2） TOUR YA M（2）
公开年 2016（3） 2015（2）
申请年 2015（4）  2010（2） 
专利权人 UNIV RICE WILLIAM（10）

Method of making filter with laser induced graphene (LIG), involves treating second side of sheet and treating on second side provide porosity to sheet such that sheet is capable of flowing air through LIG from first to second side.

TOUR J M, STANFORD M G, LI J, CHYAN Y, ARNUSCH C J, PRESUTTI S E, MOUSE S M, LY J, YU C, STEVEN P, LEI J

Production of graphene hybrid material for electronic devices e.g. microsupercapacitor, involves exposing precursor material and associating pseudocapacitive material with laser-induced graphene which is derived from precursor material.

TOUR J M, LI L, PENG Z, ZHANG J, TOUR J

Manufacture of graphene quantum dots from carbon source, involves exposing carbon source chosen from coal, coke, biochar, and/or asphalt to solution containing oxidant, and forming graphene quantum dots.

TOUR J M, METZGER A, YE R, MANN J, TOUR J

Forming a polymer composite comprising polymers and graphene quantum dots, useful in LEDs, comprises mixing a polymer component comprising polymers and/or polymer precursors with graphene quantum dots.

TOUR J M, KOVALCHUK A, XIANG C, TOUR J, CHANGSHENG X, TOUR YA M, XIANG CH

Preparation of graphene material used for component of electronic device e.g. energy storage device and energy generation device, involves exposing polymer to laser source and forming graphene.

KITTRELL C, LIN J, PENG Z, TOUR J M, HAYASHI K

Treatment of inflammatory disease by administering carbon material, e.g. graphene quantum dots, selectively targeting T cells in subject.

TOUR J M, BEETON C, HUQ R U, INOUE T, PAUTLER R G, SAMUEL E L G

Preparation of functionalized graphene nanoribbons used for e.g. deicing circuit, involves exposing carbon nanotubes to alkali metal source in presence of aprotic solvent and exposing opened carbon nanotubes to electrophile.

TOUR J M, LU W, GENORIO B, TOUR J, TOUR YA M, LU V

Producing graphene oxide involves mixing graphite source with solution containing oxidant and protecting agent, and oxidizing the graphite source with the oxidant in presence of the protecting agent to form graphene oxide.

TOUR J M, KOSYNKIN D V, TOUR J, KOSYNKIN D

Graphene nanoribbons preparation for electronic device comprises exposing carbon nanotubes to alkali metal source in the absence of solvent, and adding electrophile to form functionalized graphene nanoribbons.

TOUR J M, KOSYNKIN D V, TOUR J, KOSYNKIN D

Drilling fluid useful in e.g. drilling operations to prevent or reduce the penetration of drilling fluids into rock formations, comprises graphene.

DOYLE C D, KOSYNKIN D V, LOMEDA J R, SCHMIDT H K, TOUR J M, TOUR J, SCHMIDT H, LOMEDA J, KOSYNKIN D, DOYLE C