国家/地区 美国（30）
IPC部 B（30）
IPC大类 C09（30） C01（22） C08（18）
B82（14） H01（10） B29（8）
B01（7） B32（6） B33（4）
C07（4） B05（3） B60（3）
G01（3） C12（2） G02（2）
IPC小类 C09C（30） C01B（22） C08K（15）
B82Y（14） C08J（11） C08L（11）
B29C（8） B01J（6） B32B（6）
C09D（6） H01B（5） B29K（4）
B33Y（4） C07C（4） C08F（4）
IPC C09C001/44（30）
发明人 EMPARUZIA V（4） FARRUGIA V M（4） SIBANTIISWARISLISKA.（4）
SRISKANDAR S E（4） SRISKANDHA S E（4） ALHARTHI M A（3）
ZUBAIR M（3） CLARIDGE R（2） LEE S H（2）
公开年 2021（6） 2022（6） 2009（3） 2016（3） 2017（3） 2011（2） 2015（2）
申请年 2020（5）  2021（4）  2011（3）  2016（3）  2009（2）  2017（2）  2022（2） 
专利权人 XEROX CORP（5） UNIV DHAHRAN.（3） KOREA INST S.（2）

Composition used for three-dimensional printing e.g. additive manufacturing, comprises particles comprising thermoplastic polymer grafted to carbon nanomaterial, and particles have preset aerated density.

FARRUGIA V M, SRISKANDHA S E, CLARIDGE R, SRISKANDAR S E, EMPARUZIA V, SIBANTIISWARISLISKANDA

Method for selective laser sintering for three-dimensional article, involves depositing carbon nanomaterial-graft-polyamide particles with other thermoplastic polymer particles, and exposing to laser to fuse polymer particles and form consolidated component by selective laser sintering.

SRISKANDHA S E, FARRUGIA V M, EMPARUZIA V, SIBANTIISWARISLISKANDA, SRISKANDAR S E

Selective laser sintering process for preparing highly spherical particles, involves depositing carbon nanomaterial-graft-polyurethane particles on nanomaterial surface and exposing nanomaterial grafted polyurethane particles to laser, for fusing polymer particles and forming consolidated body.

SRISKANDHA S E, FARRUGIA V M, CLARIDGE R, EMPARUZIA V, SIBANTIISWARISLISKANDA, EASWARI S, SRISKANDAR S E

Selective laser sintering for forming highly spherical particles, involves depositing carbon nanomaterial graft-polyolefin particles on nanomaterial surface, exposing polyolefin particles to laser, for fusing polymer particles, where particles comprise polyolefin grafted to carbon nanomaterial.

FARRUGIA V M, SRISKANDHA S E, SIBANTIISWARISLISKANDA, EMPARUZIA V, SRISKANDAR S E

Carbon-based material post-modification reactor, has feeding port located at a point upstream from reactor and adapted to feed carbon-based raw material into reactor, discharging port located at point downstream from reactor, screw conveying device disposed in reactor.

KU T, HSIEH C, LI J, GU D, XIE Z, LI Z

Vulcanizable rubber composition used in pneumatic tire, comprises diene-based elastomer and carbon dioxide-generated carbon reinforcement produced by mixing first gas stream containing carbon dioxide and second gas stream containing gaseous reducing agent to form reaction gas mixture.

MAZUMDAR A, DENNISPELCHER R V

Synthesizing carbon beads by preparing viscous slurry in non-polar solvent configured to function as disperse phase, preparing viscous gel using hydrocolloids, passing disperse phase and continuous phase into microfluidic droplet generator, subjecting to thermal treatment and UV radiation and drying.

PARENTE M, SITHARAMAN B, SITARAMAN B

Reduced graphene oxide/manganese oxide nanocomposite used for electrode , comprises reduced graphene oxide flakes and manganese oxide nanoparticles distributed on the surface of the flakes.

TAVARES A B L C, OSSONON B D

Reinforced biodegradable polymer nanocomposite for synthetic barrier film comprises polymer matrix and functionalized graphene nanoplatelets or graphene-like material having sheets that are functionalized with functional groups at the edges.

JULIUSSEN G, BROUGHTON S

Forming low friction, wear-resistant surface involves e.g. preparing graphene by chemical exfoliation of polycrystalline graphite or highly-oriented pyrolytic graphite, suspending graphene-oxide in solvent and adding boron nitride.

SUMANT A V, AYYAGARI V A