国家/地区 美国（13）
IPC部 C（13）
IPC大类 C08（13）
IPC小类 C08F（13）
IPC C08F292/00（13）
发明人 EMPARUZIA V（3） FARRUGIA V M（3） INUI N（3）
SIBANTIISWARISLISKA.（3） SRISKANDAR S E（3） SRISKANDHA S E（3）
TAKAHASHI K（3） CLARIDGE R（2） MUKAIHATA D（2）
MUKOHATA D（2） SAWA K（2） TANIGUCHI K（2）
TSUMURA K（2）
公开年 2022（4） 2013（3） 2012（2） 2017（2）
申请年 2011（2）  2012（2）  2017（2）  2021（2）  2022（2） 
专利权人 SEKISUI CHEM.（3） XEROX CORP（3） INUI N（2） MUKOHATA D（2）
SEKISUI CHEM.（2） TAKAHASHI K（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

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

Forming composite material involves photo-initiating monomer polymerization in pattern of interconnected units forming polymer microlattice, removing unpolymerized monomer from polymer microlattice, coating polymer microlattice with metal and removing polymer microlattice forming metal microlattice.

COLOMBO L, VENUGOPAL A, COOK B S, DADVAND N

Graphene-polycarboxylate type material, e.g. graphene-polycarboxylate-nanoparticle type material, for filler in polymeric matrices, in direct and reverse osmosis membranes, and in lithium batteries, comprises polycarboxylate compound.

AGUILAR BOLADOS H E, YAZDANIPEDRAM ZOBEIRI M, GALLEGOS COFRE M D J, ESTEBAN A B H, MERDAD Y, JESUSUS G D, GALLEGOS C M D J, YAZDANIPEDRAM Z M, AGUILAR B H E

Composition used e.g. in polymer nanocomposites useful in expandable polymer nanocomposites which are useful in electronic applications, comprises vinyl aromatic polymer, and graphene and graphene nanoplatelets durably dispersed in solvent.

AUTIERI V, FELISARI R

Polymer-graphene composite used for forming composition, comprises graphene and polymer bonded to graphene through functional group containing carbonyl group and alkylene group.

KIM Y W, KWON W J, KIM Y, KWON W

Antimicrobial nanocomposite composition, useful as a coating for e.g. a medical device, comprises a styrene and a methyl methacrylate in a specified weight ratio, and a silver nitrate and a graphene powder in a specified weight percentage.

ALSHARAEH E H, ALDOSARI M A, OTHMAN A A M, ALHINDAWI M F Q, ALSAUD K B B, OTHMAN A A

Hydrogel composition useful in e.g. products including disposable diapers, contact lenses, electrodes, and water gel explosives, comprises graphene, chitosan, and polyethylene(glycol)diacrylate.

MOHAPATRA S, WANG C

Composite hydrogel useful in e.g. microfluidic device, lens structure and micromechanical systems, comprises graphene oxide flakes distributed in and covalently bonded to a thermo-responsive hydrogel polymer i.e. poly isopropylacrylamide.

JIANG H, LO C, ZHU D