国家/地区 美国（22）
IPC部 B（22）
IPC大类 B33（22）
IPC小类 B33Y（22） C08K（22） C08L（16）
B29C（14） C01B（9） C08J（9）
B82Y（6） C08F（6） C08G（6）
C09C（6） C09D（6） B29B（4）
B22F（3） C04B（3） C09K（3）
IPC C08K003/04（22）
发明人 EMPARUZIA V（5） FARRUGIA V M（5） SIBANTIISWARISLISKA.（4）
SRISKANDAR S E（4） SRISKANDHA S E（4） CLARIDGE R（3）
BOSNYAK C P（2） HASEGAWA S（2） HASEGAWA SHOJI（2）
IVANOVA O（2） JANG B Z（2） KAMIYA N（2）
KAMIYA NAGISA（2） LEE H（2） LOWDER S（2）
公开年 2021（9） 2022（7） 2017（3） 2015（2）
申请年 2021（8）  2020（5）  2015（2）  2016（2）  2019（2）  2022（2） 
专利权人 XEROX CORP（6） GRAPHENE PLA.（2） GRAPHENE PLA.（2） JANG B Z（2）
KOREA INST S.（2） NANOTEK INST.（2） ZHAMU A（2）

Method for making GO-PVDF composite, involves providing graphene oxide-polyvinylidene fluoride composite having preset transmission Fourier-transform infrared minimum transmittance ratio of beta-phase polyvinylidene fluoride to alpha-phase polyvinylidene fluoride, and mixing with carrier fluid.

JAMALI H S, CLARIDGE R, FARRUGIA V M, EMPARUZIA V, HOJJAT S J

Matter composition comprises epoxy functionalized two-dimensional shaped particles comprising functionalized graphene, clays, and alumina platelets, carbon nanotubes, epoxy resin, and curing agent comprising ionic liquid, and 1-ethyl-3-methylimidazolium dicyanamide.

KALB J, IFTIME G, WEI J, PANDEY R, RAHULPANDY, JUNHUA W, JAMIKALB

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

Modifying curing additive manufacturing dispersion using radiation comprises preparing additive manufacturing dispersion e.g. crosslinkable moiety, and radiating dispersion with electromagnetic radiation comprising microwaves.

BOSNVAK C P, SWOGGER K W, LOWDER S, IVANOVA O, BOSNYAK C P

Conductive composite resin composition for photocurable three-dimensional printed material, comprises photoreactive viscosity decreasing agent, photocurable resin and conductive nanostructures, and has specified viscosity.

LEE H, KIM S, KIM S W, SANGHYE K, CHUN D

Dispersion useful for manufacturing additive for encapsulating electronic components, comprises portion of cross-linkable moiety, and oxidized discrete carbon nanotubes with bonded dispersing agent.

IVANOVA O, LOWDER S, SWOGGER K W, BOSNYAK C P

Additively manufacturing silicone elastomer article by applying additive manufacturing material on substrate and forming layer by addition-crosslinking electro-conductive silicone composition containing e.g., organopolysiloxane and catalyst.

YUE Y, JIA L