国家/地区 波兰（11）
IPC部 C（8） B（6） A（3）
IPC大类 C01（4） B01（3） B82（3）
A61（2）
IPC小类 C01B（4） B01J（3） B82Y（3）
IPC B01J019/00（2） C01B032/194（2）
发明人 GLUCHOWSKI P（3） KACZMAREK L（3） STREK W（3）
WARGA T（3） MISTA W（2） TOMALA R（2）
WIEWIORSKI P（2） ZAWADZKI P（2）
公开年 2022（11）
申请年 2021（11）
专利权人 INST NISKICH.（3） POLITECHNIKA.（3）

Three-functional composition for production of protective coatings, comprises components of aqueous-based or emulsion paint including epoxy, latex, solvent, polyvinyl, acrylic, alkyd, polyurethane, phthalic or dispersion of polymers and agent.

ZIELINSKAJUREK A, MALINOWSKA I

Producing a filter material with hydrophobic and bactericidal properties used in insertion into tracheostomy tube, comprises producing base material, subjecting to surface modification, annealing and washing the annealed material.

BYCZKOWSKA P, KACZMAREK L, SAWICKI J, WARGA T, ZAWADZKI P, STEGLINSKI M, KRUPANEK K

Virucidal and biocidal preparation used against viruses and microorganisms, preferably severe acute respiratory syndrome-coronavirus-2, comprises colloid of non-functionalized graphene oxide and silver nanoparticles.

SAWOSZCHWALIBOG E, WIERZBA W, KROL Z, KOTELA I, JAWORSKI S, ZIELINSKAGORSKA M, GRODZIK M, LANGE A, KRZEMINSKI P, HOTOWY A, KOTELA A, SOSNOWSKA M, STROJNYCIESLAK B, WIERZBICKI M

Determining number of graphene layers involves determining relative intensity of substrate-bound Raman-active mode in graphene-covered region to intensity of substrate-bound Raman-active mode in graphene-free region.

DOBROWOLSKI A, JAGIELLO J, CIUK T

Chemical modification of yarn using oxidized graphene comprises e.g. processing prepared yarn in system of rollers and rotating, rinsing in demineralized water, rinsing the yarn in demineralized water, drying, and winding the modified yarn.

KACZMAREK L, JANASNAZE A, OLBORSKA A, MICHALAK D, BOSIAK M, MISZTELA A, NYKIEL J, WARGA T

Method for covering implantable medical device with graphene coating, involves covering medical device made of a carbon monoxide-chromium class L-605 cobalt-chromium alloy with graphene coating by chemical phase deposition process and CW-CVD cold gas.

HRENIAK D, HASIAK M, WAWRZYNSKA M, BOIKO V

Production of micro/mesoporous conductive polymer involves adding aqueous suspension of graphene oxide to hydrazine, vigorously stirring at room temperature, filtering obtained gelling product, drying, and annealing under atmosphere of hydrogen at preset pressure.

KULA P, NIEDZIELSKI P, KACZMAREK L, SZYMANOWSKI H, KACZOROWSKI W, JASTRZEBSKI K, CLAPA M, ZAWADZKI P, WARGA T, KLICH M

PIRO-PO method for used railway sleepers and other types of wood products impregnated with creosote, involves providing fire filter with appropriate catalyst and graphene filter at exhaust manifold to ensure purity of emission gases at high permissible emission level.

ZIELINSKI J A, SIERZANT R, WITKOWSKI M

Producing graphene flakes by electrochemical exfoliation, comprises placing electrodes in electrolyte and electrolysis is carried out, then exfoliated graphene flakes are recovering from electrolyte solution by filtrating, washing with distilled water and dried and centrifuged.

GLUCHOWSKI P, KOWALCZYK J, STREK W, LE QUOC M, HUYEN D N, MINH L Q

Making methanol by carbon dioxide conversion route in photocatalytic process by providing base liquid in form of demineralized and carbon dioxide-saturated water to reaction tank, providing graphene material, and exposing tank to beam.

GERASYMCHUK Y, GLUCHOWSKI P, MISTA W, STREK W, WIEWIORSKI P, TOMALA R