国家/地区 中国（42） 美国（10） 世界知识产权组织（6） 印度（3）
IPC部 C（58）
IPC大类 C25（58） C01（14） H01（10）
B01（8） B82（5） C23（4）
C02（2） C07（2） C10（2）
F23（2） H05（2）
IPC小类 C25B（58）
IPC C25B001/04（18） C25B011/091（18） C25B001/135（13）
C25B011/065（13） C25B003/26（10） C25B001/30（6）
C25B011/075（6） C01B032/184（5） C25B001/02（5）
C25B003/07（5） C25B009/19（5） C25B009/60（5）
C25B011/02（5） C25B011/046（5） B82Y030/00（4）
发明人 LICHT G（5） LICHT S（5） WANG H（4）
WANG J（4） HUANG Y（3） JIANG J（3）
LI Q（3） QIU Z（3） WANG Y（3）
CUI D（2） GONG J（2） HE G（2）
JIN C（2） LI J（2） LI Z（2）
公开年 2023（58）
申请年 2022（58）
专利权人 C2CNT LLC（5） UNIV XIAN JI.（4） UNIV GUANGXI.（3） UNIV ZHEJIAN.（3）
NAT CENT NAN.（2） SHANGHAI NAT.（2） UNIV DALIAN .（2） UNIV FUDAN（2）

Purification of graphitic material used for negative electrode material, involves electrochemically treating crude graphitic material comprising impurity chosen from metal and metal oxide, using predetermined electrolyte, predetermined anode composition and predetermined cathode composition.

CORNEJO A, ROY A K, LO V C, CHIVERS B, NOORBEHESHT N

Preparing graphene-supported cobalt-based bimetallic single-atom electrocatalyst useful in hydrogen evolution reaction, comprises exfoliating graphite oxide, adding cobalt metal, ultrasonically dispersing, adding urea, freeze-drying, heating obtained precursor, washing with acid and drying.

YANG X, ZHU J, LI L, CHEN Q, ZHAO Y, HE G, CHEN H

New silver-doped gold nanocluster catalyst useful for converting carbon dioxide, comprising e.g. 1-20 carbon alkylthiol, 3-20 carbon alkenylthiol, 3-20 carbon alkynylthiol, 6-20 carbon allylthiol, or 3-20 carbon cycloalkylthiol.

LEE D I, SUNG H

Preparing carbon nanomaterial product for medical device, structural enhancement additive, strength enhancement additive, electrical conductivity enhancement additive, involves heating electrolyte media to obtain molten electrolyte media.

LICHT G, LICHT S

Producing carbon nanomaterial (CNM) product in medical device, structural enhancement additive, strength enhancement additive, electrical conductivity enhancement additive, and thermal conductivity enhancement additive, involves heating electrolyte media to obtain molten electrolyte media.

LICHT G, LICHT S

Preparing carbon nanomaterial product for medical device, structural enhancement additive, and strength enhancement additive, involves heating electrolyte media to obtain molten electrolyte media, positioning molten electrolyte media between high-nickel content anode and cathode of electrolytic cell.

LICHT G, LICHT S

Single stage process for generation of hydrogen enriched gas involves routing hydrogen source through heat exchanger of hydrogen enriched gas generation unit, and maintaining higher localized hydrogen pressure at interface of catalyst-perforated catalyst protective sheets.

RAMAKUMAR S S V, KAPUR G S, SHARMA A, SONKAR K, SUNDARRAMAN M, KARUPPANNAN M, CHUGH S, CHAUDHARI C A

Producing macro-assembly product for nano-filtration, involves heating electrolyte media to obtain molten electrolyte media, positioning molten electrolyte media between anode and cathode of electrolytic cell, introducing source of carbon into electrolytic cell.

LICHT G, LICHT S

Preparing metal phthalocyanine-graphite phase carbon nitride/graphene ternary composite material useful electro-catalytic reduction of carbon dioxide, comprises e.g. adding metal phthalocyanine powder and graphitic carbon nitride powder to sulfuric acid solution, and adding graphene oxide powder.

WU H, REN Z, WANG Z, CHEN Z

Method for preparing graphene electrode taking carbon dioxide reduction product as carbon source, involves adding polyacrylonitrile to N, N-dimethyl formamide to obtain precursor solution, and carrying out electro-catalytic reduction to carbon dioxide gas source to obtain gaseous product.

YAN W, GAO F, WANG W, GAO S, WANG Y, YANG G, WANG F