国家/地区 中国（40）
IPC部 B（40）
IPC大类 B82（40）
IPC小类 B82Y（40）
IPC B82Y040/00（40）
发明人 DRYFE R A W（3） KINLOCH I A（3） ABDELKADER A（2）
ABDELKADER A M（2） CHEN Y（2） CHEN Z（2）
DRYFE R（2） JEFF R A W（2） KINLOCH I（2）
LI J（2） LI W（2） LICHT S（2）
LOH K（2） LOH K P（2） MA L（2）
公开年 2021（9） 2022（7） 2013（5） 2017（5） 2012（4） 2015（3） 2014（2） 2016（2）
申请年 2021（9）  2012（7）  2020（6）  2013（5）  2016（3）  2022（3）  2011（2）  2015（2）  2017（2） 
专利权人 UNIV MANCHES.（5） BEIJING INST.（2） C2CNT LLC（2） DRYFE R A W（2）
KINLOCH I A（2） UNIV CHINA E.（2） UNIV SINGAPO.（2） UNIV SINGAPO.（2）

Synthesizing two-dimensional graphene and boron alkene/tellurene complex by electrochemical one-step method, useful in hydrogen production comprises e.g. using graphite electrode and boron block/tellurium block electrode as anode and cathode, and electrolyzing, washing and centrifuging.

HOU W, ZHANG Y, XU Y

Reduction of graphene oxide loaded with ruthenium diselenide function electrocatalyst involves dispersing single-layer graphene oxide into deionized water, placing ruthenium source and the selenium source in the graphene oxide dispersion, and fully stirring and ultrasonic.

SHEN W, SHI M, SUN G, WU M, LI N, LI Q, MA J

Preparation of nano molybdenum carbide material used in electrocatalytic technology, involves uniformly mixing molybdenum powder with inorganic salt, and separating molybdenum source precursor and solid-phase carbon source.

GAO B

Preparing controllable graphene by using an electrode and magnetic field to adjust ion intercalation, involves placing electrolytic device in room temperature environment and then graphite sheet is placed distance as electrolytic electrode.

CAO D, TIAN W, LIU Y

Preparing strong-coupling quantum dot heterojunction based on electronic dynamic regulation, by strong coupling molybdenum disulfide quantum dot layer structure as upper layer, and nitrogen-doped reducing graphene oxide quantum dot layer structure as lower layer.

LU Y, YUAN Y, LI X, MA L, JIANG L

Preparation method for copper-capriblue metal nanosheet electrocatalyst, involves moving freeze-dried product into tube furnace, and calcined at predetermined value for predetermined value hours in ammonia gas atmosphere and add deionized water, isopropanol and naphthol solution to calcined product.

XU M, YE W

Method for preparing metal cobalt nanoparticle nitrogen-doped graphene and carbon nano-fiber composite material, involves immersing cleaned bacterial cellulose film in mixed solution of urea and cobalt salts respectively.

XIAO L, SUN J, WANG J, CUI D

Preparing sulfur and nitrogen co-doped graphene rich in edge defect, comprises e.g. using thiourea precursor and graphene oxide adsorption and hydrothermal self-assembly, and preparing sulfur by chemical vapour deposition.

MU Z, FAN X

Iron atom doping inducing 1 T-molybdenum sulfide/graphene composite material for preparing hydrogen by electrically catalyzing and decomposing water, comprises molybdenum disulfide doped and induced by using non-noble metal iron.

FU L, LI W, GAO X

Graphene quantum dot/MXene nanosheet two-dimensional composite material used as hydrogen evolution catalyst for electrolytic water hydrogen production technology, comprises graphene quantum dots and MXene nanosheet.

CHEN Y, LI Y, XIE Y, ZHANG Q, XUE Y, HUANG H