国家/地区 中国（30）
IPC部 B（14） C（14） H（9）
G（5） A（4）
IPC大类 C01（11） H01（8） B01（6）
G01（5） B82（4） C22（3）
B03（2） B22（2）
IPC小类 C01B（11） H01M（7） B01J（4）
B82Y（4） G01N（4） C22C（3）
B01D（2） B03C（2） B22F（2）
IPC C01B032/19（5） B82Y030/00（4） B82Y040/00（4）
H01M004/62（4） C01B025/02（3） C01B032/194（3）
C22C009/00（3） H01M004/36（3） H01M004/38（3）
H01M010/0525（3） C01B032/15（2） C01B032/168（2）
C01B032/184（2） C22C001/05（2） G01N027/30（2）
发明人 CHEN X（5） QU G（5） LI X（4）
MA W（4） MEI Y（4） CHEN B（3）
DONG E（3） LI S（3） LI Z（3）
LIAN P（3） LIU B（3） WANG F（3）
WEI K（3） WU Z（3） ZHANG J（3）
公开年 2021（30）
申请年 2021（26）  2020（4） 
专利权人 UNIV KUNMING SCI TECHNOLOGY（30）

Purifying reducing exhaust gas by magnetic field-photocatalytic multi-effect coupling, comprises preparing bifunctional photocatalyst with magnetic response and light response, oxidizing hydrogen cyanide, phosphine and hydrogen sulfide and participating in photocatalytic reaction.

LUO J, FEI Z, NING P, MA Y, XIE Y, WANG X, WU H, WANG L

Preparing molecularly imprinted electrode for electrochemical sensor useful in detection of hydroxy radicals, comprises polishing glassy carbon electrode, adding imprinted molecule solution and functional monomer solution into phosphate buffer solution, scanning and removing imprinted molecules.

HU Y, JI W, TANG H, QU G

Dispersing nano-carbon material, involves adding tannic acid and trivalent metal salt to ultrapure water, adding nano-carbon material to ultrapure water, adding obtained mixed solution to ultrasonic cell crusher, adding tannic acid/trivalent metal ion complex to mixed solution, and treating.

CHEN X, LI K

New nucleic acid aptamer specifically combined with p-hydroxybenzylidene sulfuric acid hydrogen useful in preparing reagent for detecting sulfur-fumigated rhizoma gastrodia or kit for detecting sulfur-fumigated rhizoma gastrodiae.

YANG X, LIU Y, QU Y, WANG C, CUI X, WAN F, YANG Y

Preparing rubber seed-shell matrix composite material useful as creatinine and uric acid scavenging agent, comprises e.g. pulverizing the rubber seed husks, mixing with potassium hydroxide and immobilizing MXene-graphene oxide on the surface of rubber seed shell.

SHAN S, XIE D, LIU Y, MEI Y, WANG W, HE L

Recycling method of waste lithium-ion battery negative electrode graphite involves mixing lithium acetate dihydrate, manganese(II)acetate tetrahydrate, nickel acetate tetrahydrate and cobalt(II) acetate tetrahydrate, microwave roasting, cooling, grinding and processing negative electrode graphite.

JI H, YUWEN C, DONG E, LIU B

Method for preparing high-strength and high-conductivity copper/graphene composite material, involves conducting electrical and thermal conductivity, tensile properties and other tests on rolled clad sheet and heat-treated clad sheet, and comparing and observing microstructures.

YI Y, WANG G, ZHANG S, YU H, ZHANG X, JIANG Q

Preparing large graphene used in e.g. medicine, involves dissolving potassium persulfate, putting graphite, stirring, oxidizing, centrifuging to obtain graphene solution and expandable graphite suspension, adding expanded graphite to mixed solvent for intercalation and dispersion, and centrifuging.

XIE C, XU Z, XIA G, HAN C, LIU J, ZHANG L, TANG Z, XU L

Method for preparing electrode in an electrochemical sensor, involves acid dipping product by PTFE filter film vacuum filtering and washing to neutral by water, drying, and dispersing acidified multi-wall carbon nano-tube in deionized water.

SUN L, PAN K, NING P, ZHOU J, QU G

Method for processing waste photovoltaic modules involves removing glass from waste photovoltaic modules, pulverizing organic-attached cell, mixing obtained silicon/organic mixed powder with catalyst e.g. metal oxide, and pyrolyzing.

WEI K, WU D, CHEN Z, XI F, MA W, LIAO Q, LI S