国家/地区 中国（8）
IPC部 C（7） B（3） H（2）
IPC大类 B01（2） C02（2） C23（2）
C25（2） H01（2）
IPC小类 B01J（2） C02F（2） C23C（2）
C25B（2）
IPC B01J023/10（2） C02F001/30（2） C02F001/70（2）
C25B001/27（2）
发明人 LIU H（8）
公开年 2021（3） 2022（3）
申请年 2021（4） 
专利权人 UNIV SOUTHWEST SCI TECHNOLOGY（8）

Ultra-narrow linewidth high-temperature sintered solar cell front-side silver paste useful in solar circuits, comprises nano-silver wire, triangular nano-silver sheet, nano-silver cube, spherical micro-nano silver powder, glass powder, and organic carrier.

TU B, LIU H, CHEN T, HE R, ZHU W

Preparing erbium-doped zinc oxide nano-sheet based on uranium photo-catalytic reduction useful in electrode materials, comprises e.g. reacting zinc nitrate hexahydrate, hexamethylene tetramine, graphene oxide solution and erbium chloride hexahydrate mixed solution, washing, drying and annealing.

LEI J, YANG F, LI R, SUN N, LIU H, GONG X, CHEN T, HE R, ZHU W

Preparing diamond-multilayer graphene composite cathode material e.g. used in emission display, involves grinding silicon substrate in diamond powder uniformly and compactly, putting grinded silicon substrate into suspension liquid made of diamond powder.

LIU H, GUAN L, WANG B, ZHANG W, XIONG Y

Synthesizing titanium dioxide capable of regenerating coordination sites in-situ for photocatalytic reduction of uranium useful in treating radioactive wastewater, involves dispersing titanium dioxide nanosheets in water, mixing with uranyl nitrate, heating to remove moisture, calcining and cooling.

ZANG M, LI Y, CHEN J, YUE H, JIANG X, WEN F, LIU H, ZHU W, LEI J, HE R

Device for preparing ammonia by continuous flow electrocatalysis synthesis, comprises anode electrolytic cell provided with cobalt phosphate catalyst, and cathode electrolytic cell provided with single central uranium-based load catalyst.

ZHU W, HE R, CHEN T, YANG F, LIU M, LEI J, LIU H, ZHOU L, DONG C, YUAN X

Preparing high performance single-center uranium-based load catalyst comprises e.g. taking graphene, oxidizing to prepare graphene oxide, configuring graphene oxide dispersion of graphene oxide and using hydrothermal method.

ZHU W, HE R, CHEN T, DUAN T, YANG F, LIU M, LEI J, LIU H, ZHOU L, BAI W

Preparing microcapsule graphene foam silicon rubber dielectric composite material, comprises e.g. subjecting dielectric material to ultrasonic dispersion, shear emulsification and electric stirring, and coating on graphene.

LIU C, ALA M, LIU H, DENG J, CUI Z

Preparation of graphene/metal nanoparticle composite material involves pretreating oxidized graphite, then dissolving in water, carrying out ultrasonic dispersion, and adding obtained solution to plating solution containing metal salt.

XIA A, TANG X, YANG W, XIE C, LIU H, FAN J, HE F