国家/地区 中国（11）
IPC部 C（11）
IPC大类 C04（3） C09（3） C25（2）
H05（2）
IPC小类 C04B（3） C09D（2） C25B（2）
H05B（2）
IPC C04B028/04（2） C04B111/20（2） C09D007/61（2）
C09D133/00（2） C09D167/00（2） C09D175/04（2）
C25B001/04（2）
发明人 DING S（11）
公开年 2021（8） 2022（3）
申请年 2021（11）
专利权人 UNIV GUANGDO.（3） UNIV NORTH C.（3） UNIV SHAANXI.（2） XZK GRAPHENE.（2）

Cast conductive asphalt concrete for snow melting and deicing, which comprises mineral aggregate, SBS modified asphalt and Sasobit modifier as raw materials, KNG-G2 graphene powder, aluminum powder and copper fibers.

FENG X, WANG Q, DING S, WANG N, NIE J, SUN X, JIANG X, NIU X, HE X, GUO P, WANG C, LI G, LI D, SUN W, FENG Q, HE Z, REN Q, YANG W, GUO T, YANG Y, ZHANG Y, CHEN Y, LI Z

Graphene positive temperature coefficient electrothermal film slurry used for preparing electrothermal film, comprises heating graphene, resin, filler A and B, dispersant, adhesion promoter, directional stabilizer and solvent.

JIN L, DING S

Antibacterial graphene electrothermal film slurry comprises heating graphene, graphene C, resin, filler, dispersant, directional stabilizer, adhesion promoter and solvent, prepared by adding above raw materials, mixing, grinding and dispersing.

JIN L, DING S

Preparing black phosphorus-graphene heterojunction loaded nickel nitride useful in electrocatalytic oxygen evolution reaction (OER), involves dispersing red phosphorus powder and cellulose powder, ultrasonically processing, adding nickel nitride particles, and processing high pressure discharge.

GAO J, CHEN X, TANG J, DING S, XIAO J, LUO X, HE Z, GAO Z, CHEN Y, WU R

Method for preparing graphene-based high-entropy alloy material, involves taking cellulose to disperse in deionized water to obtain cellulose dispersion liquid, and taking metal salt powder to disperse in deionized water to obtain metal salt dispersion liquid.

GAO J, CHEN X, TANG J, DING S, XIE B, GAO Z, XIAO J, WU R, HE Z, CHEN Y, LUO X

Environmentally-friendly composite admixture modified cement stabilized crushed stone mixture comprises crushed stone, modified rubber powder, nano graphene microchips, cement, retarder, ceramic fragments, coir fiber, and Salix fiber.

FENG X, WANG Q, DING S, WANG N, NIE J, SUN X, JIANG X, NIU X, GUO P, WANG C, HE X, LI G, LI D, SUN W, FENG Q, HE Z, REN Q, WANG Y, GUO T, YANG Y, ZHANG Y, CHEN Y, LI Z

Preparation of silicon carbide/graphene composite material supported platinum atom catalyst involves dispersing surface-modified silicon carbide/graphene composite material in deionized water, adding chloroplatinic acid solution, dispersing in deionized water, irradiating, and heat treating.

GAO J, CHEN X, TANG J, DING S, XIE B, XIAO J, WU R, LUO X, HE Z, CHEN Y, GAO Z

Slow-release snow melting agent used for preparing slow-release snow-melting micro-surface mixture, is obtained by mixing and modifying surface treatment agent and composite snow-melting agent containing white carbon black, sodium carbonate, sodium acetate and calcium acetate.

FENG X, WANG N, NIE J, SUN X, JIANG X, NIU X, DING S, LIU M, SUN W, GUO P, ZHANG M, GUO T, ZHANG Y, LI Y, SHE H, WANG D, WANG C, TAN Y, LI Z, CHEN Y

Preparing graphene coated conductive glass comprises e.g. dissolving tripropylene glycol diacrylate, Labrafac WL 1349, 1-hydroxycyclohexyl phenyl ketone and Cremophor EL, adding deionized water to oil phase solution, and injecting emulsion.

DING S, CHEN J, DU G

Preparing patterned graphene film on flexible substrate comprises e.g. dissolving acrylic resin monomer, medium-chain glycerol or medium chain triglyceride, photoinitiator and modified castor oil, lyophilizing, calcining and drying.

DING S, CHEN J, YANG Y, XU B