国家/地区 中国（12）
IPC部 C（12）
IPC大类 C08（12）
IPC小类 C08K（12） C08L（12） C08J（7）
B32B（3） D01F（2）
IPC C08K003/04（12） C08J005/18（4） C08K003/22（3）
C08L005/00（3） B32B009/02（2） B32B009/04（2）
B32B038/00（2） C08J007/04（2） C08J007/12（2）
C08K005/053（2） C08K007/00（2） C08L023/06（2）
C08L027/06（2） C08L077/10（2） C08L079/04（2）
发明人 ZHANG F（12）
公开年 2021（7） 2022（5）
申请年 2021（12）
专利权人 UNIV SHAANXI.（4）

Preparing conductive bionic hydrogel useful for electrodes of electrocardiogram sensors, comprises e.g. adding conductive component into phenyl-2,4,6-trimethylbenzoyllithium phosphite dissolved liquid, adding polyether F127 diacrylate and dopamine hydrochloride, stirring and irradiating.

ZHANG F, CUI C, CHEN H

Antistatic plastic wooden sleeper comprises wood powder, PVC, antioxidant, conductive particles, mildew preventive and fiber cloth containing an antistatic agent.

HUANG Y, ZHANG F, YE J, YAO J, YE Q

Preparing composite film for warning film rupture, comprises preparing konjac glucomannan solution glue, carrying out gradient dilution of konjac glucomannan, and adding glycerin and graphene oxide solution under mixing and stirring.

MAO G, WANG Y, ZHAO X, ZHANG F, LI Y

Preparing a konjac glucomannan composite film comprises eluting konjak fine powder, drying, grinding and sieving, adding glycerin, silver bromide and water, preparing an aramid fiber sol film, mixing and stirring the mixture to obtain an nano-fiber nano-sol film and drying.

MAO G, WANG Y, DOU X, YAN W, ZHAO X, ZHANG F, LI Y

Method for improving stability of aramid fiber nanofiber and konjak composite film involves dissolving graphene oxide and glycerol in konjac glucomannan solution, stirring to form solution adhesive, degassing, forming konjac glucomannan layer by film forming.

WANG Y, MAO G, DOU X, YAN W, ZHAO X, ZHANG F, LI Y

Preparing aramid nanofiber graphene oxide konjac glucomannan composite film comprises adding graphene oxide sol into konjac glucomannan solution, mixing diluted aramid nanofiber dispersion and silver bromide solution, adding konjac glucomannan, spraying on membrane material, filtering and drying.

MAO G, WANG Y, DOU X, YAN W, ZHAO X, ZHANG F, LI Y

Preparation of high-elasticity radiation-resistant nanofiber aerogel material involves adding graphene oxide solution to to-be-dispersed liquid made of hybrid nanofiber membrane, ethyl orthosilicate, boric acid and aluminum chloride, stirring at high speed, freeze-drying, and post-treating.

ZHANG E, LI W, LIU Y, ZHANG H, HUANG H, ZHANG F

High temperature resistant cable material comprises ethylene-vinyl acetate copolymer, high density polyethylene, graphene oxide, polyacrylic acid, flame retardant, poly(butyl acrylate), antioxidant, light stabilizer, graphene and crosslinking sensitizer.

ZHANG F

Ultra-high pressure hydraulic hose comprises inner rubber layer, buffer layer, winding layer, middle rubber layer and outer rubber layer arranged in order from inside to outside, where buffer layer corrugated and filled with multiple magnetic beads.

GUO J, BAO W, PANG F, LI P, YUE B, ZHANG F, YAN K, WU Z

Preparation of porous flexible graphene nano sheet/polydimethylsiloxane composite material applied to strain sensors, involves mixing brown sugar particles and nanosheets, pressing, mixing polydimethylsiloxane and curing agent, carrying out permeation promotion treatment, and performing drying.

ZHANG F, MA Y, HU H, YANG H