国家/地区 中国（10）
IPC部 B（11） H（11） C（4）
IPC大类 B01（11）
IPC小类 B01J（11）
IPC B01J013/00（11）
发明人 LIU J（3） CHEN P（2） LIU T（2）
WANG T（2） YANG W（2） YUAN X（2）
ZHANG J（2） ZHANG R（2）
公开年 2022（8） 2023（3）
申请年 2022（11）
专利权人 UNIV SHANDON.（3） DONGGUAN AOZ.（2）

Preparing molybdenum diselenide-cobalt diselenide/nitrogen-doped graphene aerogel composite material, by adding graphene oxide to polystyrene microspheres, adding aniline monomer, polymerizing, freeze-drying, calcining, aging, performing hydrothermal reaction, washing, freeze-drying, and calcining.

WANG T, ZHENG Y

Preparing hydrogel for energy storage device, involves forming pre-gel comprising polymer and metal salt particles, shrinking and dehydrating pre-gel and impregnating shrunk and dehydrated pre-gel with ion solution to cross-link and rehydrate shrunk and dehydrated pre-gel to produce hydrogel.

JI D, KIM J Y, HWAN J D

Preparing biomass colloid gel, comprises dispersing anthraquinones small molecule and porous graphene in sodium bicarbonate solution or phosphate buffer solution to obtain mixture, ultrasonically cooling mixture to obtain biomass colloid gel.

WANG M, YU W, HU S, WANG T, XU J, ZHANG J

Preparing graphene gel used for dynamic thermal management of lithium-ion batteries by e.g. preparing graphene oxide aqueous solution, adding ethylenediamine in graphene oxide solution, hydrothermally reacting, cleaning, freezing and performing high-temperature annealing treatment of graphene gel.

LIN M, YAN B, CHENG S, GUO X, ZHANG X

Silicon-graphene-enhanced composite aerogel comprises carbon element in silicon-graphene reinforced composite airgel, silicon element as silicon nanoparticles, silicon element wrapped in graphene, conductive polymer, and lithium-conducting polymer aerogel network.

CHEN P, LIU J, LIU T

Preparing a micron silicon-graphene composite aerogel, comprises e.g. adding uniformly mixed graphene oxide solution, micron silicon material dispersion liquid and water-soluble reducing agent dispersion C into sealed reactor, heating and carrying out reduction and self-assembly on graphene oxide.

CHEN P, LIU J, LIU T

Preparing metal organic frame-derived gamma-ferric oxide-carbon/reduced graphene oxide composite gas gel material useful in preparing electromagnetic wave absorbing devices, comprises mixing metal organic framework precursor and graphene oxide in solvent, freeze-drying, and calcining.

WU L, LIU W, ZENG Z, LIN J, LIU J

Single-layer graphene aerogel useful as non-metallic catalyst for catalyzing redox reactions under alkali or neutral conditions to prepare alkali or neutral zinc-air batteries.

ZENG H, YIN C, LI X, LI Q, ZHANG Y

Preparing iron cobalt alloy-nitrogen-doped graphene hierarchical porous aerogel used as a catalyst for oxygen reduction reaction, involves dispersing the graphene oxide dispersion liquid after ultrasonic treatment in tris-hydrogen chloride buffer solution, then adding nitrogen source solution.

YANG W, YUAN X, ZHANG R

Preparing graphene/boron nitride aerogel used as a battery module material, involves carrying out pyrolysis treatment on the melamine diborate aerogel to obtain boron nitride aerogel, taking the obtained boron nitride aerogel as a matrix, and depositing graphene on the matrix.

WANG C, ZHANG J, HE X, LI Y, WANG S, SHAO D, YANG J, JIA X, SONG H, WEI P, FENG L