国家/地区 中国（7）
IPC部 C（7）
IPC大类 C04（7）
IPC小类 C04B（7）
IPC C04B035/563（7）
发明人 FANG J（2） LI Q（2） REN S（2）
SUN L（2）
公开年 2021（5） 2022（2）
申请年 2021（7）
专利权人 JINGDEZHEN H.（2）

Method for preparing boron carbide single board composite used in bullet-proof armor and bullet-proof plug board, involves preparing raw materials, preparing wearable powder by weighing silicon dioxide, titanium dioxide, nano thorium dioxide, and dialkyl dithiophosphate molybdenum sulfide.

LI Q, FANG J, SUN L, REN S

Preparing boron carbide single board ceramic useful in bullet proof ceramic comprises e.g. taking components, dissolving dispersing auxiliary agent in ethanol to prepare solution, adding graphene powder into solution and dispersing to obtain graphene suspension and preparing toughening powder.

LI Q, FANG J, SUN L, REN S

Bulletproof material useful in energy and military field as armor material, comprises boron carbide powder, titanium dioxide powder, carbon black powder, silicon carbide powder, graphene oxide powder and molybdenum disilicide powder.

LIU Z, YANG T, ZHOU G, XU L, CHEN M, WANG Z

Preparing in-situ loaded nitrogen-doped graphene polymer conversion ceramic-based wave-absorbing material comprises e.g. generating single-source precursor using organic nitrogen source and silicon-based polymer, cracking and heating at high temperature.

HAN X, YAN N, SUN J, ZHANG Y, FU Q

Lightweight high-performance boron carbide-based bulletproof ceramic, comprises boron carbide powder, complex additive powder, water, dispersant and binder.

XIE M, WANG H, ZHAO G

Synthesizing boron carbide/carbon powder material, by adding rare earth oxide powder to reaction raw material powder, mixing by high-energy ball-milling, compressing mixed powder to sheet, laser sintering, and inducing solid-phase reaction.

ZENG H, HUANG Y, HU M, QIAO W

High toughness boron carbide-titanium boride-graphene compound ceramic useful for automobile engine, heat-resistant component and wear-resistant component, comprises graphene and titanium boride distributed in boron carbide substrate.

WANG W, WANG A, HE Q, LIU C, TIAN T, HU L