国家/地区 中国（11）
IPC部 C（6） H（3） B（2）
D（2）
IPC大类 C01（3） H01（3） C04（2）
IPC小类 C01B（3） C04B（2）
IPC C01B031/04（2） C04B035/622（2）
发明人 FU Q（11）
公开年 2013（3） 2017（2） 2021（2）
申请年 2013（3）  2017（2）  2021（2） 
专利权人 UNIV NORTHWESTERN POLYTECHNICAL（11）

Active heat-leading and long-life anti-oxidation ablation structure of extreme environment-resistant carbon-based composite material, comprises heat-conducting and bearing prefabricated body, composing high heat-conducting/bearing prefabricated body structure and thermal control element.

LI W, SONG Q, ZHANG Y, FU Q, LI H, ZHANG J

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

Double-band electromagnetic wave transmission modulation method based on graphene/metal composite super-surface useful in filter, comprises loading voltage on combined graphene super-surface to realize dynamic adjustable double-band electromagnetic wave transmittance.

FU Q, ZHANG F, CAI W, ZHANG Y, FAN Y

Preparing graphene doped pyrolytic carbon comprises e.g. ultrasonic mixing of methanol, ethanol and water to obtain mixed liquid and placing substrate carbon fiber cloth or two-dimensional carbon felt horizontal alumina tube furnace.

SONG Q, HAN L, LI W, LI K, LI H, FU Q

Graphene modified paper-based friction material comprises reinforcing fibers, filler, friction modifier performance, binder and graphene.

FU Q, WANG B, LIU Y, LI H, LI K

Method for measuring graphene carrier concentration by using Goos-Hanchen displacement, involves incidenting terahertz light to hierarchical system graphene surface, and obtaining carrier concentration of graphene by calibration process.

FAN Y, DONG J, QIAO T, ZHANG F, FU Q

Graphene adjustable infrared high efficiency absorbing device, has graphite dilute nano strip structure comprising nanometer strip bandwidth, and absorbing device making incidence light wave in satisfying optical coherent condition.

FAN Y, FU Q, ZHANG F

Preparation of nitrogen-doped graphene loaded copper-copper oxide nanocomposite as catalyst involves obtaining graphene oxide ethanol dispersion; adding copper phthalocyanine to the dispersion; and making the nano-composite material.

CHU Y, CHEN F, FU Q, LUO H, LI H, CHEN Q

Preparing nickel/nickel oxide modified nitrogen-doped graphene material involves preparing graphite oxide, then dispersing in ethanol; preparing graphite oxide/nickel phthalocyanine powder; and heating in presence of argon gas in vacuum.

SUN C, LI K, LUO H, LI H, CHU Y, FU Q, CHEN Q

Synthesizing graphene using microwave hydrothermal method comprises adding concentrated sulfuric acid, graphite flake, sodium nitrate into container, placing in an ice bath, stirring, cooling, adding potassium permanganate, and stirring.

LUO H, FU Q, LI H, CHEN Q