国家/地区 中国（9）
IPC部 C（9）
IPC大类 C04（9） G21（5） G01（2）
IPC小类 C04B（9）
IPC G21C003/62（5） C04B035/51（4） C04B035/622（4）
G21C021/02（4）
发明人 ZHANG Y（5） FENG H（3） TIAN G（3）
YANG S（3） YANG Z（3） ZHU L（3）
WANG L（2）
公开年 2021（7） 2020（2）
申请年 2020（9）
专利权人 CHINA ATOMIC.（3）

Preparing uranium dioxide-graphene composite fuel core block for nuclear reactor comprises e.g. dissolving polyacrylonitrile by solvent, adding uranium dioxide powder, uniformly mixing to obtain intermediate, removing solvent and sintering.

MA H, ZHANG Y, ZHU L, YANG Z, YANG S, TIAN G, GUO B, SUI Z, FENG H

Preparing uranium dioxide-graphene composite fuel core block comprises e.g. adding ammonia water i uranyl nitrate solution, reacting to obtain ammonium diuranate powder, heating to obtain triuranium oxide, using hydrogen to heat and reduce.

HAO X, ZHANG Y, ZHU L, YANG Z, YANG S, TIAN G, ZHANG F, DU D, FENG H

Preparing uranium dioxide composite fuel core block by using graphene oxide doping comprises adding graphene oxide into uranyl nitrate solution, mixing, adding aqueous ammonia to obtain precipitate.

ZHU L, ZHANG Y, YANG Z, YANG S, TIAN G, DU J, FENG H

Preparing uranium dioxide-graphene fuel core block comprises e.g. calcining ammonium diuranate powder at high temperature, converting ammonium diuranate into U3O8, and using concentrated nitric acid to dissolve U3O8.

HUANG H, LIU T, LIAO Y, SUN M, YAN Y, REN Q, XU D, ZHANG Y, XIAO L

Ultra-light carbon/carbon-silicon carbide space reflector useful in space optical remote sensing system, comprises e.g. carbon/carbon composite material, silicon carbide gradient transition layer embedded on surface of composite material.

QIANG X, BA Z, ZHANG B, JU J, LI X

Preparing oxide composite nuclear fuel core block, comprises e.g. ball milling oxide nuclear fuel powder and filler powder in ball milling tank, grinding zirconium dioxide, press forming, and electrifying oxide composite nuclear fuel blank.

XU C, WANG L, ZHANG P, BAI B

Determining integrity of well in oil and gas industries, involves mixing conductive materials into fluid, allowing conductive materials to surface coating, and transmitting data through electrically conductive data conduit coating.

BOUL P J, SANTRA A

Smart designing graphene oxide/calcium-silicate-hydrate gel composite material based on molecular dynamics theory comprises performing designing method based on molecular dynamics theory.

JIANG J, LU L, ZHANG Y, WANG L, WANG F

Gas detection device based on silicon carbide graphene material, has matrix contact metal layer plated on graphene layer of composite silicon carbide graphene material, and zinc oxide particle layer coated on metal layer.

INVENTOR U