国家/地区 韩国（11） 中国（3） 美国（3） 德国（2）
IPC部 C（6） G（5） B（3）
IPC大类 C04（5） G01（5） B05（2）
B60（2） C01（2） C03（2）
C09（2）
IPC小类 C04B（5） G01N（5） B05D（2）
B60Q（2） C01B（2） C03C（2）
C09D（2）
IPC G01N023/20（4） C04B035/622（3） G01N023/00（3）
B05D001/00（2） B05D001/02（2） B05D001/18（2）
B05D001/28（2） B05D001/30（2） B60Q001/04（2）
C01B031/02（2） C03C017/22（2） C04B035/577（2）
C04B035/624（2） C09D001/00（2） G01N001/36（2）
发明人 SEUNG H H（5） HUR S H（4） CHANG K I（3）
HSU S（3） KIM D（3） KIM D H（3）
KIM J Y（3） SONG C K（3） SONG Z（3）
ZHANG G（3） CHO W S（2） KIM H J（2）
KIM U S（2） LEE E S（2） PEE J H（2）
公开年 2015（11）
申请年 2013（6）  2014（4） 
专利权人 KOREA INST CERAMIC ENG TECHNOLOGY（11）

Method for analyzing extreme super-thin film graphene by using X-ray, involves placing sample in floor, and providing X-ray analysis equipment with detecting apparatus for detecting diffracted or reflected X-ray irradiated in sample.

SEUNG H H

X-ray analysis equipment for analyzing pole microscopic thickness, has detecting apparatus which detects X-ray irradiated from graphene sample that is penetrated inside of chamber.

SEUNG H H

X-ray analysis apparatus, has X-ray irradiation equipment irradiating X ray inside of chamber with graphene sample, and sample holder catching edge portion inside chamber, where graphene sample is laid in X-ray exposure angle.

SEUNG H H

X-ray analysis method for extreme super-thin graphene, involves irradiating X-ray in inside of chamber in which graphene sample is placed, and applying magnetism/electricity in inside of chamber by electromagnetic confirmation device.

SEUNG H H

Manufacture of graphene-ceramic composite involves oxidizing graphene oxide, forming suspension, mixing suspension with ceramic slurry obtained by dissolving alumina powder and zirconia powder in polar solvent, molding, and sintering.

KIM J Y, KIM H J, CHO W S, KIM U S, PEE J H, LEE E S

Preparing graphene nanoplate (GNP) involves preparing expanded graphite (EG), and exfoliating, grinding, or cracking EG by colliding between expanded graphite by gas-phase high speed to crack EG induced by gas-phase-collision.

CHANG K I, SONG C K, KIM D H, HUR S H, KIM D, HSU S, SONG Z, ZHANG G

Manufacture of graphene-ceramics hybrid coating film used for automobile head lamp, involves coating graphene-ceramic hybrid sol solution prepared using dispersing agent, graphene, non-aqueous solvent and ceramic precursor on substrate.

CHANG K I, SONG C K, KIM D H, HUR S H, KIM D, HSU S, SONG Z, ZHANG G

Manufacturing graphene oxide-ceramic hybrid coating film useful in automobile headlamp, comprises e.g. preparing solution containing graphene oxide slurry, and producing mixture by adding second non-aqueous solvent and ceramic precursor.

CHANG K I, SONG C K, KIM D H, HUR S H, KIM D, HSU S, SONG Z, ZHANG G

Graphene reference resolution method involves preparing standard graphene to draw effective information about graphene thickness including full width at half maximum and inter-layer space from diffraction peak of graphene crystal plane.

SEUNG H H, HUR S H

Method for manufacturing graphene-alumina-zirconia composite i.e. utilized for structural material, involves forming graphite exfoliated graphene dispersion, and mixing alumina powder and zirconia powder in polar solvent.

KIM J Y, KIM H J, CHO W S, KIM U S, PEE J H, LEE E S