国家/地区 台湾（22）
IPC部 C（22）
IPC大类 C01（22） H01（21） B01（9）
B82（7） C23（5） C08（4）
C09（4） H05（3） B29（2）
C04（2）
IPC小类 C01B（22） H01B（10） H01L（10）
B82Y（7） B01J（6） C23C（5）
H01M（5） H01G（4） B01F（3）
C08K（3） C08L（3） C09C（3）
H05K（3） B82B（2） C04B（2）
IPC C01B031/04（22）
发明人 LEE J（3） SCHWAB M G（3） DO S（2）
DO S H（2） DO SEUNG H（2） HASEGAWA S（2）
HASEGAWA SHOJI（2） JEON S（2） JEON S Y（2）
KAMIYA N（2） KAMIYA NAGISA（2） KONG J（2）
KONG J H（2） KWON W（2） KWON W J（2）
公开年 2015（16） 2014（4） 2016（2）
申请年 2014（22）
专利权人 BASF SE（3） GRAPHENE PLA.（2） HANWHA CHEM .（2） LG CHEM CO L.（2）
LG CHEM LTD（2） MAX PLANCK G.（2） UNIV NAT TSI.（2）

Structure having active layer blended with PCPDTBT and graphene to enhance photoelectric conversion efficiency of soft polymer solar cells with an increased light absorption rate, higher carrier mobility and chemical and physical stability.

OU Z

Separating carbon structure including e.g. graphene and carbon nanotube deposited on seed structure, comprises e.g. providing carbon structure into processing chamber, heating carbon structure and seed structure, and supplying etching gas.

MATHARU J, THOMAS S, TEO K B K, JOUVRAY A, JOUBEUREI A, MATARU J, TOMASEU S

Preparation of graphene used as exciting material, involves thermally pretreating substrate in chemical deposition chamber using gaseous or supercritical oxidant, and preparing graphene on pre-treated surface by chemical deposition.

STRUDWICK A, SCHWAB M G, MUELLEN K, SACHDEV H, WEBER N, BINDER A, MULLEN K, STRUDWICK A J, WEBER N E

Method for controllable layer-by-layer removal of graphene layer, involves providing layer of graphene, providing highly graphene-oxidizing agent in hermetic environment and providing heating source for heating graphene layer.

CHEN W, HSU W, TENG P, CHIU P, HSU W J, TENG P Y, CHIU P W

Use of electrochemical capacitor consisting of electrochemically exfoliated graphene, for alternating current (AC) line filter.

VENKATARAMAN S, KURKINA T, NATHANWALLESER T, SCHWAB M, MUELLEN K, VENKATARAMAN S S, SCHWAB M G

Manufacture of n-doped graphene used for manufacturing electrical components, involves exposing graphene to ammonium fluoride, leading to formation of fluorine layer on portion of surface of graphene layers.

BONG J H, CHO B J, SUL O, YOON H A, ALEXANDER Y H, SUL W J, CAO B, FENG Z, XUE W, CHO B, BONG J

Forming graphene, useful as e.g. electrical or thermal conductive substrate, comprises placing and heating a substrate within reaction chamber, introducing carbon precursor into chamber, and forming graphene layer on surface of substrate.

LIU X, MANLEY R G, MORENA R M, SONG Z

Production of graphene involves applying physical force to liquid dispersion of dispersing agent containing polyaromatic hydrocarbon oxide, and carbon-based material comprising graphite, and forming graphite into nano graphene flakes.

SOHN K N, YOO K H, KWON W J, LEE K S, YANG S B, KIM I Y, LEE M J, LEE J Y, SOHN K, YOO K, KWON W, LEE K, YANG S, KIM I, LEE M, LEE J, LI M, LI J

Production of graphene involves forming liquid dispersion comprising dispersing agent, and carbon-based material comprising de-oxidized graphite, and continuously passing liquid dispersion through high-pressure homogenizer.

YOO K H, SOHN K N, KWON W J, LEE K S, YOO K, SOHN K, KWON W, LEE K

Graphene thin film of thermoelectric device, has sheet layers and connecting portions that form continuous graphene thin film structure, and connecting portions that are provided with graphene of monolayer of carbon atoms.

CHEN K, LIN M, JU S, HSIEH Y, CHEN K Y, LIN M C, JU S P, HSIEH Y P