国家/地区 China（17）
关键词 CHEMICAL SYNTHESI（8） NANOSTRUCTURE（8） ELECTROCHEMICAL PRO.（7）
COMPOSITE MATERIAL（4） ELECTROCHEMICAL TEC.（3） ELECTRON MICROSCOPY（3）
INTERFACE（2） MICROPOROUS MATERIA.（2） SEMICONDUCTOR（2）
SOLGEL GROWTH（2）
出版物 MATERIALS CHEMISTRY PHYSICS（17）
出版时间 2014（17）
机构 HUNAN UNIV（2）
作者

A facile one-pot fabrication of flowerlike graphene-based particles for electric double-layer capacitors

MATERIALS CHEMISTRY PHYSICS

XIA XH, MA Q, YI SQ, CHEN H, LIU HB, CHEN YX, YANG L

Tuned n/n or n/p heterojunctions for reduced graphene oxide and titania nanosheets and their electrochemical properties

MATERIALS CHEMISTRY PHYSICS

YU LQ, DONG KT, ZHANG YP, WANG QQ, ZHI QQ

Electrochemically reduced graphene oxide and its capacitance performance

MATERIALS CHEMISTRY PHYSICS

ZHANG SB, YAN YT, HUO YQ, YANG Y, FENG JL, CHEN YF

Facile synthesis of reduced graphene oxide-modified, nitrogen-doped carbon xerogel with enhanced electrochemical capacitance

MATERIALS CHEMISTRY PHYSICS

LEI G, HU XY, PENG ZG, HU JW, LIU HT

Three-dimensional reduced graphene oxide architecture embedded palladium nanoparticles as highly active catalyst for the Suzuki-Miyaura coupling reaction

MATERIALS CHEMISTRY PHYSICS

WANG XZ, CHEN WF, YAN LF

Chemically activated graphene/porous Si@SiOx composite as anode for lithium ion batteries

MATERIALS CHEMISTRY PHYSICS

TAO HC, YANG XL, ZHANG LL, NI SB

Enhancing the thermal conductivity of n-eicosane/silica phase change materials by reduced graphene oxide

MATERIALS CHEMISTRY PHYSICS

WANG W, WANG CY, WANG T, LI W, CHEN LJ, ZOU RG, ZHENG J, LI XG

Hydrothermal synthesis of two photoluminescent nitrogen-doped graphene quantum dots emitted green and khaki luminescence

MATERIALS CHEMISTRY PHYSICS

ZHU XH, ZUO XX, HU RP, XIAO X, LIANG Y, NAN JM

Enhanced photovoltaic effect of ruthenium complex-modified graphene oxide with P-type conductivity

MATERIALS CHEMISTRY PHYSICS

ZHANG W, BAI HC, ZHANG Y, SUN Y, LIN S, LIU J, YANG Q, SONG XM

Synthesis of MnO2/graphene/carbon nanotube nanostructured ternary composite for supercapacitor electrodes with high rate capability

MATERIALS CHEMISTRY PHYSICS

LIU YC, HE DW, DUAN JH, WANG YS, LI SL