国家/地区 Korea（8） China（2） Pakistan（2）
关键词 GRAPHENE（5） DSSC（4） COUNTER ELECTRODE（3）
CHEMICAL REDUCTION（2） COTTON FABRIC（2） TEXTILE SUBSTRATE（2）
出版物 CARBON（3） CARBOHYDRATE POLYME.（2）
出版时间 2022（3） 2015（2） 2016（2） 2021（2）
机构 HANYANG UNIV（5）
作者 SUN KC（12）

Synergistic effect of thermal and chemical reduction of graphene oxide at the counter electrode on the performance of dye-sensitized solar cells

SOLAR ENERGY

SAHITO IA, SUN KC, ARBAB AA, JEONG SH

Graphene nanosheets as counter electrode with phenoxazine dye for efficient dye sensitized solar cell

ORGANIC ELECTRONICS

SAHITO IA, SUN KC, LEE W, KIM JP, JEONG SH

Fabrication of a flexible and conductive lyocell fabric decorated with graphene nanosheets as a stable electrode material

CARBOHYDRATE POLYMERS

MENGAL N, SAHITO IA, ARBAB AA, SUN KC, QADIR MB, MEMON AA, JEONG SH

Flexible and conductive cotton fabric counter electrode coated with graphene nanosheets for high efficiency dye sensitized solar cell

JOURNAL OF POWER SOURCES

SAHITO IA, SUN KC, ARBAB AA, QADIR MB, CHOI YS, JEONG SH

Integrating high electrical conductivity and photocatalytic activity in cotton fabric by cationizing for enriched coating of negatively charged graphene oxide

CARBOHYDRATE POLYMERS

SAHITO IA, SUN KC, ARBAB AA, QADIR MB, JEONG SH

Graphene coated cotton fabric as textile structured counter electrode for DSSC

ELECTROCHIMICA ACTA

SAHITO IA, SUN KC, ARBAB AA, QADIR MB, JEONG SH

Graphene quantum dots induced porous orientation of holey graphene nanosheets for improved electrocatalytic activity

CARBON

ALI M, RIAZ R, ANJUM AS, SUN KC, LI H, JEONG SH, KO MJ

Room-temperature electrically tunable magnetoresistance behavior in graphene nanocrystalline

CARBON

DING D, SUN KC, CHEN XH, WANG C, DIAO DF

Elucidating the role of etchants induced photo- and electro-activity in holey graphene oxide and graphene quantum dots composites for textile electrode applications

SYNTHETIC METALS

SUN KC, ALI M, SAHITO IA, NOH JW, JEONG SH

Improved photocatalytic activity of nonwoven fabric coated with graphene by a novel elevated temperature padding method

MATERIALS CHEMISTRY PHYSICS

PANHWAR R, SAHITO IA, KHATRI A, SUN KC