国家/地区 Korea（6） Ukraine（4）
关键词 GRAPHENE（5） CONDUCTIVITY（2） FUNCTIONALIZED GRAP.（2）
出版物 MOLECULAR CRYSTALS LIQUID CRYSTALS（11）
出版时间 2018（11）
机构 VASYL STEFAN.（2）
作者 BANDURA KV（2） BOYCHUK VM（2） FEDORCHENKO .（2） KOTSYUBUNSKY.（2）
RACHII BI（2） YAREMIY IP（2）

A study on thermal conductivity properties of heat dissipation sheet using graphene composite adhesive

MOLECULAR CRYSTALS LIQUID CRYSTALS

CHOI JK, PARK BM, HAN KY

Effect of sidewall passivation in ferroelectric-gated graphene memory device

MOLECULAR CRYSTALS LIQUID CRYSTALS

KHAN SA, RAHMAN SA, KIM WY

Characteristics of graphene embedded indium tin oxide (ITO-graphene-ITO) transparent conductive films

MOLECULAR CRYSTALS LIQUID CRYSTALS

KIM IH, KIM D, YIN MY, HAN JH, KWON SJ, CHO ES

Charge Transport in Porous Silicon/Graphene-Based Nanostructures

MOLECULAR CRYSTALS LIQUID CRYSTALS

OLENYCH IB, MONASTYRSKII LS, AKSIMENTYEVA OI, OROVCIK L, SALAMAKHA MY

Electronic and photonic properties of lateral heterostructures based on functionalized graphene depending on the degree of fluorination

MOLECULAR CRYSTALS LIQUID CRYSTALS

BALABAI R, SOLOMENKO A, KRAVTSOVA D

Structural and electrical properties of nickel-iron spinel/reduced graphene oxide nanocomposites

MOLECULAR CRYSTALS LIQUID CRYSTALS

BOYCHUK VM, KOTSYUBUNSKY VO, BANDURA KV, RACHII BI, YAREMIY IP, FEDORCHENKO SV

Optical and electrical properties of beta-Ni (OH)(2)/reduced graphene oxide nanocomposite

MOLECULAR CRYSTALS LIQUID CRYSTALS

BOYCHUK VM, KOTSYUBUNSKY VO, BANDURA KV, HRUBIAK AB, RACHII BI, YAREMIY IP, FEDORCHENKO SV

Graphene-based polymer dispersed liquid crystals display- an overview

MOLECULAR CRYSTALS LIQUID CRYSTALS

AHMAD F, JEON YJ, JAMIL M

Blue phase liquid crystals stabilized by graphene oxide modified with aminoalkyl group

MOLECULAR CRYSTALS LIQUID CRYSTALS

ZHAO YZ, QIAO X, LI KX, DING SY, TIAN SP, REN HP, ZHU M, MA Q, ZHAO Y, BAN QZ, MIAO ZC

Graphene-organic small molecule hybrid electrocatalyst for oxygen reduction reaction

MOLECULAR CRYSTALS LIQUID CRYSTALS

YANG MH, LEE MS, CHANG DW