国家/地区 Qatar（13）
关键词 DFT（6） GAS SENSOR（5） GRAPHENE（5）
ADSORPTION ENERGY（4） GRAPHENE NANORIBBON（4） H2S GAS SENSOR（2）
PT DOPING（2） ZROX（2）
出版物 MATERIALS CHEMISTRY.（2） PHYSICA ELOWDIMENSI.（2）
出版时间 2021（5） 2020（3） 2022（2）
机构 QATAR UNIV（5）
作者 AYESH AI（13）

First principle investigation of H2Se, H2Te and PH3 sensing based on graphene oxide

PHYSICS LETTERS A

SALIH E, AYESH AI

CO, CO2, and SO2 detection based on functionalized graphene nanoribbons: First principles study

PHYSICA ELOWDIMENSIONAL SYSTEMS NANOSTRUCTURES

SALIH E, AYESH AI

Enhancing the Sensing Performance of Zigzag Graphene Nanoribbon to Detect NO, NO2, and NH(3)Gases

SENSORS

SALIH E, AYESH AI

Selective gas sensors using graphene and CuO nanorods

SENSORS ACTUATORS APHYSICAL

AYESH AI, AHMED RE, ALRASHID MA, ALARROUQI RA, SALEH B, ABDULREHMAN T, HAIK Y, ALSULAITI LA

Conductometric graphene sensors decorated with nanoclusters for selective detection of Hg2+ traces in water

SENSORS ACTUATORS BCHEMICAL

AYESH AI, KARAM Z, AWWAD F, MEETANI MA

Adsorption of ammonia on ZrOx-modified graphene nanoribbon: a first-principle investigation

JOURNAL OF MOLECULAR MODELING

AYESH AI, ELMURAIKHI MD

Sensitive SO2 gas sensor utilizing Pt-doped graphene nanoribbon: First principles investigation

MATERIALS CHEMISTRY PHYSICS

SALIH E, AYESH AI

Effect of CuOx additive site to graphene nanoribbon on its adsorption for hydrogen sulfide

RESULTS IN PHYSICS

AYESH AI

Co-doped zigzag graphene nanoribbon based gas sensor for sensitive detection of H2S: DFT study

SUPERLATTICES MICROSTRUCTURES

SALIH E, AYESH AI

Computational study of metal doped graphene nanoribbon as a potential platform for detection of H2S

MATERIALS TODAY COMMUNICATIONS

SALIH E, AYESH AI