Functional hybrid nanostructure materials: Advanced strategies for sensing applications toward volatile organic compounds

Citations

WEB OF SCIENCE

72
Citations

SCOPUS

84

초록

A large volume of scientific literature has pointed toward the potentially important role of functional hybrid nanostructure materials (FHNMs) in the monitoring and analysis of volatile organic compounds (VOCs) with unprecedented sensitivity. In light of the potentially significant role of FHNMs, this review describes the working principles, performance, and advantages of using these materials in sensing applications. To this end, we discuss the recent progress in the use of FHMNs in the detection of VOCs. Finally, this review was extended to cover the current research activities of FHMNs along with their future opportunities/challenges in this emerging field.

키워드

Volatile organic compoundsFunctional hybridNanomaterialsSensingPolymerGrapheneCarbon nanotubesMetal organic frameworksSensorsGRAPHENE QUANTUM DOTSRESONANCE ENERGY-TRANSFERION MOBILITY SPECTROMETRYCHEMICAL-VAPOR-DEPOSITIONBOTTOM-UP SYNTHESISN-DOPED GRAPHENECARBON-NANOTUBESSENSOR ARRAYSELECTROCHEMICAL SENSORSSILVER NANOPARTICLES
제목
Functional hybrid nanostructure materials: Advanced strategies for sensing applications toward volatile organic compounds
저자
Kumar, VanishKim, Ki-HyunKumar, PawanJeon, Byong-HunKim, Jo-Chun
DOI
10.1016/j.ccr.2017.04.006
발행일
2017-07
유형
Review
저널명
Coordination Chemistry Reviews
342
페이지
80 ~ 105