Electrospray deposition of a graphene-oxide thin film, its characterization and investigation of its resistive switching performance

Large‐Area Freestanding Graphene Paper for Superior Thermal Management

“…Graphene or graphene oxide thin films deposited on various substrates by ESD have been reported in previous literatures . The thickness and surface morphology have been tuned to obtain desired properties for graphene or graphene oxide films . In present work, by integrating ESD with a continuous roll‐to‐roll process, large area freestanding graphene papers was fabricated with a high manufacturing efficiency, demonstrating the potential of the mass production of GPs.…”

“…Thus the thickness of film can be varied from hundreds of nanometers to hundreds of micrometers. Graphene or graphene oxide thin films deposited on various substrates by ESD have been reported in previous literatures . The thickness and surface morphology have been tuned to obtain desired properties for graphene or graphene oxide films .…”

Fabrication of graphene-nanoflake/poly(4-vinylphenol) polymer nanocomposite thin film by electrohydrodynamic atomization and its application as flexible resistive switching device

“…For current-voltage (I-V) characteristics the ITO/active material/Ag device was biased by connecting Ag, the top electrode to driving voltage whereas ITO, the bottom electrode was grounded. The characterization was performed by initially applying a forming voltage, which is necessary for stable resistive switching operation [16,41,47] as shown in Fig. 7.…”

“…Recently PVP and graphene family of materials have been explored both individually and in form of nanocomposites for applications in chemical sensing [36], super capacitors [37], solar cells [38], electrodes [39], TFTs [40] and memristors [20,41,42]. The nanocomposites impart new functionality and applications to materials compared to when the same materials are used alone.…”

Electrospray-printed nanostructured graphene oxide gas sensors

“…There have been numerous studies of thin-film chemical sensors fabricated by drop-casting, spray coating, spin coating, and inkjet printing suspensions of graphene, GO, and reduced graphene oxide (rGO) in a variety of solutions [15][16][17][18][19][20][21][22][23]. In particular, electrosprayed graphene, GO, and rGO thin-film structures have been reported for supercapacitor electrodes [24], resistive switch applications [25], and humidity sensors [26].…”