Polymer Blend Nanoarchitectonics with Exfoliated Molybdenum Disulphide/Polyvinyl Chloride/Nitrocellulose

Molybdenum disulfide polymeric nanoarchitectures and applications: A review

“…This technique is essentially used in the massive fabrication of nanocomposite. [1][2][3][4][5] Investigations conducted earlier utilized the restacking procedure in chemically exfoliating MoS 2 , wherein lithium intercalation is availed in separating sheets from each other. [8][9][10] 2.1.2 | Large scale fabrication of 2-D MoS 2 using vapor-phase growth (VPG) technique 2D MoS 2 vapor-phase growth (VPG) is essentially renowned as a bottom-up strategy.…”

“…Chemical exfoliation is similar to mechanical exfoliation previously mentioned and indulges in peeling off the 2H‐MoS 2 layers into 2‐D sheets in solvent dispersion. This technique is essentially used in the massive fabrication of nanocomposite 1–5 . Investigations conducted earlier utilized the restacking procedure in chemically exfoliating MoS 2 , wherein lithium intercalation is availed in separating sheets from each other 8–10 …”

“…3 Naturally, molybdenum disulfide (MoS 2 ) is in existence as molybdenite bulkish mineral in form of a black powder (Figure 1A) capable of undergoing exfoliation to garner few-layered nanosheets (FLMoS 2 ) (Figure 1B) and single-layered nanosheets (SLMoS 2 ) (Figure 1C), and varying polymorphs (Figure 1D) depicting a mono-layered atomistic structure. 2,3 MoS 2 has been versatily explored theoretically and experimentally. 4,5 Hence, due to their inherent band architectural disposition, they can be utilized in optoelectronically and photonically affiliated gadgets.…”

“…Nevertheless, the paucity of bandgap in GN has induced poor light absorbing intensity (2.3%/single atomic sheet), in addition to a specific on/off ratio for (GN‐oriented electronic gadgets), perceived as a limitation in some applications 2 . As a result of the emergence of other 2‐D nanomaterials (NMs) (phosphorene, MXenes, borophene, and so on), exhibiting similar features to GN, enhanced features (quantum confinement, absorption properties having tunable band architectures, elevated carrier transport, light absorption coefficient, and optical properties, and so on) have been achieved 3 . Naturally, molybdenum disulfide (MoS 2 ) is in existence as molybdenite bulkish mineral in form of a black powder (Figure 1A) capable of undergoing exfoliation to garner few‐layered nanosheets (FLMoS 2 ) (Figure 1B) and single‐layered nanosheets (SLMoS 2 ) (Figure 1C), and varying polymorphs (Figure 1D) depicting a mono‐layered atomistic structure 2,3 …”

“…Molybdenum disulfide (MoS 2 ) molybdenite black powder (A); Scanning electron microscopic (SEM) image of FLMoS 2 (B); SLMoS 2 SEM (C); Atomic architecture of a single‐layered structure; (SLMoS 2 ) (D) 2,3 …”