Latex routes to graphene-based nanocomposites
E Bourgeat-Lami, J Faucheu, A Noel - Polymer Chemistry, 2015 - pubs.rsc.org
This review article describes recent advances in the elaboration of graphene-based
colloidal nanocomposites by the use of graphene or graphene oxide in heterophase …
colloidal nanocomposites by the use of graphene or graphene oxide in heterophase …
Poly (butylene succinate) and graphene nanoplatelet–based sustainable functional nanocomposite materials: Structure-properties relationship
Sustainable functional polymer nanocomposites from renewable resources are extremely
promising materials that can provide the next-generation of lightweight, multifunctional …
promising materials that can provide the next-generation of lightweight, multifunctional …
Electrical and mechanical percolation in graphene-latex nanocomposites
Conductive composites based on few layer graphene are of primary interests. In this work
latex based composites were produced leading to a specific cellular morphology. Highly …
latex based composites were produced leading to a specific cellular morphology. Highly …
Effect of graphite on the power density of selenium doped polyaniline ink based hybrid screen-printed flexible thermoelectric generator
Enhancement in the thermoelectric performance of inorganic/organic hybrid composites and
the need for low-cost, flexible thermoelectric generators have motivated this work. The …
the need for low-cost, flexible thermoelectric generators have motivated this work. The …
Vibration analysis of defected and pristine triangular single-layer graphene nanosheets
This paper investigates the vibration behavior of pristine and defected triangular graphene
sheets; which has recently attracted the attention of researchers and compare these two …
sheets; which has recently attracted the attention of researchers and compare these two …
Functionalized graphene–reinforced foams based on polymer matrices: processing and applications
XY Chen, A Romero, A Paton-Carrero… - … and their Derivatives, 2019 - Elsevier
Graphene-based materials have attracted high attention in recent years because of their
remarkable electronic, thermal, and mechanical properties. These unique properties are …
remarkable electronic, thermal, and mechanical properties. These unique properties are …
First-principles study on the differences in mechanical and optoelectronic properties between monolayer graphene and AA bilayer graphene after neutron irradiation
J Mo, L Li, X Li, X Xiang, H Deng, J Nie, X Zu - Physica B: Condensed …, 2024 - Elsevier
Two-dimensional materials are easily affected by radiation. So far, there is no work to predict
the neutron irradiation effects of AA bilayer graphene. Furthermore, the differences and …
the neutron irradiation effects of AA bilayer graphene. Furthermore, the differences and …
Electronic behavior of randomly dislocated RNA and DNA nanowires: A multi-model approach
S Jalilvand, R Sepahvand, H Mousavi - The European Physical …, 2022 - epjplus.epj.org
In this study, the electronic properties of DNA and RNA nanowires are investigated by
means of band structure and density of states using the framework of the tight-binding model …
means of band structure and density of states using the framework of the tight-binding model …
The transport properties of poly (G)-poly (C) DNA oligomers in the Harrison's model
Using the tight-binding Hamiltonian of the Harrison's model and the Landauer-Büttiker
formalism, some of the electron transport properties of short poly (G)-poly (C) DNA segments …
formalism, some of the electron transport properties of short poly (G)-poly (C) DNA segments …
Calculation of Electron Transport in Short Polyyne Nanochains
The electron transport properties in short polyyne nanochains lying between two semi-
infinite cumulene leads are investigated using tight-binding Hamiltonian of the Harrison's …
infinite cumulene leads are investigated using tight-binding Hamiltonian of the Harrison's …