Molecular self-assembly and reactions at surfaces provide a versatile and appealing
approach to nanomaterials synthesis, with a tremendous potential for engineering purpose …

In this work, we used the ReaxFF force field to investigate the dynamics of different network
structures of trimesic acid (TMA) molecules on graphene as a function of temperature. We …

In this study we present a thermodynamic analysis of several self-assembled molecular
layers of trimesic acid (TMA), gas–solid and solid–solid transitions in such layers using the …

Improving the conductivity and modulating the electronic structure of molecular films holds
significance in using them in thin film based electronic applications. In this paper, we create …

The carboxylic acid moiety gives rise to structural variability in surface-supported self-
assembly due to the common expression of various H-bonding motifs. Self-assembly of 3 …

Crucial to the performance of devices based on organic molecules is an understanding of
how the substrate–molecule interface influences both structural and electronic properties of …

Understanding the energetics of self-assembled molecular nanostructures on the surface at
a molecular level is of great importance in tuning the microscopic patterns of molecules on …

Amphipathic molecules with surfactant like properties have several applications ranging
from healthcare to the chemical industry. Their ability to form thin films on surfaces with …

Understanding the formation and disassembly of molecular adlayer patterns on surfaces at
the molecular level has high fundamental and applied importance. With the combination of …

The possibility of introducing various functionalities on peptides with relative ease allows
them to be used for molecular applications. However, oligopeptides prepared entirely from …