The noncovalent interactions (NCIs) are omnipresent in chemistry, physics, and biology. The
study of such interactions offers insights into various physicochemical phenomena. Some …

Recently, we have developed and tested a method, based on the molecular tailoring
approach (MTA-based) to directly estimate the individual hydrogen bond (HB) energies in …

In the present work, the energies of various types of individual HBs observed in neutral
(NH3) m (H2O) n,(m+ n= 2 to 7) clusters were estimated using the molecular tailoring …

The study of molecular clusters to understand the properties of condensed systems has
been the subject of immense interest. To get insight into these properties, the knowledge of …

A procedure, derived from the fragmentation‐based molecular tailoring approach (MTA), has
been proposed and extensively applied by Deshmukh and Gadre for directly estimating the …

Nitric oxide (NO) and its redox congeners (NO+ and NO–), designated as X, play vital roles
in various atmospheric and biological events. Understanding the interaction between X and …

The strengths of various types of individual hydrogen bonds (HBs) present in microhydrated
clusters of HNO and HONO, ie, HNO (H2O) n and HONO (H2O) n (n= 1–4), were examined …

The knowledge of individual hydrogen bond (HB) strength in molecular clusters is
indispensable to get insights into the bulk properties of condensed systems. Recently, we …

The variation in the hydrogen bond (HB) strength has considerable consequences on the
physicochemical properties of molecular clusters. Such a variation mainly arises due to the …

The potential energy surfaces of pure methanol and mixed methanol–water pentamers have
been explored using chirped pulse Fourier-transform microwave spectroscopy aided by ab …