Due to the imperative to reduce carbon emissions, NH 3-H 2 mixed combustion has
garnered significant attention. However, the knowledge of the reaction kinetics of NH 3-H 2 …

The present text is planned as the theoretical part of a book in nanothermodynamics. The
book will have two parts; a theoretical part (the present document) and a part which …

This book grew out of an idea to study properties of small subsystems of a large reservoir.
Observations were at the time not explainable with standard thermodynamics. But the theory …

Hydrogen oxidation kinetics in supercritical H 2 O/CO 2 mixtures is a fundamental topic in
supercritical water oxidation (SCWO) technology. A series of reactive molecular dynamics …

Utilizing a statistical mechanics framework, we derive the expression of the equilibrium
constant for dimerization reactions. An important feature arising from the derivation is the …

Chemical equilibria of multimerizations in systems with small numbers of particles exhibit a
behavior seemingly at odds with that observed macroscopically. In this paper, we apply the …

We present a new molecular simulation technique for determining partial molar enthalpies in
mixtures of gases and liquids from single simulations, without relying on particle insertions …

A perpetual yearn exists among computational scientists to scale down the size of physical
systems, a desire shared as well with experimentalists able to track single molecules. A …

A green method to synthesize spherical Sn particles by reducing SnO2 film in atmospheric-
pressure H2/Ar plasma at low temperatures for various applications is presented. The …

Reduction of SnO2 to form spherical Sn particles and Sn etching are obtained by floating
wire (FW)‐assisted medium‐pressure H2/Ar plasma. High‐density H2/Ar plasma (1014 cm …