The motivation of the current paper is to provide a detailed review of crucial topics in micro-
and nanoscale gas flows, ie, velocity slip and temperature jump phenomena and their …

Laser-driven high-harmonic generation provides the only demonstrated route to generating
stable, tabletop attosecond x-ray pulses but has low flux compared to other x-ray …

The theoretical study of the processes of the outflow of a binary gas mixture from a source
into a vacuum through an orifice in an infinitely thin wall is presented. Two mixtures with a …

The Enskog–Vlasov equation provides a consistent description of the microscopic molecular
interactions for real fluids based on the kinetic and mean-field theories. The fluid flows in …

The rarefied gas flow through circular tubes of finite length has been investigated
computationally by the direct simulation Monte Carlo method. The reduced flow rate and the …

The paper describes synthesis of diamonds by the method of gas-jet deposition with
microwave activation of precursor gases. This method involves the use of a supersonic jet …

The paper is devoted to the further development and systematic performance evaluation of a
recent deterministic framework Nesvetay-3D for modelling three-dimensional rarefied gas …

The study of the simultaneous development of slip-flow and heat transfer in a microtube with
internal fins has been conducted. It was found that rarefaction effects were more pronounced …

Kinetic theory and modeling have been proven extremely suitable in computing the flow
rates in rarefied gas pipe flows, but they are computationally expensive and more …

In order to identify the most efficient and reliable methods and solvers for modeling of
rarefied gas flows, it is proposed to choose few benchmark problems to be solved by …