【摘 要】
:
The measurement of density uctuations through the Rayleigh–Brillouin scattering(RBS) can provide information such as the temperature and bulk viscosity of gases.
【机 构】
:
James Weir Fluids Laboratory,Department of Mechanical and Aerospace Engineering,University of Strath
【出 处】
:
29th International Symposium on Rarefied Gas Dynamics(第29届国际
论文部分内容阅读
The measurement of density uctuations through the Rayleigh–Brillouin scattering(RBS) can provide information such as the temperature and bulk viscosity of gases.
其他文献
In this work,a study of O2:He inelastic collisions from 10 to 40K will be presented.For that purpose,a number of supersonic microjets of O2:He mixtures free from O2 condensation,with O2 mole fractions
Transition and turbulence are one of the most important issues in fluid mechanics.Traditionally,they are primarily studied in the continuum frame.
Sputtering devices have been widely used for the semiconductor manufacturing process and a lot of surface treatment applications and magnetron sputtering techniques are currently being applied to impr
Inductively coupled plasma wind tunnels(ICPWTs) are important ground-based facilities used to investigate the thermal protection systems(TPSs) of atmospheric reentry vehicles.
The electron beams are widely used for the initiation the chemical reactions by using the plasma in the gas phase for synthesis of new chemicals or remove harmful chemical substances from the products
In supersonic and hypersonic flows,thermal and chemical non-equilibrium is one of the fundamental aspects that must be taken into account for the accurate characterization of the plasma.
Solving Boltzmann,Vlasov,and Fokker-Planck kinetic equations with deterministic meshbased methods provides a viable alternative to the widely used statistical methods,especially attractive for hybrid
Direct solvers of Boltzmann kinetic models have been widely developed due to their efficiency in resolving near continuum flows,micro-scale flows and unsteady flows.In these approaches,the control equ
In the variety of approaches to tackle the challenges of computing rarefied gas flows,moment methods applied on the Boltzmann equation state a flexible framework.With this method,macroscopic equations
The granular gases under gravity need external support of energy to balance the loss of energy due to dissipative collisions,otherwise it would quickly come to rest,as gravity favors dense packings in