Quantum correctionfor transport properties of simple fluids
Journal Title: International journal of Emerging Trends in Science and Technology - Year 2018, Vol 5, Issue 5
Abstract
The effective diameter hard sphere theory is employed to estimate the transport properties (TP’s) of classical and semiclassical fluids. The TP’s of the fluids are expressed in terms of a classical hard sphere (HS)fluid of properly chosen hard sphere diameter. The explicit expressions for the shear viscosity and thermal conductivity for the HS fluid are given. The theory is applied to estimate the TP’s of fluids Ar, Ne and H2. The agreement is found to be fairly good at low density.
Authors and Affiliations
Tarun Kumar Dey
Keywords
Related Articles
- EP ID EP617696
- DOI -
- Views 103
- Downloads 0
Studies on cytotoxic effects of cycloheximide on root meristem of Allium sativum L
The cytotoxic effects of Cycloheximide, a widely used fungicide were investigated on meristematic cells of A. sativum L. The results showed that the fungicide is mitodepressive in nature. It also induced various types of...
Gesture and Voice Based PC Control Using Real Time Camera
Human Computer Interaction with hand gesture has become increasingly popular today. The physical mouse device whether it is our basic desktop mouse or laptop touch pad, it require physical contact of user to convey input...
Viral Marketing by social networking sites with reference to Whatsapp & Facebook
In this contemporary era, social media has created new environment for marketing where not only company advertise its product as well customer share his or her views about product with others. Marketers adopt various mar...
Extracting Learning Concepts from E-books
This paper presents the algorithmic formulation to automatically extract the learning concepts from eBook and generate the RDF (Resource Description Framework) data which can be utilized for numerous purposes. The framew...
Occupational health hazards of welding workers: Piping Industry Perspective
The ergonomic safety standards are focused on the interaction between welders and the welding activities. Welders who perform the welding tasks under heat stress always experience with various types of injuries such as M...