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Title Details:
Molecular Simulation
Authors: Koutselos, Andreas
Reviewer: Diakonos, Fotios
Subject: NATURAL SCIENCES AND AGRICULTURAL SCIENCES > CHEMISTRY > PHYSICAL CHEMISTRY
NATURAL SCIENCES AND AGRICULTURAL SCIENCES > CHEMISTRY > PHYSICAL CHEMISTRY > THERMODYNAMICS
NATURAL SCIENCES AND AGRICULTURAL SCIENCES > CHEMISTRY > PHYSICAL CHEMISTRY > ENTROPY
NATURAL SCIENCES AND AGRICULTURAL SCIENCES > CHEMISTRY > PHYSICAL CHEMISTRY > ENTHALPY
NATURAL SCIENCES AND AGRICULTURAL SCIENCES > CHEMISTRY > PHYSICAL CHEMISTRY > EQUATION OF STATE
Keywords:
Statistical Thermodynamics
Statistical Mechanics
Fluctuations
Statistical Ensembles
Imperfect Gases
Molecular Dynamics Simulation
Description:
Abstract:
The molecular motion can be reproduced through integration of the equation of motion of the particles through the use of computers. In this chapter we present the calculation of properties based on the method of molecular dynamics. The procedure produces mean molecular properties correlation and transport properties. The results depend on the interaction potentials, as well as the accuracy and the speed of the calculation methods.
Table of Contents:
12. Molecular Simulations
12 Summary
12 Prerequisites
12.1 Introduction
12.2 Calculation Method
12.3 Molecular Dynamics Simulation
12.3.1 Interaction Potentials
12.3.2 Integration of Equation of Motion
12.3.3 Operational Conditions
12.4 Molecular Properties
12.4.1 Molecular Structure and Dynamics
12.4.2 State Properties-Temperature and Presure
12.5 Structure of Program Code
12 Further Reading
12 Problems
Linguistic Editors: Klada, Nektaria
Technical Editors: Zinas, Nikolaos
Type: Chapter
Creation Date: 2015
Item Details:
License: http://creativecommons.org/licenses/by-nc-nd/3.0/gr
Handle http://hdl.handle.net/11419/5065
Bibliographic Reference: Koutselos, A. (2015). Molecular Simulation [Chapter]. In Koutselos, A. 2015. STATISTICAL THERMODYNAMICS [Undergraduate textbook]. Kallipos, Open Academic Editions. https://hdl.handle.net/11419/5065
Language: Greek
Is Part of: STATISTICAL THERMODYNAMICS
Number of pages 17
Version: 1st ed.
Publication Origin: Kallipos, Open Academic Editions