006 - NANO ENGINEERING IN SCIENCE AND TECHNOLOGY

1- Quantum Mechanical Treatment of the Many-Particle Problem

2- Potential Energy Surface

3- Pair Potential Approximation

4- Advantages and Limitations of the Pair Potential Approximation 

5- Phenomenological Potentials

6- Buckingham Potentials

7- Molecular Dynamics

8- Models for Molecular Dynamics Calculations

9- İnitial Values

10- Nano-Design and Nano-Construction

11- Visualization Techniques

12- Solution of the Equations of Motion

13- Other Methods

14- Efficient Force Field Computation

15- Characterization of Nano-Systems

16- Thermal Stability

17- Basic Material Properties

18- Wear at the Nanometer Level

19- Mean Values and Correlation Functions

20- Ensemble Theory

21- Structure Factor

22- Nano-Engineering — Studies and Conclusions  

23- Functional Nanostructures

24- Nano-Machines

25- Nano-Clusters

26- Structural Examinations

27- The Bifurcation Phenomenon at the Nanometer Scale

Size               - 6.205  Mb

Pages             - 163

Language       - English

File Type       - JPG