With single atom resolution and wide
field potential for protein crystallography,
the X-ray free electron laser (XFEL) is revolutionizing
crystallography and revealing new mysteries
of the nature of life, the universe and everything.
biological research and biotechnology are becoming increasingly
important, as are applications of radiation physics and nuclear engineering.
In addition to solving the problems of more complex macromolecular
structures, our experimental methods also need to be able to study simpler
macromolecular interactions and structural changes in biological processes.
A complete understanding of biological processes requires a knowledge of the
interactions of molecular complexes. The study of the forces driving the
structure and function of macromolecules is essential to our progress in
biological research.
To this end, a good understanding of the chemical bond is a prerequisite to
an understanding of biochemical and biological processes. Solid-state
physics, the physics of solids, covers a wide range of problems, including
the study of crystal structures and solid-state processes, and is closely
related to chemistry, physics and engineering.
In this course you will learn the fundamentals of solid state physics,
including the physical concepts underlying crystal structures and
dynamical and thermal properties of solids. In the second part of the
course, you will learn about crystals as a class of materials. You will
then learn about diffraction from crystals and the theory of
X-ray diffraction. You will also learn about the physical techniques used
in crystallography.
In the course, you will learn the characteristics of different classes of
crystals, including crystal lattices and the components of the crystal. You
will also learn about the symmetries of crystals, how they are broken, and
how they are observed. You will learn about the interaction between
molecules or atoms within a crystal, and how this affects the observed
properties of crystals.
The course consists of six lectures and two lab sessions in which you will
learn about the theory and techniques of physical crystallography. In the
first two lectures, you will learn about the basics of physical
crystallography. In the subsequent lectures you will learn the basics of
the crystallography of inorganic crystals, organic crystals and macromolecular
crystals, and about the X-ray free electron laser.
You will learn about the structure of solid materials and their use in 01e38acffe
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Download Solid State Physics
By M A Wahab
The combination of solid state physics and computation. Solid State Physics: An Introduction to Theory.
This book is for beginners who have just started studying solid state physics. It is designed to be used as a reference. It starts with an introduction to quantum mechanics, gives an account of special relativity and then presents the important areas of solid state physics. The emphasis is on introducing the students to the conceptual side of physics. Students have to form a good understanding of all the concepts discussed at an early stage before they are allowed to tackle the mathematical problems. At the end of each chapter, mathematical problems are given to aid self-learning by the students. The book ends with a detailed chapter on the calculation of crystal properties using the techniques available at the present time. It provides detailed description of how these techniques can be employed to help solid state physicists. There are more than 50 problems (approximately 5 per chapter) which should be used to practice the concepts covered in that chapter.
Table of Contents
Introduction 1. Quantum mechanics 2. Special relativity 3. Thermodynamics 4. Density functional theory 5. Crystal structure 6. Normal modes 7. Electrical resistivity 8. Thermal conductivity 9. Thermal expansion 10. Thermoelectric power 11. Magnetic properties 12. Magnetic measurements 13. Nuclear magnetic resonance 14. Electronic structure 15. Optical properties 16. Atomic structure 17. Solid State Physics by M A Wahab
the combination of solid state physics and computation. Solid State Physics: An Introduction to Theory.
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By M A Wahab
The combination of solid state physics and computation. Solid State Physics: An Introduction to Theory.
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