High Intensity X rays Interaction with Matter Processes in Plasmas Clusters Molecules and Solids 1st Edition by Stefan P Hau Riege ISBN 3527636382 9783527636389

High Intensity X rays Interaction with Matter Processes in Plasmas Clusters Molecules and Solids 1st Edition by Stefan P Hau Riege – Ebook PDF Instant Download/Delivery: 3527636382, 9783527636389
Full download High Intensity X rays Interaction with Matter Processes in Plasmas Clusters Molecules and Solids 1st Edition after payment

Product details:

ISBN 10: 3527636382 
ISBN 13: 9783527636389
Author: Stefan P Hau Riege

High Intensity X rays Interaction with Matter Processes in Plasmas Clusters Molecules and Solids 1st Table of contents:

1. Chapter 1: Fundamental Processes in X-ray-Matter Interactions

   • Absorption, Scattering, and Emission of X-rays

   • Photoelectric Effect, Compton Scattering, and Pair Production

   • X-ray Fluorescence and Auger Effect

   • Secondary Emissions: Photoelectrons and Auger Electrons

2. Chapter 2: Interaction of X-rays with Plasmas

   • Plasma Formation and X-ray Induced Ionization

   • The Role of X-rays in Plasma Heating and Dynamics

   • X-ray Radiation and Its Interaction with Plasma Electrons

   • Plasmas in Astrophysical and Laboratory Settings

   • Case Studies: X-ray Interaction in High-Energy Plasma Environments

3. Chapter 3: X-ray Interactions with Clusters

   • Atomic and Molecular Clusters: Definition and Structure

   • X-ray Absorption and Scattering in Clusters

   • Collective Effects in X-ray Interaction with Clusters

   • Femtosecond Dynamics and Cluster Ionization by X-rays

   • Experimental Observations of X-ray Interaction with Clusters

4. Chapter 4: X-ray Interaction with Molecules

   • X-ray Excitation of Molecular Orbitals

   • X-ray Absorption Spectroscopy: Probing Molecular Structure

   • Molecular Fragmentation and Ionization by High-Intensity X-rays

   • X-ray Induced Chemical Reactions

   • X-ray Spectroscopy of Biological and Chemical Molecules

5. Chapter 5: X-ray Interaction with Solids

   • X-ray Diffraction and Crystallography

   • X-ray Absorption and Transmission in Solid Materials

   • High-Energy X-rays and Solid-State Physics

   • Effects of High-Intensity X-rays on Solid-State Systems

   • Case Studies: X-ray Damage and Radiation Hardening of Materials

6. Chapter 6: X-ray-Induced Processes in Nanomaterials

   • The Behavior of Nanostructures Under High-Intensity X-rays

   • X-ray Excited Electron Dynamics in Nanomaterials

   • Nanostructure Synthesis and Characterization with X-rays

   • Quantum Effects and X-ray Interaction in Nanosystems

7. Chapter 7: X-ray Free Electron Lasers and Their Role in Matter Interaction

   • The Technology Behind X-ray Free Electron Lasers (XFELs)

   • Applications of XFELs in Studying Matter at the Atomic Scale

   • XFELs in Plasmas, Molecules, and Solids: A New Frontier

   • Experimental Techniques Using XFELs for High-Resolution Imaging

8. Chapter 8: Computational Methods for Modeling X-ray Interactions

   • Theoretical Models of X-ray-Matter Interaction

   • Quantum Mechanics and Classical Approaches in X-ray Interaction Studies

   • Computational Tools for Simulating X-ray Effects in Different Media

   • Applications of Density Functional Theory (DFT) in X-ray Studies

9. Chapter 9: Experimental Techniques and Diagnostic Tools

• X-ray Spectroscopy and Imaging Techniques

• Synchrotron Radiation and High-Intensity X-ray Sources

• Time-Resolved and Femtosecond X-ray Experiments

• Diagnostics of Plasma, Cluster, and Solid Matter with X-rays

11. Chapter 10: Applications of High-Intensity X-ray Interactions

• X-ray Imaging in Material Science and Biology

• X-ray Probing of High-Energy States in Astrophysics

• Industrial Applications of High-Intensity X-rays

• X-ray Techniques for Environmental and Chemical Monitoring

12. Chapter 11: Future Directions and Challenges in X-ray Research

• Advancements in High-Intensity X-ray Sources and Technology

• Emerging Applications in Medicine, Material Science, and Energy

• The Role of X-ray Research in Understanding Complex Matter

• Challenges in Theoretical, Experimental, and Computational Studies

People also search for High Intensity X rays Interaction with Matter Processes in Plasmas Clusters Molecules and Solids 1st:

x ray interaction with matter quizlet
    
x-ray interaction with matter
    
how do x-rays interact with matter
    
x-rays interact with atoms in the body because
    
x-ray intensity is proportional to

Tags: Stefan P Hau Riege, High Intensity X rays, Plasmas Clusters, Solids