(Ebook) Nanobeam X Ray Scattering Probing Matter at the Nanoscale 1st Edition by Dr Julian Stangl, Dr Cristian Mocuta, Dr Virginie Chamard, Dr Dina Carbone ISBN 3527410775 978-3527410774

(Ebook) Nanobeam X Ray Scattering Probing Matter at the Nanoscale 1st Edition by Dr Julian Stangl, Dr Cristian Mocuta, Dr Virginie Chamard, Dr Dina Carbone ISBN 3527410775 978-3527410774

(Ebook) Nanobeam X-Ray Scattering: Probing Matter at the Nanoscale 1st Edition by Dr. Julian Stangl, Dr. Cristian Mocuta, Dr. Virginie Chamard, Dr. Dina Carbone - Ebook PDF Instant Download/Delivery: 3527410775, 978-3527410774

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Product details:

ISBN 10: 3527410775

ISBN 13: 978-3527410774 

Author:  Dr. Julian Stangl, Dr. Cristian Mocuta, Dr. Virginie Chamard, Dr. Dina Carbone 

Table of contents:

1. INTRODUCTION

2. X-RAY DIFFRACTION PRINCIPLES

   • Introduction

   • Beam Coherence

   • Specific Properties of Different Sources: Laboratory vs Synchrotron vs FEL

3. FOCUSING OF X-RAYS

   • Beam Propagation and Modeling

   • Focusing Principles Available for the Hard X-Ray Regime

   • Classic Microfocusing Devices

   • Practical Issues

4. SCATTERING EXPERIMENTS USING NANOBEAMS

   • From the Ensemble Average Approach Towards the Single Nanostructure Study

   • Diffraction from Single Nanostructures

   • Scanning X-Ray Diffraction Microscopy

   • Other Types of Contrast

   • Local X-Ray Probe Experiments from Organic Samples

   • Local X-Ray Probe Experiments from Biological Samples

5. NANOBEAM DIFFRACTION SETUPS

   • Beam Positioning on the Nanoscale

   • Stability Issues: Maintaining the Spot on the Sample During Scanning Angles, Vibrations

   • Active Systems to Maintain the Beam Position on the Sample Constant

   • Restriction of Different Setups

   • Detector Issues: Resolution in Real and Reciprocal Space, Dynamic Range, Time Resolution

6. SPECTROSCOPIC TECHNIQUES USING FOCUSED BEAMS

   • Micro/Nano-EXAFS, XANES, Fluorescence

   • A Side Glance on Soft X-Ray Applications

7. COHERENT DIFFRACTION

   • More on Coherence Properties of Focused X-Ray Beams

   • The Use of Phase Retrieval Instead of Modeling Approaches

   • Different Retrieval Algorithms

   • Shape Determination of Single Structures (Retrieving the Modulus of Electron Density)

   • Strain Determination (Retrieving the Phase of Electron Density)

   • Fresnel Coherent Diffractive Imaging

   • Holographic Approaches (Using a Reference Wave Instead of Numerical Phase Retrieval)

   • Ptychography (For Extended Objects with Nanoscale Structure)

   • Particular Advantages and Problems when Using Coherent Diffraction Imaging in the Bragg Case

8. THE POTENTIAL AND THE LIMITS OF THE METHOD

   • Limits in Beam Size

   • Limits in Intensity/Brilliance

   • Resolution Limits in Real and Reciprocal Space

   • Combinations with Other Local Probe Techniques

9. FUTURE DEVELOPMENTS

   • Detector Developments

   • Beamlines at Third Generation Synchrotron Sources

   • The Role of Free Electron Lasers

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Tags: Julian Stangl, Cristian Mocuta, Virginie Chamard, Dina Carbone, Nanobeam, X Ray Scattering, Probing, Matter, Nanoscale