Quadrupoles in Electron Lens Design

Table of contents

1. Cover
2. Title page
3. Table of Contents
4. Copyright
5. Preface
6. Chapter One: Introduction
   1. References
7. Chapter Two: Definitions, notation, and methods of analysis
   1. Abstract
   2. 1: Equations of motion
   3. 2: Cardinal elements
   4. 3: Aberration coefficients: Round lenses
   5. 4: Fifth-order aberrations
   6. References
8. Chapter Three: Quadrupole potential functions
   1. Abstract
   2. 1: Calculation by analog and numerical methods
   3. 2: Curve-fitting and models
   4. 3: Note added in proof
   5. References
9. Chapter Four: Quadrupole systems: Their suitability for specific tasks
   1. Abstract
   2. 1: Quadrupole multiplets as corrector units
   3. 2: Quadrupole multiplets as objective lenses or as probe-forming lenses
   4. 3: Quadrupoles as projector lenses
   5. 4: Formation of a line image and pseudo-stigmatic imagery
   6. 5: Octopoles alone
   7. 6: Chromatic correction
   8. References
10. Chapter Five: Quadrupole data
    1. Abstract
    2. 1: The single quadrupole
    3. 2: The quadrupole doublet
    4. 3: The quadrupole triplet
    5. 4: The quadrupole quadruplet
    6. 5: The symmetric quadruplet
    7. 6: The antisymmetric quadruplet
    8. 7: Other systems
    9. 8: Octopoles
    10. References
11. Appendix I: Nomenclature and Notation
    1. 1: Nomenclature
    2. 2: Notation
12. Appendix II: The shadow projection method of measuring aberration coefficients
    1. References
13. References
14. Author index
15. Subject index