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Home > Science, Technology & Agriculture > Other technologies and applied sciences > Applied optics > Laser technology and holography > The Finite Element Method in Charged Particle Optics: (519 The Springer International Series in Engineering and Computer Science)
The Finite Element Method in Charged Particle Optics: (519 The Springer International Series in Engineering and Computer Science)

The Finite Element Method in Charged Particle Optics: (519 The Springer International Series in Engineering and Computer Science)


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About the Book

This multidisciplinary book is intended to serve as a reference for postgraduate students and researchers working in the fields of charged particle optics or other finite-element-related applications. It is also suitable for use as a graduate text. For the non-specialist in charged particle optics, the opening chapters provide an introduction to the kinds of field problems that occur in charged particle beam systems. A comprehensive approach to the subject is taken. The finite element method is placed within a wider framework than strictly charged particle optics. Concepts developed in fluid flow and structural analysis, not hitherto used in charged particle optics, are presented. Benchmark test results provide a way of comparing the finite element method to other field-solving methods. The text also reports on some high-order interpolation techniques and mesh generation methods that will be of interest to other finite element researchers. Additional coverage includes: field theory and field solutions for charged particle optics; aspects of the finite difference method related to the finite element method; finite element theory and procedure, including detailed formulation of local and global matrices; higher-order elements, which can be an effective way of improving finite element accuracy; the finite element method in three dimensions; ways to formulate scalar and vector problems for magnetic fields; and significant reduction of truncation errors using higher-order elements and extrapolation methods.

Table of Contents:
1. Field Theory.- 1. Electrostatics.- 2. Magnetostatics.- 2. Field Solutions for Charged Particle Optics.- 1. The Equations of motion.- 2. The Paraxial Equation of Motion.- 3. On-axis Lens Aberrations.- 4. Electrostatic and Magnetic Deflection Fields.- 3. The Finite Difference Method.- 1. Local finite 5pt difference equations.- 2. The Matrix Equation.- 3. Truncation errors.- 4. Asymmetric stars.- 5. Material Interfaces.- 6. The nine pointed star in rectilinear coordinates.- 7. Axisymmetric cylindrical coordinates.- 4. Finite Element Concepts.- 1. Finite Elements in one dimension.- 2. The Variational method in two dimensions.- 3. First-order shape functions.- 4. The Galerkin Method.- 5. Nodal equations and Matrix Assembly.- 6. Axisymmetric Cylindrical Coordinates.- 7. Edge elements.- 5. High-Order Elements.- 1. Triangle elements.- 2. Quadrilateral elements.- 3. The Serendipity family of elements.- 6. Elements in Three Dimensions.- 1. Element shape functions.- 2. Generating tetrahedral elements to fit curved boundary surfaces.- 7. FEM formulation in Magnetostatics.- 1. Magnetic vector potential.- 2. The magnetic scalar potential in three dimensions.- 3. Saturation Effects.- 8. Electric Lenses.- 1. Accuracy issues.- 2. Direct ray tracing using off-axis mesh node potentials.- 9. Magnetic Lenses.- 1. Accuracy issues.- 2. Magnetic axial field continuity tests.- 3. Magnetic field computations in three dimensions.- 10. Deflection Fields.- 1. Finite element formulation.- 2. Accuracy tests.- 11. Mesh Related Issues.- 1. Structured vs unstructured.- 2. The Boundary-fitted coordinate method.- 3. Mesh refinement for electron gun simulation.- 4. High-order interpolation.- 5. Flux line refinement for three dimensional electrostatic problems.- 6. Accuracy tests.- Appendix 1: Element Integration formulas.- 1. Gaussian Quadrature.- 2. Triangle elements.- Appendix 2: Second-order 9 node rectangle element pictorial stars.- Appendix 3: Green’s Integration formulas.- Appendix 4: Near-axis analytical solution for the solenoid test example.- Appendix 5: Deflection fields for a conical saddle yoke in free space.


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Product Details
  • ISBN-13: 9780792386117
  • Publisher: Kluwer Academic Publishers
  • Publisher Imprint: Kluwer Academic Publishers
  • Height: 235 mm
  • No of Pages: 274
  • Returnable: Y
  • Width: 155 mm
  • ISBN-10: 0792386116
  • Publisher Date: 30 Sep 1999
  • Binding: Hardback
  • Language: English
  • Returnable: Y
  • Series Title: 519 The Springer International Series in Engineering and Computer Science


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The Finite Element Method in Charged Particle Optics: (519 The Springer International Series in Engineering and Computer Science)
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