Advances in Imaging and Electron Physics

<p>1. Introduction to the Examination of 2D Hexagonal Band Structure from a Nanoscale Perspective for Use in Electronic Transport Devices<br>Clifford M. Krowne<br>2. Determination of Reciprocal Lattice from Direct Space in 3D and 2D<br>Clifford M. Krowne<br>3. Tight-Binding Formulation of Electronic Band Structure of Hexagonal Materials<br>Clifford M. Krowne<br>4. Evaluation of the Matrix Elements for the Tight-Binding Formulation of Hexagonal Materials<br>Clifford M. Krowne<br>5. Solving the Secular Equation of the System for Eigenenergy<br>Clifford M. Krowne<br>6. Properties of the Bare Shifted Eigenenergy Determined as a Function of k Vector<br>Clifford M. Krowne<br>7. Hamiltonian of the Two Atom Sublattice System<br>Clifford M. Krowne<br>8. 2-Spinor and 4-Spinor Wavefunctions and Hamiltonians<br>Clifford M. Krowne<br>9. Examination of the Relativistic Dirac Equation and Its Implications<br>Clifford M. Krowne<br>10. Different Onsite Energies for the Two Atom Problem<br>Clifford M. Krowne<br>11. Overall Conclusion<br>Clifford M. Krowne<br>12. Performing EELS at Higher Energy Losses at Both 80 and 200 kV<br>Ian MacLaren, Rebecca B. Cummings, Fraser Gordon, Enrique Frutos-Myro, Sam McFadzean, Andy Brown, and Alan Craven</p>