98 results on '"Read, F.H."'
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2. The charge‐tube method for space‐charge simulations
3. Computer simulations of hexapole aberration correctors
4. Possibilities for graphene for field emission: modeling studies using the BEM
5. Field enhancement factors of random arrays of carbon nanotubes
6. The parallel cylindrical mirror analyzer: axis-to-axis configuration
7. Monte-Carlo calculation of Boersch energy spreading
8. Computational simulation of an electrostatic aberration corrector for a low-voltage scanning electron microscope
9. Field enhancement factors of one-dimensional and two-dimensional arrays of nanotubes
10. The contributions of stochastic coulomb interactions and collective space-charge field aberrations to spatial spreading in charged particle projection systems
11. Spin–orbit selective measurements of photoelectron angular distributions across the H 3Π u ( ν=6) resonance in molecular oxygen
12. Aberrations caused by mechanical misalignments in electrostatic quadrupole lens systems
13. Minimisation of the aberrations of electrostatic lens systems composed of quadrupole and octupole lenses
14. The Science Case for 4GLS
15. Spin–orbit selective measurements of photoelectron angular distributions across the H 3Πu (ν=6) resonance in molecular oxygen
16. The charge‐tube method for space‐charge simulations
17. Comparison of FDM, FEM and BEM for electrostatic charged particle optics
18. Short- and long-range penetration of fields and potentials through meshes, grids or gauzes
19. Improved Extrapolation Technique in the Boundary Element Method to Find the Capacitances of the Unit Square and Cube
20. Ultimate numerical accuracy of the surface charge method for electrostatics
21. Reduction of energy non-linearity of hemispherical deflection analyzers when used with multidetectors
22. Aberrations of an electrostatic three-cylinder system used to simultaneously focus and deflect charged particles
23. Defocussing of charged particle beams transmitted through meshes
24. Lens first-order transfer matrices incorporating third-order aberrations
25. Penetration of electrostatic fields and potentials through meshes, grids, or gauzes
26. Aberrations due to localized potential defects (patch fields) on apertures
27. Production and optical properties of an unscreened but localized magnetic field.
28. Crossed aperture lenses for the correction of chromatic and aperture aberrations.
29. A study of resonance structures in elastic electron scattering by carbon monoxide and molecular nitrogen in the backward direction
30. Edgeways electrostatic deflectors with reduced aberrations
31. The optimization of electrostatic energy selection systems for low energy electrons
32. 2π Electron Spectrometer for Multi-Photon Ionization Studies
33. The use of electron impact dissociation and the photon-photon cascade technique to measure the lifetime of the B2Σ+ state of CN
34. Observation of inner-shell triplet states of CO2 and N2O and of inner-shell fine structure in Kr and Xe
35. Lifetime measurements by an electron photon coincidence method
36. An electron-photon coincidence method for measuring atomic and molecular lifetimes
37. New applications of the least-squares method: Unbound states of helium and asymptotically correct bound states
38. The C13 (d,p) C14 reaction
39. Measured lifetimes of the first seven vibrational levels of the A 1Π state of CO
40. The O16 (t, pγ)O18 reaction
41. Electron impact studies of autoionizing states in neon and helium
42. Predicted angular distribution for resonant scattering of electrons by molecules
43. Some Be9(d, pγ)Be10 angular correlation measurements off the stripping peak
44. Broadening of resonance profiles
45. Grid-controlled 100-kV electron-beam source for SCALPEL [lithography]
46. Grid-controlled 100-kV electron-beam source for SCALPEL [lithography].
47. Iron-cored coil system for the measurement of angular distributions of charged particles.
48. The use of electron impact dissociation and the photon-photon cascade technique to measure the lifetime of the B2Σ + state of CN
49. Observation of inner-shell triplet states of CO 2 and N 2O and of inner-shell fine structure in Kr and Xe
50. The O 16 (t, pγ)O 18 reaction
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