2021

• Viehland, Larry A.; Skullerud, Helge Redvald; Cordier, Michelle; Dashdorj, Jamiyanaa; Trout, Aaron. (2021) Motion of NO+ ions in uniform electrostatic fields in the rare gases. Journal of Physics B: Atomic, Molecular and Optical Physics
  Academic article

2017

• Skullerud, Helge Redvald. (2017) Developments in the kinetic theories of ion and electron swarms in the 1960s and 70s. Plasma Sources Science & Technology
  Academic literature review

2002

• Røeggen, Inge; Skullerud, Helge Redvald; Løvaas, Tore Høe; Dysthe, Dag Kristian. (2002) The Li+ _ H2 system in a rigid-rotor approximation: Potential energy surface and transport coefficients. Journal of Physics B: Atomic, Molecular and Optical Physics
  Academic article

1999

• Elford, Malcolm T.; Røeggen, Inge; Skullerud, Helge Redvald. (1999) Interaction potential and transport coefficients for Li+ ions in helium. Journal of Physics B: Atomic, Molecular and Optical Physics
  Academic article
• Stefansson, Thorarinn; Skullerud, Helge Redvald. (1999) Measurements of the ratio between the transverse diffusion coefficient and the mobility for argon ions in argon. Journal of Physics B: Atomic, Molecular and Optical Physics
  Academic article

1997

• England, J. P.; Skullerud, Helge Redvald. (1997) Boundary effects in the Townsend-Huxley experiment. Australian Journal of Physics
  Academic article

1988

• Larsen, Per-Harald; Skullerud, Helge Redvald; Løvaas, Tore Høe; Stefansson, Thorarinn. (1988) Transport coefficients and interaction potentials for lithium ions in helium and argon. Journal of Physics B: Atomic, Molecular and Optical Physics
  Academic article
• Stefansson, Thorarinn; Berge, Tor; Lausund, Rune; Skullerud, Helge Redvald. (1988) Measurements of transport coefficients for lithium ions in argon and helium ions in helium with a drift-tube mass spectrometer. Journal of Physics D: Applied Physics
  Academic article

1986

• Skullerud, Helge Redvald; Eide, T; Stefansson, Thorarinn. (1986) Transverse diffusion of lithium ions in helium. Journal of Physics D: Applied Physics
  Academic article