Abstract
The discovery of extremly strong magnetic fields up to 10/sup 9/T in compact cosmic objects is responsible for a new chapter in quantum mechanics: ''Matter in extremly strong magnetic fields''. In the presence of such fields the Coulomb-binding-force is dominated by the Lorentz-force, the atoms are strongly deformed to nearly one-dimensional objects, and all properties are anisotropic. The dramatic influence of the magnetic field is demonstrated for the hydrogen atom.
Citation Formats
Ruder, H, Herold, H, Roesner, W, and Wunner, G.
Atoms in extreme strong magnetic fields.
Germany: N. p.,
1983.
Web.
Ruder, H, Herold, H, Roesner, W, & Wunner, G.
Atoms in extreme strong magnetic fields.
Germany.
Ruder, H, Herold, H, Roesner, W, and Wunner, G.
1983.
"Atoms in extreme strong magnetic fields."
Germany.
@misc{etde_6961623,
title = {Atoms in extreme strong magnetic fields}
author = {Ruder, H, Herold, H, Roesner, W, and Wunner, G}
abstractNote = {The discovery of extremly strong magnetic fields up to 10/sup 9/T in compact cosmic objects is responsible for a new chapter in quantum mechanics: ''Matter in extremly strong magnetic fields''. In the presence of such fields the Coulomb-binding-force is dominated by the Lorentz-force, the atoms are strongly deformed to nearly one-dimensional objects, and all properties are anisotropic. The dramatic influence of the magnetic field is demonstrated for the hydrogen atom.}
journal = []
volume = {39:7}
place = {Germany}
year = {1983}
month = {Jul}
}
title = {Atoms in extreme strong magnetic fields}
author = {Ruder, H, Herold, H, Roesner, W, and Wunner, G}
abstractNote = {The discovery of extremly strong magnetic fields up to 10/sup 9/T in compact cosmic objects is responsible for a new chapter in quantum mechanics: ''Matter in extremly strong magnetic fields''. In the presence of such fields the Coulomb-binding-force is dominated by the Lorentz-force, the atoms are strongly deformed to nearly one-dimensional objects, and all properties are anisotropic. The dramatic influence of the magnetic field is demonstrated for the hydrogen atom.}
journal = []
volume = {39:7}
place = {Germany}
year = {1983}
month = {Jul}
}