Abstract
The relativistic augmented-plane-wave method developed in the first paper of this series has been applied to tungsten. Relativistic effects on the energy bands and the Fermi surface are presented. The angular dependence of de Haas---van Alphen frequencies, as well as other experimental results, are determined from the theoretical Fermi surface. A comparison with experimental results supports the general conclusion that relativistic effects reduced the size of the Fermi surface of tungsten.
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