Spectroscopy: 3. Vacuum spectroscopy

  title={Spectroscopy: 3. Vacuum spectroscopy},
  author={R. W. B. Pearse},
  journal={Reports on Progress in Physics},
  • R. Pearse
  • Published 1937
  • Physics
  • Reports on Progress in Physics
2 Citations
The spectroscopy of highly ionised atoms
Spectroscopic investigations of the structure of highly ionised atoms have undergone significant developments in recent years. The experimental progress is largely due to the introduction of several
The Extreme Ultraviolet–Past and Future
The extreme ultraviolet is traced from Schumann’s beginning to the present day. Developments and progress since 1941 are discussed in detail. Progress in the spectroscopy of the sun and the stars


The Effect of Foreign Molecules on the Absorption Coefficient of Oxygen in the Schumann Region
The absorption coefficient of oxygen in the continuous band having a maximum at 1450A is not altered by the addition of 80 percent nitrogen at pressures less than 15 mm of mercury, the range covered
Mg I-Ähnliche Spektren der Elemente Titan bis Cobalt, Ti XI, V XII, Cr XIII, Mn XIV, Fe XV und Co XVI
ZusammenfassungIn den Vakuumfunkenspektren der Elemente Ti, V, Cr, Mn, Fe und Co werden im Gebiet 126 bis 47 å 15 bis 10 Linien für jedes Element als Kombinationen im Mg I-Ähnlichen Spektrum
The Far Ultraviolet Absorption Spectra and Ionization Potentials of the Alkyl Halides. Part II
The absorption spectra of the ethyl and higher halides have been examined in the region 2000–1000A. It has been found that they are essentially similar to those of the methyl halides. The ionization
The Far Ultraviolet Absorption Spectrum of N2O
The absorption spectrum of nitrous oxide below 2200A has been reinvestigated. Much new material has been found, particularly below 1550A, including some discrete systems of bands, and some continuous