Skip to main content
  • Book
  • © 2003

Z = 37-62

Editors:

  • Standard Reference Book with selected and easily retrievable data from the fields of physics and chemistry collected by acknowledged international scientists
  • Also available online: http://www.landolt-boernstein.com
  • Includes supplementary material: sn.pub/extras

This is a preview of subscription content, log in via an institution to check for access.

Table of contents (31 chapters)

  1. Front Matter

  2. Introduction for Chapters 4 and 5

    • V. V. Voronov, A. I. Vdovin, A. N. Storozhenko
    Pages 1-3
  3. 37-Rubidium

    • V. V. Voronov
    Pages 4002-4006
  4. 38-Strontium

    • V. V. Voronov
    Pages 4007-4020
  5. 39-Yttrium

    • V. V. Voronov
    Pages 4021-4027
  6. 40-Zirconium

    • V. V. Voronov
    Pages 4028-4047
  7. 41-Niobium

    • V. V. Voronov
    Pages 4048-4051
  8. 42-Molybdenum

    • V. V. Voronov
    Pages 4052-4068
  9. 43-Technetium

    • V. V. Voronov
    Pages 4069-4077
  10. 44-Ruthenium

    • V. V. Voronov
    Pages 4078-4093
  11. 45-Rhodium

    • V. V. Voronov
    Pages 4094-4099
  12. 46-Palladium

    • V. V. Voronov
    Pages 4100-4121
  13. 47-Silver

    • V. V. Voronov
    Pages 4122-4131
  14. 48-Cadmium

    • V. V. Voronov
    Pages 4132-4158
  15. 49-Indium

    • V. V. Voronov
    Pages 4159-4164
  16. References for chapter 4

    • V. V. Voronov
    Pages 4165-4165
  17. 50-Tin

    • A. I. Vdovin, A. N. Storozhenko
    Pages 5002-5030
  18. 51-Antimony

    • A. I. Vdovin, A. N. Storozhenko
    Pages 5031-5036

About this book

The last compilation of nuclear levels was published in the New Series of Landolt-Boernstein in Volume I/1 in 1961. Since that time an enormous amount of new experimental data has been collected and hence a new compilation, Volume I/18, has been conceived. The data are subdivided into various chapters according to the nuclear charge Z and distributed over three subvolumes. The present subvolume I/18B is covering nuclei with Z = 37 to Z = 62. For each nucleus an energy level diagram provides a schematic representation of the level structure, together with information on spin and parity, and excitation energy of the levels, as well as gamma-transitions between the levels. Mass excess, and separation energies for neutron and proton, are also given. Tables provide additional information on the properties of the individual levels, for instance, quadrupole and magnetic moment, beta and electron capture decays, reduced transition probabilties for gamma-decays, main nuclear reactions in which the level has been populated, etc.

Bibliographic Information