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Element System


Np-O-S (Neptunium, Oxygen, Sulfur)

There are 3 compounds with this exact Element-System in the database.


NpOS
Crystallography, Structure and Morphology
 Sulfides with O2- as additional anion: Vol. III/7B3 IV.1.2.6:3093III/7b3
Magnetic Properties
 containing s- and p-electron elements: Figures 37-76: Vol. III/27b8 1.3.3.3.2. p.61III/27B8
 containing s- and p-electron elements: Survey: Vol. III/27b8 1.3.3.3.1. p.22III/27B8
 Introduction: Vol. III/27b8 1.3.3.1. p.3III/27B8
 containing s- and p-electron elements: Figures 37-76: Vol. III/27b8 1.3.3.3.2. p.57III/27B8
 containing s- and p-electron elements: Survey: Vol. III/27b8 1.3.3.3.1. p.23III/27B8
 containing s- and p-electron elements: Tables: Vol. III/27b8 1.3.3.3.2. p.168III/27B8

Np2O2S
Crystallography, Structure and Morphology
 Sulfides with O2- as additional anion: Vol. III/7B3 IV.1.2.6:3092III/7b3
Magnetic Properties
 containing s- and p-electron elements: Survey: Vol. III/27b8 1.3.3.3.1. p.31III/27B8
 containing s- and p-electron elements: Tables: Vol. III/27b8 1.3.3.3.2. p.156III/27B8

Np4O4S3
Magnetic Properties
 containing s- and p-electron elements: Survey: Vol. III/27b8 1.3.3.3.1. p.33III/27B8
 containing s- and p-electron elements: Tables: Vol. III/27b8 1.3.3.3.2. p.157III/27B8


References:
III/27B8
Short: III/27B8
Title: Magnetic Properties of Non-Metallic Inorganic Compounds Based on Transition Elements: Pnictides and Chalcogenides III: Ternary actinide pnictides and chalcogenides
Author: Kaczorowski, D.
Editor: Wijn, H.P.J.
Source: Landolt-Börnstein, New Series
Volume: III/27B8
Year: 2004
Keyword: magnetic susceptibilities; heat capacity; magnetization; neutron scattering; resistivity; structural data
ISBN: 3-540-42995-6
ISBN: 978-3-540-42995-1
Internet Resource: DOI:10.1007/b80676
RefComment: VIII, 391 p. 502 illus. with CD-ROM., Hardcover
RefComment: Written for scientists and researchers in the fields of physics and chemistry
Abstract: The magnetic properties of lanthanide and actinide pnictides and chalcogenides have been compiled in subvolume 27B. While subvolumes 27B1, 27B2, 27B3, 27B4 and 27B5 (already published) deal with lanthanide pnictides and lanthanide chalcogenides of different type,. the properties of actinide pnictides and chalcogenides are covered in subvolumes 27B6, 27B7 and 27B8. The present subvolume 27B8 deals with ternary actinide pnictides and chalcogenides.- Ternary actinide pnictides and chalcogenides form a large family of phases which exhibit a great variety of different stoichiometries, crystal structures and non-trivial physical properties. Their magnetism is complex due to similar order of magnitude of Coulomb, spin orbit, crystal field and exchange energies.
III/7b3
Short: III/7b3
Title: Crystal Structure Data of Inorganic Compounds: Key Elements: S, Se, Te
Author: Pies, W.; Weiss, A.
Editor: Hellwege, K.-H.; Hellwege, A.M.
Source: Landolt-Börnstein, New Series
Volume: III/7b3
Page: 1-435
Year: 1982
ISBN: 3-540-11622-2
ISBN: 978-3-540-11622-6
Internet Resource: DOI:10.1007/b90277
RefComment: 9 figs., XXVII, Hardcover
Abstract: Volume III/7 contains structure data on those compounds which contain at least one of the elements F, Cl, Br, I, O, N, and P and cannot be called "organic". The structure data of the remaining inorganic compounds and the elements are dealt with in volumes III/6 and III/14, while the organic compounds are treated in volumes III/5 and III/10. The systematic arrange-ment is based on the anions ordered according to "key elements", since this system allows the arrangement of the crystal structure data in such a way that both chemical and crystallographical relationships can be recognized. Structure data are compiled as completely as possible for all inorganic substances, where crystal structures have been examined by means of X-ray, neutron, and electron diffraction,and for which at least the lattice constants have been determined.


  File created on 2009/18/08 by LCI Publisher GmbH (Gaja Peters, Inga Thede, Volkmar Vill, Ron Zenczykowski)
  © 2009   Landolt Börnstein,   Springer-Verlag Berlin Heidelberg