Kaldis, E., Steinmann, B., Fritzler, B., Jilek, E. and Wisard, A. (1982) CeN: Phase Relationships and Enthalpies of Solution. In: McCarthy, G., Silber, H., Rhyne, J. and Kalina, F.M., Eds., The Rare Earths in Modern Science and Technology, Vol. 3, Plenum Publishing Corp., New York, 227-236.

has been cited by the following article:

• TITLE: Physical Properties of Some Stoichiometric Rare Earth Nitride Single Crystals

  AUTHORS: Peter Wachter

  KEYWORDS: Crystal Growth, Electrical Properties, XPS, BIS, Optical Properties, Magnetic Properties

  JOURNAL NAME: Advances in Materials Physics and Chemistry, Vol.5 No.3, March 10, 2015

  ABSTRACT: The preparation and definition of large (3 - 5 mm edge length) single crystals of ScN, GdN, TbN, HoN, YbN and CeN is described. The Hall effect and the electrical conductivity are found to be metallic. The optical reflectivity between 30 meV (sometimes 1 meV) and 13 eV has been measured and the dielectric functions have been obtained. A plasma edge in the infrared confirms the metallic character. In GdN, a shift of this plasma edge with temperature through the magnetic ordering temperature has been observed as a new effect. GdN is in low magnetic fields antiferromagnetic, but becomes ferromagnetic in larger fields. The band structure is discussed. The magnetic exchange interactions have been derived. HoN in the relevant crystal directions has a spontaneous magnetic moment, but no saturation in fields up to 10 T. CeN is intermediate valent and exhibits a Pauli paramagnetism. The specific heat is measured down to 0.3 K and an enhancedγ value is observed.