Thermodynamic Properties of Compounds, HgS to NiI2

Chapter Concepts

Substances / Molecular Formulas	β-Mercuric sulfide; Almaden; Antistrumin; Asmofug E; C.I. 77766; C.I. Pigment Red 106; Ceoiodin; Chinese Vermilion; Diindium Diiodide gas; Dilithium Diiodide gas; Dimercury Diiodide; Dimercury Monosulphate; Dipotassium Diiodide gas; Ethiops mineral; Hg₂I₂; Hg₂O₄S; Hg₂SO₄; HgS; Ho₂O₃; HoO; HoO <g>; Holmium Monoxide gas; Holmium Oxide; Holmium oxide (Ho2O3); Holmium(III) oxide; Holmium(III)-oxid; I₂In; I₂In₂; I₂Ir; I₂K₂; I₂Li₂; I₂Mg; I₂Mn; I₂Mo; I₂Na₂; I₂Nb; I₂Ni; IIn; IIr; IK; IK (potassium iodide); ILi; IMg; IMn; IMo; INO; INa; INa (sodium iodide); INi; IO; IO₃; IO₃ <g>; IOPu; IPb; IRb; ISi; ISn; ISr; IT; ITh; ITi; ITl; IW; IZn; IZr; In₂I₂ <g>; InI; InI₂; Indium Diiodide; Indium iodide (InI); Indium iodide (InI2); Indium monoiodide; Indium(I) iodide; Indium(I)-iodid; Indium(I)-iodid wasserfrei; Iodine Trioxide gas; Iodine monoxide; Iodkalium; Iodnatrium; Ioduril; IrI; IrI₂; Iridium Diiodide; Iridium Monoiodide; Jodid sodny; Jodkali; Jodkalium; K1-N; K₂I₂ <g>; KI; Kaiod; Kali iodide; Kaliumiodid; Kaliumjodid; Knollide; Lead Monoiodide gas; Li₂I₂ <g>; LiI; LiJ; Lithium iodide (LiI); Lithium iodide anhydrous; Lithium iodide, anhydrous; Lithium monoiodide; Lithiumiodid; Lithiumiodid wasserfrei; Lithiumjodid; Lithiumjodid, wasserfrei; Magnesium Iodide; Magnesium Monoiodide; Magnesium diiodide; Magnesium iodide (MgI2); Magnesiumiodid; Mangan(II)-iodid; Mangan(II)-iodid wasserfrei; Mangan(II)-jodid; Manganese (II) iodide anhydrous; Manganese Diiodide; Manganese Monoiodide gas; Manganese iodide (MnI2); Manganese(II) iodide; Manganese(II) iodide anhydrous; Manganese(II) iodide, anhydrous; Mercuric Sulfide, Black; Mercuric sulfide; Mercuric sulfide red; Mercurous iodide; Mercury (II) sulfide Black; Mercury (II) sulfide Red; Mercury Monosulphide; Mercury iodide (Hg2I2); Mercury monosulfide; Mercury protoiodide; Mercury sulfate (Hg2SO4); Mercury sulfide; Mercury sulphide; Mercury sulphide, natural; Mercury(2+) sulfide; Mercury(I) sulfate; Mercury(II) sulfide; Mercury(II) sulfide Black; Mercury(II) sulfide Red; Mercury(II) sulfide, black; Mercury(II) sulfide, red; MgI; MgI₂; MnI <g>; MnI₂; MoI <g>; MoI₂; Molybdenum Diiodide; Molybdenum Monoiodide gas; Monomercury sulfide; N I O <g>; Na₂I₂ <g>; NaI; Natriumiodid; Natriumjodid; Natriumjodid, wasserfrei; NbI₂ <g>; NiI <g>; NiI₂; Nickel Monoiodide gas; Nickel diiodide; Nickel iodide (NiI2); Nickel iodide, anhydrous; Nickel(II) iodide; Nickel(II) iodide, anhydrous; Niobium Diiodide gas; Nitrogen Monoiodide Monoxide gas; Orange Vermilion; PbI <g>; Pherajod; Pigment Red 106; Plutonium Monoiodide Monoxide; Potassium iodide (KI); Potassium monoiodide; PuOI; Pure English (Quicksilver) Vermilion; Quecksilber (II) sulfid; Quecksilber(I)-iodid; Quecksilber(I)-sulfat; Quecksilber(I)iodid; Quecksilber(I)iodid (Hg2I2); Quecksilber(II)-sulfid; Quecksilber(II)-sulfid rot; Quecksilber(II)-sulfid, rot; Quecksilber(II)sulfid; RbI; Red Cinnabar; Red Mercury Sulphide; Red mercuric sulfide; Rubidium iodide (RbI); Rubidium monoiodide; Rubidiumiodid; Rubidiumjodid; Scarlet Vermilion; Schwefelsäure Diquecksilber(I)-Salz; SiI; Silicon Monoiodide; SnI <g>; Sodium Diiodide gas; Sodium iodide (NaI); Sodium iodide, anhydrous; Sodium monoiodide; Soiodin; Sulfuric acid, dimercury(1+) salt; Syu; T I; ThI <g>; Thallium iodide; Thallium iodide (Tl2I2); Thallium iodide (TlI); Thallium iodide (TlI), dimer; Thallium iodide, TlI; Thallium(1+) iodide; Thallium(I) iodide; Thallium(I)-iodid; Thallium(I)iodid; Thallium-I-jodid; Thalliumjodid; Thallous iodide; Thorium Monoiodide gas; TiI; Tin Monoiodide gas; Titanium monoiodide; TlI; Tritium Iodide; Tungsten Monoiodide gas; Vermilion; WI <g>; Yellow mercury iodide; Zinc Monoiodide gas; Zinnober; Zirconium Monoiodide gas; ZnI <g>; ZrI <g>; cinnabar; diholmium trioxide; dimercury sulfate; dimercury sulphate; holmium (III) oxide; indium (I) iodide; indium (I,III) iodide; indium iodide; lithium (I) iodide; lithium iodide; magnesium (II) iodide; manganese (II) iodide; manganese iodide; mercuric sulphide; mercurous sulfate; mercury (I) iodide; mercury (II) sulfide; mercury (II) sulphide; mercury(II) sulfide; mercury(II) sulphide; molybdenum (II) iodide; nickel (II) iodide; nickel iodide; potassium (I) iodide; potassium iodide; rubidium iodide; sodium (I) iodide; sodium iodide; thallium (I) iodide; thallium (I) iodide (rhombic); thallium monoiodide
Element Systems	Hg-I; Hg-O-S; Hg-S; Ho-O; I-In; I-Ir; I-K; I-Li; I-Mg; I-Mn; I-Mo; I-N-O; I-Na; I-Nb; I-Ni; I-O; I-O-Pu; I-Pb; I-Rb; I-Si; I-Sn; I-Sr; I-T; I-Th; I-Ti; I-Tl; I-W; I-Zn; I-Zr
CAS Registry Numbers	10377-51-2; 10377-58-9; 11089-41-1; 12055-62-8; 12378-94-8; 1344-48-5; 13462-90-3; 13779-78-7; 13966-94-4; 14055-74-4; 14696-98-1; 15385-57-6; 28367-49-9; 39448-53-8; 59216-97-6; 59216-98-7; 59216-99-8; 61349-42-6; 7681-11-0; 7681-82-5; 7783-36-0; 7790-29-6; 7790-30-9; 7790-33-2
Properties	Gibbs energy; Gibbs formation energy; enthalpy; entropy; formation enthalpy; formation entropy; heat capacity; temperature; transition enthalpy; transition entropy

Source

Title	Thermodynamic Properties of Compounds, HgS to NiI2
Author
Part of	Landolt-Börnstein - Group IV Physical Chemistry
	Numerical Data and Functional Relationships in Science and Technology
Volume	19A4: Pure Substances. Part 4 _ Compounds from HgH_g to ZnTe_g
Chapter-DOI	10.1007/10688868_6
Book-DOI	10.1007/b71435 (Volume in Bookshelf)

Cite as

RIS-Export	Collaboration: Scientific Group Thermodata Europe (SGTE): Thermodynamic Properties of Compounds, HgS to NiI2. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10688868_6

Abstract

	This document is part of Subvolume A4 ‘Pure Substances. Part 4 _ Compounds from HgH_g to ZnTe_g’ of Volume 19 ‘Thermodynamic Properties of Inorganic Materials’ of Landolt-Börnstein - Group IV Physical Chemistry.

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