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Chemical Thermodynamics of Nickel

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Description:

In order to quantitatively predict the chemical reactions that hazardous materials may undergo in the environment, it is necessary to know the relative stabilities of the compounds and complexes that may be found under certain conditions. This type of calculations may be done using consistent chemical thermodynamic data, such as those contained in this book for inorganic compounds and complexes of nickel. * Fully detailed authoritative critical review of literature. * Integrated into a comprehensive and consistent database for waste management applications. * CD ROM version.
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Book details

List price: $250.00
Copyright year: 2005
Publisher: Elsevier Science & Technology
Publication date: 4/8/2005
Binding: Hardcover
Pages: 648
Size: 6.50" wide x 9.45" long x 1.25" tall
Weight: 2.838
Language: English

Preface
Acknowledgement
Note from the chairman of the NEA TDB Project Phase II
Editor's note
Introductory material
Introduction
Background
Focus of the review
Review procedure and results
Standards, Conventions, and Contents of the Tables
Symbols, terminology and nomenclature
Abbreviations
Symbols and terminology
Chemical formulae and nomenclature
Phase designators
Processes
Equilibrium constants
Protonation of a ligand
Formation of metal ion complexes
Solubility constants
Equilibria involving the addition of a gaseous ligand
Redox equilibria
pH
Order of formulae
Reference codes
Units and conversion factors
Standard and reference conditions
Standard state
Standard state pressure
Reference temperature
Fundamental physical constants
Uncertainty estimates
The NEA-TDB system
Presentation of the selected data
Tables of selected data
Selected Nickel Data
Selected Auxiliary Data
Discussion of data selection
Discussion of Data Selection for Nickel
Elemental nickel
Nickel gas
Nickel crystal
Nickel liquid
Simple nickel aqua ions
Ni[superscript 2+]
Gibbs energy of formation of Ni[superscript 2+]
Temperature coefficient of the standard electrode potential Ni[superscript 2+ vertical bar]Ni
Enthalpy of formation of Ni[superscript 2+]
Partial molar entropy of Ni[superscript 2+]
NiSO[subscript 4 middle dot 7H subscript 2]O(cr) cycle
NiCl[subscript 2 middle dot 6H subscript 2]O(cr) cycle
Entropy of Ni[superscript 2+] from its [Delta subscript f]G[superscript o subscript m] and [Delta subscript f]H[superscript o subscript m]
Heat capacity of Ni[superscript 2+]
Other oxidation states
Ni[superscript 3+]
Oxygen and hydrogen compounds and complexes
Aqueous nickel(II) hydroxo complexes
Hydroxo complexes in acidic or neutral solutions
Hydroxo complexes in alkaline solutions
Solid nickel oxides and hydroxides
Ni(II) oxide
Solubility measurements
Ni(II) hydroxides, Ni(OH)[subscript 2](cr)
Crystallography and mineralogy of nickel hydroxide
[beta]-Ni(OH)[subscript 2]
[alpha]-Ni(OH)[subscript 2]
Heat capacity and entropy of Ni(OH)[subscript 2](cr)
Thermodynamic analysis of solubility data of Ni(OH)[subscript 2](s)
Ni(III, IV) hydroxides
[beta]-NiOOH
[gamma]-NiOOH
Group 17 (halogen) compounds and complexes
Nickel halide compounds
Solid nickel fluoride, NiF[subscript 2](cr)
Enthalpy of formation of NiF[subscript 2](cr)
Solid nickel chloride, NiCl[subscript 2](cr)
Low-temperature heat capacity and entropy of NiCl[subscript 2](cr)
The high-temperature heat capacity of NiCl[subscript 2](cr)
Enthalpy of formation of NiCl[subscript 2](cr)
Gibbs energy of formation of NiCl[subscript 2](cr)
Hydrated NiCl[subscript 2] solids
Gibbs energy of formation of NiCl[subscript 2 middle dot 6H subscript 2]O
Enthalpy of formation of NiCl[subscript 2 middle dot 6H subscript 2]O
The entropy and heat capacity of NiCl[subscript 2 middle dot 6H subscript 2]O(cr)
Gibbs energy and enthalpy of formation of nickel chloride tetrahydrate
The entropy and heat capacity of nickel chloride dihydrate
Gibbs energy and enthalpy of formation of nickel chloride dihydrate
Solid nickel bromide, NiBr[subscript 2](cr)
Low-temperature heat capacity and entropy of NiBr[subscript 2](cr)
The high-temperature heat capacity of NiBr[subscript 2](cr)
Enthalpy of formation of NiBr[subscript 2](cr)
Hydrated solid, NiBr[subscript 2 middle dot xH subscript 2]O
Solid nickel iodide, NiI[subscript 2](cr)
Entropy of NiI[subscript 2](cr)
Heat capacity of NiI[subscript 2](cr)
Enthalpy of formation of NiI[subscript 2](cr)
Solid nickel iodate compounds
Aqueous nickel halide complexes
Introduction
Solution structural studies
Aqueous Ni(II) - fluoro complexes
Aqueous Ni(II) - chloro complexes
Aqueous Ni(II) - bromo complexes
Determination of the Ni[superscript 2+] - Br[superscript -] ion interaction coefficient
Aqueous Ni(II) - iodine complexes
Aqueous Ni(II) - iodo complexes
Determination of the Ni[superscript 2+] - ClO[superscript - subscript 4] ion interaction coefficient
Group 16 (chalcogen) compounds and complexes
Sulphur compounds and complexes
Nickel sulphides
Solid nickel sulphides
Crystallography and mineralogy of nickel sulphides
Heazlewoodite, Ni[subscript 3]S[subscript 2](cr)
[alpha]-Ni[subscript 7]S[subscript 6]
Pentlandite, (Fe, Ni)[subscript 9]S[subscript 8](cr)
Godlevskite, Ni[subscript 9]S[subscript 8](cr)
Millerite, [beta]-NiS
Polydymite, Ni[subscript 3]S[subscript 4](cr)
Vaesite, NiS[subscript 2](cr)
Ni - S phase diagram
Ni - S melt
[beta subscript 1]-Ni[subscript 3]S[subscript 2] and [beta subscript 2]-Ni[subscript 4]S[subscript 3]
Ni[subscript 3]S[subscript 2](cr) (heazlewoodite)
Ni[subscript 7]S[subscript 6](cr) and Ni[subscript 9]S[subscript 8](cr)
NiS([alpha]) and NiS([beta])
NiS[subscript 2](cr), vaesite
Ni[subscript 3]S[subscript 4](cr), polydymite
Ni[subscript 4.5]Fe[subscript 4.5]S[subscript 8](cr), pentlandite
Discussion of selected thermodynamic properties of nickel sulphides
Solubility of NiS(s) and aqueous nickel hydrogen sulphido species
Nickel sulphates
Aqueous nickel (II) sulphato complexes
Enthalpy of formation of NiSO[subscript 4](aq)
Heat capacity values
Solid nickel sulphates
NiSO[subscript 4 middle dot 7H subscript 2]O(cr)
[alpha]-NiSO[subscript 4 middle dot 6H subscript 2]O
Other hydrated nickel sulphate solids
NiSO[subscript 4](cr)
Selenium compounds and complexes
Tellurium compounds and complexes
Nickel tellurides
NiTe[subscript 0.775]([gamma subscript 1])
NiTe[subscript 0.85]([gamma subscript 2])
Group 15 compounds and complexes
Nitrogen compounds and complexes
Solid nickel nitrates
Ni(NO[subscript 3])[subscript 2] [middle dot] 9H[subscript 2]O(cr)
Ni(NO[subscript 3])[subscript 2] [middle dot] 6H[subscript 2]O(cr)
Ni(NO[subscript 3])[subscript 2] [middle dot] 4H[subscript 2]O(cr), Ni(NO[subscript 3])[subscript 2] [middle dot] 3H[subscript 2]O(cr), Ni(NO[subscript 3])[subscript 2] [middle dot] 2H[subscript 2]O(cr)
Ni(NO[subscript 3])[subscript 2](anhydrous)
Aqueous Ni(II)-nitrato complexes
Determination of the Ni[superscript 2+] - NO[superscript - subscript 3] ion interaction coefficient
Phosphorus compounds and complexes
Solid nickel phosphorus compounds
Nickel phosphides
Nickel phosphates
Aqueous nickel phosphorus species
Simple nickel phosphato complexes
Aqueous nickel diphosphato complexes
Arsenic compounds
Nickel arsenides
NiAs(cr)
Ni[subscript 11]As[subscript 8](cr)
Ni[subscript 5]As[subscript 2](cr)
NiAs[subscript 2](cr)
Nickel arsenates
Solid nickel arsenates
Aqueous nickel arsenato complexes
Nickel arsenites
Solid nickel arsenites
Group 14 compounds and complexes
Carbon compounds and complexes
Nickel carbonates
Solid nickel carbonates
NiCO[subscript 3](cr)
Crystallography and mineralogy of nickel carbonate
Heat capacity and entropy of NiCO[subscript 3](cr)
Thermodynamic analysis of solubility data on gaspeite
NiCO[subscript 3 middle dot 5.5H subscript 2]O(cr)
Crystallography and mineralogy of nickel carbonate hydrate
Heat capacity and entropy of NiCO[subscript 3 middle dot 5.5H subscript 2]O(cr)
Thermodynamic analysis of solubility data on hellyerite
Aqueous nickel carbonato complexes
Nickel cyanides
Aqueous Ni(II) cyano complexes
Complexes in neutral and alkaline solution
Protonated complexes
Nickel thiocyanates
Aqueous nickel thiocyanato complexes
Silicon compounds and complexes
Solid nickel silicates
Nickel orthosilicate Ni[subscript 2]SiO[subscript 4](cr)
Crystal structure and phase transitions
Crystallography and mineralogy of nickel orthosilicate
Heat capacity and standard entropy
Enthalpy of formation
Gibbs energy of formation
Germanium compounds and complexes
Solid nickel germanates
Nickel orthogermanate Ni[subscript 2]GeO[subscript 4](cr)
Crystal structure of nickel orthogermanate
Enthalpy of formation from NiO(cr) and GeO[subscript 2](cr)
Group 13 compounds and complexes
Boron compounds and complexes
Solid nickel borates
Crystal structure
Thermodynamic data for NiO[middle dot]2B[subscript 2]O[subscript 3](s)
Solubility of Ni(BO[subscript 2])[subscript 2] [middle dot] 4H[subscript 2]O(s)
Aqueous nickel borato complexes
Discussion of Auxiliary Data Selection
Group 15 auxiliary species
Additional consistent auxiliary data for As compounds
Other auxiliary species
Auxiliary data for KCl(cr), KBr(cr) and KI(cr)
Appendices
Discussion of selected references
Ionic strength corrections
The specific ion interaction equations
Background
Ionic strength corrections at temperatures other than 298.15 K
Estimation of ion interaction coefficients
Estimation from mean activity coefficient data
Estimations based on experimental values of equilibrium constants at different ionic strengths
On the magnitude of ion interaction coefficients
Ion interaction coefficients versus equilibrium constants for ion pairs
Tables of ion interaction coefficients
Assigned uncertainties
The general problem
Uncertainty estimates in the selected thermodynamic data
One source datum
Two or more independent source data
Discrepancies
Several data at different ionic strengths
Discrepancies or insufficient number of data points
Procedures for data handling
Correction to zero ionic strength
Propagation of errors
Rounding
Significant digits
Bibliography
List of authors