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Concise physical chemistry/ (Record no. 175877)

MARC details
000 -LEADER
fixed length control field	02149cam a22002774a 4500
020 ## - INTERNATIONAL STANDARD BOOK NUMBER
International Standard Book Number	9780470522646
020 ## - INTERNATIONAL STANDARD BOOK NUMBER
International Standard Book Number	047052264X
040 ## - CATALOGING SOURCE
Transcribing agency	CUS
082 00 - DEWEY DECIMAL CLASSIFICATION NUMBER
Classification number	541
Item number	ROG/C
100 1# - MAIN ENTRY--PERSONAL NAME
Personal name	Rogers, Donald W.
245 10 - TITLE STATEMENT
Title	Concise physical chemistry/
Statement of responsibility, etc.	Donald W. Rogers.
260 ## - PUBLICATION, DISTRIBUTION, ETC. (IMPRINT)
Place of publication, distribution, etc.	Hoboken, N.J. :
Name of publisher, distributor, etc.	Wiley,
Date of publication, distribution, etc.	c2011.
300 ## - PHYSICAL DESCRIPTION
Extent	xxiv, 378 p. :
Other physical details	ill. ;
Dimensions	24 cm.
504 ## - BIBLIOGRAPHY, ETC. NOTE
Bibliography, etc	Includes bibliographical references and index.
505 ## - FORMATTED CONTENTS NOTE
Formatted contents note	1. Ideal gas laws --<br/>Empirical gas laws --<br/>The mole --<br/>Equations of state --<br/>Dalton's Law --<br/>Partial pressures --<br/>Extensive and intensive variables --<br/>Graham's Law of Effusion --<br/>Molecular weight determination --<br/>The Maxwell-Boltzmann Distribution --<br/>Boltzmann's constant --<br/>The Gaussian probability density distribution --<br/>Probability density of molecular velocities in a spherical velocity space --<br/>2. The Real gases : empirical equations --<br/>The van der Waals Equation --<br/>The Virial Equation : a parametric curve fit --<br/>The compressibility factor --<br/>The critical temperature --<br/>Reduced variables --<br/>The Law of Corresponding States --<br/>Boyle's Law plot for an ideal gas --<br/>3. The thermodynamics of simple systems --<br/>Conservation laws and exact differentials --<br/>The reciprocity relationship --<br/>Thermodynamic cycles --<br/>Line integrals in general --<br/>Pythagorean approximation to the short arc of a curve --<br/>Thermodynamic states and systems --<br/>State functions --<br/>Reversible processes and path independence --<br/>Heat capacity --<br/>Energy and enthalpy --<br/>The Joule and Joule-Thompson experiments --<br/>The heat capacity of an ideal gas --<br/>Adiabatic work --<br/>4. Thermochemistry --<br/>Calorimetry --<br/>energies and enthalpies of formation --<br/>Standard states --<br/>Molecular enthalpies of formation --<br/>Enthalpies of reaction --<br/>Group additivity --<br/>The Schrödinger Equation --<br/>Differential scanning calorimetry --<br/>5. Entropy and the second law --<br/>Heat death and time's arrow --<br/>The reaction coordinate --<br/>Disorder --<br/>Entropy changes --<br/>Heating --<br/>Expansion --<br/>Heating and expansion --<br/>Spontaneous processes --<br/>Mixing --<br/>Heat transfer --<br/>Chemical reactions --<br/>The Third Law --<br/>6. The Gibbs free energy --<br/>Combining enthalpy and entropy --<br/>Free energies of formation --<br/>Some fundamental thermodynamic identities --<br/>The free energy of reaction --<br/>Pressure dependence of the chemical potential --<br/>The temperature dependence of the free energy --<br/>7. Equilibrium --<br/>The Equilibrium Constant --<br/>Fugacity and activity --<br/>Variation of the equilibrium constant with temperature --<br/>The van't Hoff Equation --<br/>LeChatelier's Principle --<br/>Computational thermochemistry --<br/>Chemical potential : nonideal systems --<br/>Free energy and equilibria in biochemical systems --<br/>Making ATP, the cell's power supply --<br/>8. A statistical approach to thermodynamics --<br/>Degeneracy and equilibrium --<br/>Gibbs free energy and the partition function --<br/>Entropy and probability --<br/>The thermodynamic functions --<br/>Partition function --<br/>The equilibrium constant : a statistical approach --<br/>Computational statistical thermodynamics --<br/>9. The phase rule --<br/>Components, phases, and degrees of freedom --<br/>The Clausius-Clapeyron Equation --<br/>Partial molar volume --<br/>The Gibbs Phase Rule --<br/>Compound phase diagrams --<br/>Ternary phase diagrams --<br/>10. Chemical kinetics --<br/>First-order kinetic rate laws --<br/>First-order radioactive decay --<br/>Logarithmic decay of a radioactive element --<br/>Second-order reactions --<br/>The Laplace transform --<br/>Sequential reactions --<br/>Reversible reactions --<br/>Experimental determination the rate equation --<br/>Reaction mechanisms --<br/>The influence of temperature on rate --<br/>Collision theory --<br/>Computational kinetics. 11. Liquids and solids --<br/>Surface tension --<br/>Heat capacity of liquids and solids --<br/>Viscosity of liquids --<br/>Crystals --<br/>Bravais lattices --<br/>The Bravais Crystal Systems and Lattices --<br/>Covalent bond radii --<br/>Computational geometries --<br/>Lattice energies --<br/>12. Solution chemistry --<br/>The ideal solution --<br/>Raoult's Law --<br/>Concentration units --<br/>Real solutions --<br/>Henry's Law --<br/>vapor pressure --<br/>Boiling point elevation --<br/>Osmotic pressure --<br/>Colligative properties --<br/>13. Coulometry and conductivity --<br/>Electrical potential --<br/>Membrane potentials --<br/>Resistivity, conductivity, and conductance --<br/>Molar conductivity --<br/>Kohlrausch's Law --<br/>Partial ionization : weak electrolytes --<br/>Ion mobilities --<br/>Faraday's Law --<br/>Mobility and conductance --<br/>The Hittorf Cell --<br/>Ion activities --<br/>14. Electrochemical cells --<br/>The Daniell Cell --<br/>Half-cells --<br/>Cell diagrams --<br/>Electrical work --<br/>The Nernst Equation --<br/>Concentration cells --<br/>Solubility and stability products --<br/>Mean ionic activity coefficients --<br/>The Calomel electrode --<br/>The Glass electrode --<br/>15. Early quantum theory : a summary --<br/>The Hydrogen spectrum --<br/>Schrödinger, Heisenber, and Born : an introduction, The Hamiltonian Operator --<br/>Molecular quantum chemistry --<br/>Heitler and London --<br/>Hartree and Fock --<br/>antisymmetry and determinantal wave functions --<br/>The Hartree Independent Electron Method --<br/>Atomic units --<br/>16. Wave mechanics of simple systems --<br/>Wave motion --<br/>Wave equations --<br/>Eigenvalues and eigenvectors --<br/>The Schrödinger Equation --<br/>Quantum mechanical systems --<br/>The Eigenfunction Postulate --<br/>The Hydrogen atom --<br/>Breaking degeneracy --<br/>Orthogonality and overlap --<br/>Many-electron atomic systems --<br/>17. The variational method : atoms --<br/>Secular determinant --<br/>Variational treatment for the Hydrogen atom : the energy spectrum --<br/>Helium --<br/>Spin --<br/>Bosons and fermions --<br/>Slater determinants --<br/>The Aufbau Principle --<br/>The SCF energies of first-row atoms and ions --<br/>Slater-type orbitals (STO) --<br/>Spin-orbit coupling --<br/>18. Experimental determination of molecular structure --<br/>The Harmonic Oscillator --<br/>The Hooke's Law potential well --<br/>Diatomic molecules --<br/>The quantum rigid rotor --<br/>Microwave spectroscopy : bond strength and bond length --<br/>Electronic spectra --<br/>Dipole moments --<br/>Nuclear magnetic resonance (NMR) --<br/>Electron spin resonance --<br/>19. Classical molecular modeling --<br/>Enthalpy : additive methods --<br/>Bond enthalpies --<br/>Structure --<br/>Geometry and enthalpy : molecular mechanics --<br/>Molecular modeling --<br/>The GUI --<br/>Finding thermodynamic properties --<br/>The outside world --<br/>Transition states --<br/>20. Quantum molecular modeling --<br/>The molecular variational method --<br/>The Hydrogen molecule ion --<br/>Higher molecular orbital calculations --<br/>Semiempirical methods --<br/>Ab Initio methods --<br/>The Gaussian Basis Set --<br/>Stored parameters --<br/>Molecular orbitals --<br/>Methane --<br/>Split valence basis sets --<br/>Polarized basis functions --<br/>Heteroatoms : Oxygen --<br/>Methanol --<br/>Post-Hartree-Fock calculations --<br/>Perturbation --<br/>Combined or scripted methods --<br/>Density Functional Theory (DFT) --<br/>21. Photochemistry and the theory of chemical reactions --<br/>Einstein's Law --<br/>Quantum yields --<br/>Lipid peroxidation --<br/>Ozone depletion --<br/>Bond Dissociation Energies (BDE) --<br/>Lasers --<br/>Isodesmic reactions --<br/>The Eyring Theory of Reaction Rates --<br/>The potential energy surface --<br/>The steady-state pseudo-equilibrium --<br/>entropies of activation --<br/>The structure of the activated complex.
650 #0 - SUBJECT
Keyword	Chemistry, Physical and theoretical
942 ## - ADDED ENTRY ELEMENTS (KOHA)
Koha item type	General Books

Holdings
Withdrawn status	Lost status	Damaged status	Not for loan	Home library	Current library	Shelving location	Date acquired	Full call number	Accession number	Date last seen	Date last checked out	Koha item type
				Central Library, Sikkim University	Central Library, Sikkim University	General Book Section	29/08/2016	541 ROG/C	P30874	04/02/2020	04/02/2020	General Books