P1: OSO
ind JWBS043-Rogers September 24, 2010 12:57 Printer Name: Yet to Come
INDEX 371Computed partition functions, 120
for molecular and atomic sodium, 120
Computer files, 273
Concentration cells, 225
Concentration units, 184
Conductance cell, 206
Conductance, 205, 211
Conductivity, 203, 205
Conservation laws, 35
exact differentials, 35
Conservtive systems, 238
Contracted Gaussian orbitals CTGO, 328
Conversion of a Liquid to Its Vapor Without
Boiling, 25
Copper electrode, 221
Correlation energy, 337
Corresponding states, 23, 27
Coulomb (unit), 224
Coulombs, 212
Coulometry, 203
Covalent bond radii, 176
Critical density, 26
Critical point, 25, 127
Critical temperature, 24
Cross term, 310
Crystal forces in MM, 312
Crystals, 170
CTGO, 328
Cubic (crystal) cell, 175
Cubic equation, 28, 29
Cubic real gas behavior, 34
Curve-fitting software, 21Dalton’s Law, 5
Daniell cell, 220
de Broglie, 235
Debye-Huckel law, 213
Degeneracy, 257
and equilibrium, 109
Degenerate two-level equilibrium, 110
Degree of dissociation, 208
Degree of ionization, 208
Degrees of freedom, 4, 124
Density functional theory (DFT), 338
Densityρcurves, 26
for liquid and gaseous oxygen, 26
Dependent variables, 4
Detailed balance, 152
Determinantal wave functions, 240Deviations from Raoult’s law, 185
Dewar, 323
Diatomic molecules, 290
Dielectric constant, 294
Dielectric, 294
Diethyl ether, 196
Different paths of transformations, 38
Differential scanning calorimetry, 66
Digression on “Space”, 9
Dipole moments, 294, 301, 303
Dipole, 294
Discontinuous energy levels, 8
Disorder, 74, 109, 183
Distortion polarization, 295
Distribution, 110
DSC, 66Early atomic theory, 235
Early quantum theory, 236
Ebullioscopic constant, 190
Effective molecular weight (molar mass), 28
Effective nuclear charge, 240
Effective quantum number, 282
Egyptian tomb, 163
Eigenfunction postulate, 252
Eigenvalues and eigenvectors, 250
Einstein, 247
Einstein’s law, 344
Electrical potential, 203, 204
Electrical work, 224
Electrochemical cells, 220
Electrochemical potential, 221
Electrolyte, 203
Electromagnetic spectrum, 235
Electron spin resonance, 299
Electronic promotion in alkenes, 293
Electronic spectra, 292
Empirical equations, 18
Empirical gas laws, 1
Energy and enthalpy, 44
Energy equations, 308, 309
Energy of formation, 57
indirect, 59
Engine, 72
Ensemble, 6, 7
Enthalpies of formation ofn-alkanes, 306
Enthalpies of reaction, 60
Enthalpy level diagram for an activated
complex, 157