Atkins' physical chemistry / P.Atkins, J. de Paula. - 9th ed. - Oxford; New York: Oxford University Press, 2010. - xxxii, 972 p.: col. ill. - Ind.: p.959-972. - ISBN 978-0-19-954337-3  Место хранения:   054 | Международный томографический центр CO РАН | Новосибирск

Оглавление / Contents

Fundamentals .................................................... 1 Part 1 Equilibrium ............................................ 17 1 The properties of gases ..................................... 19 Mathematical background 1: Differentiation and integration ................................................. 42 2 The First Law ............................................... 44 Mathematical background 2: Multivariate calculus ............ 91 3 The Second Law .............................................. 94 4 Physical transformations of pure substances ................ 135 5 Simple mixtures ............................................ 156 6 Chemical equilibrium ....................................... 209 PART 2 Structure ............................................. 247 7 Quantum theory: introduction and principles ................ 249 Mathematical background 3: Complex numbers ................. 286 8 Quantum theory: techniques and applications ................ 288 Mathematical background 4: Differential equations .......... 322 9 Atomic structure and spectra ............................... 324 Mathematical background 5: Vectors ......................... 368 10 Molecular structure ........................................ 371 Mathematical background 6: Matrices ........................ 414 11 Molecular symmetry ......................................... 417 12 Molecular spectroscopy 1: rotational and vibrational spectra .................................................... 445 13 Molecular spectroscopy 2: electronic transitions ........... 489 14 Molecular spectroscopy 3: magnetic resonance ............... 520 15 Statistical thermodynamics 1: the concepts ................. 564 16 Statistical thermodynamics 2: applications ................. 592 17 Molecular interactions ..................................... 622 18 Materials 1: macromolecules and self-assembly .............. 659 19 Materials 2: solids 695 Mathematical background 7: Fourier series and Fourier transforms ...................... 740 PART 3 Change ................................................ 743 20 Molecules in motion ........................................ 745 21 The rates of chemical reactions ............................ 782 22 Reaction dynamics .......................................... 831 23 Catalysis .................................................. 876 Resource section .............................................. 909 Answers to exercises and problems ............................. 948 Index ......................................................... 959