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2017年間ランキング

【HB】丸善日本橋店×hontoブックツリー ~12人の賢者に学ぶ!~日本橋ビジネススクール(~1/13)

目次

アトキンス物理化学問題の解き方 学生版 英語版 第10版

アトキンス物理化学問題の解き方 学生版 英語版 第10版

  • Charles Trapp(著)/ Marshall Cady(著)/ Carmen Giunta(著)
  • Foundations
    • A Matter
    • B Energy
    • C Waves
    • Integrated activities
  • 1.The properties of gases
    • 1A The perfect gas
    • 1B The kinetic model
    • 1C Real gases
  • 2.The First Law
    • 2A Internal energy
    • 2B Enthalpy
    • 2C Thermochemistry
    • 2D State functions and exact differentials
    • 2E Adiabatic changes
    • Integrated activities
  • 3.The Second and Third Laws
    • 3A Entropy
    • 3B The measurement of entropy
    • 3C Concentrating on the system
    • 3D Combining the First and Second Laws
    • Integrated activities
  • 4.Physical transformations of pure substances
    • 4A Phase diagrams of pure substances
    • 4B Thermodynamic aspects of phase transitions
    • Integrated activities
  • 5.Simple mixtures
    • 5A The thermodynamic description of mixtures
    • 5B The properties of solutions
    • 5C Phase diagrams of binary systems
    • 5D Phase diagrams of ternary systems
    • 5E Activities
    • 5F The activities of ions
    • Integrated activities
  • 6.Chemical equilibrium
    • 6A The equilibrium constant
    • 6B The response of equilibria to the conditions
    • 6C Electrochemical cells
    • 6D Electrode potentials
    • Integrated activities
  • 7.Introduction to quantum theory
    • 7A The origins of quantum mechanics
    • 7B Dynamics of microscopic systems
    • 7C The principles of quantum theory
    • Integrated activities
  • 8.The quantum theory of motion
    • 8A Translation
    • 8B Vibrational motion
    • 8C Rotational motion
    • Integrated activities
  • 9.Atomic structure and spectra
    • 9A Hydrogenic atoms
    • 9B Many‐electron atoms
    • 9C Atomic spectra
    • Integrated activities
  • 10.Molecular structure
    • 10A Valence‐bond theory
    • 10B Principles of molecular orbital theory
    • 10C Homonuclear diatomic molecules
    • 10D Heteronuclear diatomic molecules
    • 10E Polyatomic molecules
    • Integrated activities
  • 11.Molecular symmetry
    • 11A Symmetry elements
    • 11B Group theory
    • 11C Applications of symmetry
  • 12.Rotational and vibrational spectra
    • 12A General features of molecular spectroscopy
    • 12B Molecular rotation
    • 12C Rotational spectroscopy
    • 12D Vibrational spectroscopy of diatomic molecules
    • 12E Vibrational spectroscopy of polyatomic molecules
    • Integrated activities
  • 13.Electronic transitions
    • 13A Electronic spectra
    • 13B Decay of excited states
    • 13C Lasers
    • Integrated activities
  • 14.Magnetic resonance
    • 14A General principles
    • 14B Features of NMR spectra
    • 14C Pulse techniques in NMR
    • 14D Electron paramagnetic resonance
    • Integrated activities
  • 15.Statistical thermodynamics
    • 15A The Boltzmann distribution
    • 15B Molecular partition functions
    • 15C Molecular energies
    • 15D The canonical ensemble
    • 15E The internal energy and the entropy
    • 15F Derived functions
    • Integrated activities
  • 16.Molecular interactions
    • 16A Electric properties of molecules
    • 16B Interactions between molecules
    • 16C Liquids
    • Integrated activities
  • 17.Macromolecules and self‐assembly
    • 17A The structures of macromolecules
    • 17B Properties of macromolecules
    • 17C Self‐assembly
    • 17D Determination of size and shape
    • Integrated activities
  • 18.Solids
    • 18A Crystal structure
    • 18B Bonding in solids
    • 18C Mechanical,electrical,and magnetic properties of solids
    • 18D The optical properties of solids
    • Integrated activities
  • 19.Molecules in motion
    • 19A Transport properties of a perfect gas
    • 19B Motion in liquids
    • 19C Diffusion
    • Integrated activities
  • 20.Chemical kinetics
    • 20A The rates of chemical reactions
    • 20B Integrated rate laws
    • 20C Reactions approaching equilibrium
    • 20D The Arrhenius equation
    • 20E Reaction mechanisms
    • 20F Examples of reaction mechanisms
    • 20G Photochemistry
    • 20H Enzymes
    • Integrated activities
  • 21.Reaction dynamics
    • 21A Collision theory
    • 21B Diffusion‐controlled reactions
    • 21C Transition‐state theory
    • 21D The dymanics of molecular collisions
    • 21E Electron transfer in homogeneous systems
    • 21F Processes at electrodes
    • Integrated activities
  • 22.Processes on solid surfaces
    • 22A An introduction to solid surfaces
    • 22B Adsorption and desorption
    • 22C Heterogeneous catalysis
    • Integrated activities