| タイトルコード |
1000100481998 |
| 書誌種別 |
図書 |
| 書名 |
アトキンス物理化学問題の解き方 |
| 書名ヨミ |
アトキンス ブツリ カガク モンダイ ノ トキカタ |
|
学生版 |
| 版表示 |
第10版 |
| 言語区分 |
英語 |
| 著者名 |
Charles Trapp／[著]
Marshall Cady／[著]
Carmen Giunta／[著]
|
| 著者名ヨミ |
Charles Trapp Marshall Cady Carmen Giunta |
| 著者名原綴 |
Trapp Charles A. Cady Marshall P. Giunta Carmen |
| 出版地 |
東京 |
| 出版者 |
東京化学同人(発売)
|
| 出版年月 |
2017発売 |
| 本体価格 |
￥６０００ |
| ISBN |
978-4-8079-0910-0 |
| ISBN |
4-8079-0910-0 |
| 数量 |
6,735p |
| 大きさ |
25cm |
| 分類記号 |
431
|
| 件名 |
物理化学
|
| 内容紹介 |
「The properties of gases(ガスの特性)」「Molecular structure(分子構造)」など、「アトキンス物理化学」(第10版)の演習問題等について、詳しい解き方と解答を示す。 |
| 目次タイトル |
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 |
