6 1/2 X 9 7/16 in Chapter 1. In situ FTIR studies on the acid-base equilibria of adsorbed species on well-defined metal electrode surfaces (A. Berna et al.).
Chapter 2. Contributions of external refle ction infrared spectroscopy to study the oxidation of small organic mole cules (T. Iwasita, G.A. Camara).
Chapter 3. Contributio n of in situ infrared reflectance spectroscopy in the study of nanostruc tured fuel cell electrodes (J.-M. Leger, F. Hahn).
Chapter 4. In-situ FTIR spectroscopic studies of the adsorption and o xidation of small organic molecules at the Ru(0001) electrode under vari ous conditions (Wen-Feng Lin et al.).
Chapter 5. In situ microscope FTIR reflection spectroscopy and its applications in electrochemical adsorption and electrocatalysis on nanostructured sur faces (Shi-Gang Sun, Zhi-You Zhou).
Chapter 6. IR spect roelectrochemistry: instrumentation and applications of external reflect ion, ATR and transmission sampling (C. Korzeniewski).
C hapter 7. Electrocatalytic reactions on platinum electrodes studied by d
Chapter 2. Contributions of external refle ction infrared spectroscopy to study the oxidation of small organic mole cules (T. Iwasita, G.A. Camara).
Chapter 3. Contributio n of in situ infrared reflectance spectroscopy in the study of nanostruc tured fuel cell electrodes (J.-M. Leger, F. Hahn).
Chapter 4. In-situ FTIR spectroscopic studies of the adsorption and o xidation of small organic molecules at the Ru(0001) electrode under vari ous conditions (Wen-Feng Lin et al.).
Chapter 5. In situ microscope FTIR reflection spectroscopy and its applications in electrochemical adsorption and electrocatalysis on nanostructured sur faces (Shi-Gang Sun, Zhi-You Zhou).
Chapter 6. IR spect roelectrochemistry: instrumentation and applications of external reflect ion, ATR and transmission sampling (C. Korzeniewski).
C hapter 7. Electrocatalytic reactions on platinum electrodes studied by d
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