Radiotracer Studies of InterfacesEdited by
- G. Horanyi
This volume presents a selection of examples illustrating the application of radiotracer studies for different types of interfaces. The value of radiotracer studies in fields such as food chemistry, corrosion of metals, neurochemistry, biology and catalysis is revealed. Separate chapters are devoted to the environmental problems connected with nuclear reactors and with the nuclear industry in general. The book also presents efforts to minimize and avoid the risk of radioactive contamination in the environment by describing new approaches to the problem.
Researchers, practitioners and students working in a wide variety of subject areas such as catalysis, electrochemistry, colloid science, corrosion science and biochemistry.
Interface Science and Technology
Hardbound, 450 Pages
Published: September 2004
Imprint: Academic Press
"In total there are more than one-thousand references. The editor has unified the style of each o the chapters so that each one flows effortlessly into the text. This book can be considered a "must have" for any current researcher studying the field interfaces using tracers and for those who are considering getting into this area."
S. Landsberger, University of Texas at Austin, USA, JOURNAL OF RADIOANALYTICAL AND NUCLEAR CHEMISTRY, '04
"This book is commended to readers interested in the applications of radiotracers to the study of interfacial phenomena, particularly adsorption and surface catalysis, electrified interfaces and colloidal systems, interfacical diffusion, monolayers at fluid-fluid interfaces, biomembranes, and environmental interfaces."
Arther Hubbard, JOURNAL OF COLLOID AND INTERFACE SCIENCE, Vol.287, 2005
"This book is an excellent introduction to the field of radiotracer studies on interfacial phenomena. It reports many of the latest, state-of-the-art experimental observations which are explained in a clear and comprehensive manner. Therefore, I can warmly recommend this book, first of all to electrochemists, solid-state physicists, biologists, and nuclear engineers, but also to researchers, engineers and students in many other areas of science and industry."
Katharina Kohse-Höinghaus, Professor of Physical Chemistry, Bielefield University, Germany, OPTICS AND PHOTONICS NEWS, Vol. 16, No. 5, 2005
- Chapter 1. Historical background (G. Hor&Ã¡acute;nyi).
Chapter 2. Advantages of the radiotracer technique (G. Hor&Ã¡acute;nyi).
Chapter 3. Adsorption and catalytic reactions at solid/gas interfaces (Z. Schay).
Chapter 4. Studies of electrified solid/liquid interfaces (G. Hor&Ã¡acute;nyi).
Chapter 5. Colloidal systems; solid/liquid interfaces (P. Jo&Ã³acute;, K. L&Ã¡acute;szl&Ã³acute;-Nagy).
Chapter 6. Study of liquid/fluid interfaces (G. Hor&Ã¡acute;nyi).
Chapter 7. Study of phenomena occurring at solid/solid interfaces. Investigation of interface diffusion and segregation by radiotracer technique (G. Erd&Ã©acute;lyi et al.).
Chapter 8. Sorption (binding) and transport phenomena in biomembranes (J. Kardos).
Chapter 9. Instrumentation (A. Kolics).
Chapter 10.1. The role of interfacial phenomena in the contamination and decontamination of nuclear reactors (K. Varga).
Chapter 10.2. Environmental problems (%Ãacute;. Veres).