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Photoelectrochemistry (Paperback, Softcover reprint of the original 1st ed. 1980)
Loot Price: R1,508
Discovery Miles 15 080
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Photoelectrochemistry (Paperback, Softcover reprint of the original 1st ed. 1980)
Expected to ship within 10 - 15 working days
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We enthusiastically welcome this opportunity to introduce this
major work of Gurevich, Pleskov, and Rotenberg to English-speaking
readers since photoelectrochemistry has, in recent years, become
very significant for modern energy transfer and energy conversion
phenomena. While having its roots in early electrochemistry, this
field, in its modern aspects, has had an important impact on
knowledge of the production and state of solvated electrons and on
photoassisted electrolysis at semiconductors. Photoeffects
resulting in electron emission into solution have also given rise
to new ways of understanding double-layer structure and measuring
potentials of zero charge. Electrochemical photoemission studies
have added to and comple- mented the literature of solvated
electron chemistry arising from experiments with high-energy
radiation. The authors' treatment of photoelectron emission
phenomena at metal/ solution interfaces is thorough and
quantitative and, we believe, will con- stitute a landmark in the
development of this fundamentally interesting and practically
important area of electrochemistry and photophysics. H. Wroblowa B.
E. Conway v Foreword A characteristic feature of modern
electrochemistry is the continually broadening utilization of
nontraditional methods and development of new directions of
research. A number of such approaches are based on illumina- tion
techniques. First, irradiation is used in electrochemistry mainly
as a research tool. Mention should be made here of methods such as
electro- reflection, ellipsometry, internal reflection
spectroscopy, interferometry of surface layers, and other
techniques firmly established in experimental electrochemistry.
Second, light directly affects electrode processes. In- vestigation
of the latter phenomenon is the subject of photoelectrochemistry.
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