Reviews and Monographs

Bagotsky VS, Skundin AM. Chemical Power Sources. London Academic Press 1980. Daniel C, Besenhard JO, editors. Handbook of Battery Materials. 2nd ed. Chichester, Wein-heim Wiley-VCH 2011. 

Heise GW, Gaboon NC, editors. Primary Batteries. Vol. 1. New York Wiley 1971. Liebhafsky HA, Cairns El. Fuel Cells and Batteries. New York Wiley 1968. 

Linden D, Reddy TB, editors. Handbook of Batteries. McGraw-Hill 2002. 

Vincent CA, Scrosati B. Modem Batteries. An Introductory to Electrochemical Power Sources. London L. Edward Arnold Ltd. 1997. 

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The treatment of equilibrium solvation effects in condensed-phase kmetics on the basis of TST has a long history and the literature on this topic is extensive. As the basic ideas can be found m most physical chemistry textbooks and excellent reviews and monographs on more advanced aspects are available (see, for example, the recent review article by Tnihlar et al [6] and references therein), the following presentation will be brief and far from providing a complete picture. 

Reviews and Monographs on the Chemistry of Sulfur-Rich Compounds... 

More reviews and monographs on (mainly inorganic) sulfur chemistry are cited in the various Chapters of Volumes 230 and 231. 

The literature is covered up to the beginning of the year 2003. A list of useful previous reviews and monographs related to the chemistry of sulfur-rich compounds including elemental sulfur is available on-line as suplementary material to these Volumes. 

This book will complement existing reviews and monographs in this field and will be a source of inspiration for chemists working in various field of chemistry. 

The availability of thermodynamically reliable quantities at liquid interfaces is advantageous as a reference in examining data obtained by other surface specific techniques. The model-independent solid information about thermodynamics of adsorption can be used as a norm in microscopic interpretation and understanding of currently available surface specific experimental techniques and theoretical approaches such as molecular dynamics simulations. This chapter will focus on the adsorption at the polarized liquid-liquid interfaces, which enable us to externally control the phase-boundary potential, providing an additional degree of freedom in studying the adsorption of electrified interfaces. A main emphasis will be on some aspects that have not been fully dealt with in previous reviews and monographs [8-21]. 

There exist numerous conjugated macromolecules showing high electronic conductivities after doping. Materials thus prepared are also termed synthetic metals (their significance is documented, for example, by the existence of a journal of the same name). This section presents only a very brief summary of this constantly growing field. Further information can be found in numerous reviews and monographs the most representative ones are listed below. 

Table 1 Selected reviews and monographs focusing on Co coordination chemistry.

The purification of solubilized proteins involves standardized protein purification protocols. Because the literature already contains a copious supply of available reviews and monographs regarding protein purification (35-43), the topic will not be discussed here. The reader is directed to ref. (38) for techniques specifically applicable to membrane proteins. 

The reader is referred to comprehensive reviews and monographs on the subject matter neuroanatomy and functions of the area postrema [36], nausea and vomiting mechanisms and treatment [37] and a recent multidisciplinary symposium on vomiting [38],... 

The following overview is limited to control of emesis induced by cancer chemotherapy and presents more important developments in the last decade. The reader is referred to more extensive reviews and monographs on this subject [30, 37, 122-126]. 

Among the historic developments of studies on C—H activation, several methods and conditions have been used, from thermal studies to photochemical activation, with all of which have been mediated by derivatives of metals ranging from transition metals to lanthanides and actinides. Hence, given the importance that the chemistry surrounding the C—H activation process entails, several excellent reviews and monographs have already been published [6]. Unfortunately, in most of these cases the chemistry described has been devoted entirely to descriptions of the activation of a particular C—H bond in a given process, and consequently some division has arisen as to how the C—H activation process does in fact proceed... 

This chapter will only deal with a few facts pertinent to the ecological operations of animals. Excellent reviews and monographs deal with the olfactory system. 

This chapter surveys the polymerization of substituted acetylenes focusing on the research during this decade. Monomers and polymers, polymerization catalysts, controlled polymerizations, and functional polyacetylenes are discussed. Readers are encouraged to access other reviews and monographs on the polymerization of substituted acetylenes, and a,cj-diynes. ... 

This short review will discuss all of the different applications of organic dyes in the laser field which have been reported up to the present, emphasizing a unified treatment of basic principles and leaving a discussion of the details to special reviews and monographs of the different applications. Within the limited space available it is not possible to give a complete list of references. Therefore, only a selection of the most important literature references will be presented here to enable the interested reader to acquire the complete literature of this field from the secondary references cited in these papers. Two review papers on organic dyes in laser technology appeared in 1970 1>2>. 

Formally, in the two steps of the DMS-process (dibromocyclopropanation and reaction with alkyllithium) a carbon atom is inserted between the two centers of a double bond. The reaction may be extended to the preparation of still higher cumulated bond systems as well as to numerous other — including functionalized — allenic systems which cannot or only with much effort be prepared by other routes. The examples shown here serve illustrative purposes only, for more extensive coverage of the literature the reader is referred to the various reviews and monographs which have appeared recently [66, 69, 71, 72]. 

Extensive research in the field led to the publication of several reviews and monographs in the field. The place of our book in this niche is to provide an overview of the developments in the application of palladium, nickel and copper catalyzed transformations in the preparation and functionalization of heterocyclic compounds. Although preference was given to recent results, important examples of earlier (pioneering) works are also included in this monograph. 

The goal of this review is to highlight a progress in the transition-metal chemistry of some enzymes that catalyze oxidative and reductive reactions. These enzymes are referred to as oxidoreductases (1,2) and transition metals are usually found in their active sites. However, the discussion will not be devoted to these metals, which are absolutely essential for biocatalysis. Such information is brilliantly summarized in several recent fundamental reviews and monographs (3-9). 

Of the more exact methods, the limited configuration interaction (Cl MO LCAO) method and the self-consistent field (SCF MO LCAO) method will be mentioned. In contrast to the HMO method, both of these explicitly take electron repulsion into account. The Cl method is particularly valuable for the calculation of various physical properties, especially electronic spectra. A more detailed description is beyond the scope of the present review the reader is referred to original papers [Cl,17-20 SCF,21-23 and VESCF24 (variable electronegativity)] and to various reviews and monographs.5 25,26... 

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