Inorganic chemistry literature

It has long been known that NO forms colored, paramagnetic complexes with many transition metals (Kon, 1968 Yonetoni et al., 1972 Chevion et al., 1977 Hilleetai., 1979 Morse and Chen, 1980 HorietaL, 1981 LoBrutto et al., 1983 Kon, 1975 Kon and Katakoa, 1969) the inorganic chemistry literature goes back at least to the early years of the twentienth century. Because NO has an odd... 

Recent reviews have surveyed X-ray and electron diffraction structures of organomagnesium compounds (see Diffraction Methods in Inorganic Chemistry), literature citations for both metals are also included in other reviews." ... 

Appendix 2. Course Projects in Inorganic Chemistry Literature... 

General surveys of advances in coordination chemistry appear in Annual Reports , The Royal Society of Chemistry, London, Section A. More specialized reports were published in the form of the Specialist Periodical Reports Inorganic Chemistry of the Transition Elements , The Chemical Society, London (Volumes 1-6), which reviewed the literature published between 1971 and 1976, and the Specialist Periodical Reports Inorganic Chemistry of the Main Group Elements , The Chemical Society, London (Volumes 1-5), which reviewed the literature published between 1971 and 1976. Both these series have now been discontinued. 

Certain groups of organocobalt(III) complexes have been dealt with in previous reviews. The organo-corrinoids have been mentioned in all reviews on vitamin B, 2 since 1961, when the coenzyme form was identified as an organometallic compound [see, for example, (79, 178) and references therein]. The literature on the corrinoids is too extensive to be treated comprehensively here and for details and references readers are referred to the book on The Inorganic Chemistry of Vitamin B,2 (136)certain other aspects of the organometallic chemistry of cobalt corrinoids are treated elsewhere (137). The pentacyanides were reviewed in 1967 (105), the DMG complexes (cobaloximes) in 1968 (145), and some aspects of salen, BAE, and related complexes in 1970 (17). 

Because of the limited scope of this monograph, it is impossible to give a rigorous account of the work that has been accomplished in these fields. By the end of 2008, about 60,000 publications dealing with the use of Mossbauer spectroscopy had been documented in the literature. Excellent review articles on Mossbauer Spectroscopy Applied to Inorganic Chemistry (3 volumes) are given in [30, 34-35] in Chap. 1 and on Mossbauer Spectroscopy Applied to Magnetism and Materials Science (2 volumes) in [38, 40] in Chap. 1. 

By far the most utilized Mossbauer isotope is Fe, particularly in (bio)inorganic chemistry. Most iron compounds are found in the oxidation states iron(ll) and iron (III), either with low-spin or high-spin electron configuration. The literature on the application of Fe Mossbauer spectroscopy in this field of research has been reviewed in several textbooks, which are referenced in Chap. 1. The present chapter is intended as a survey of the Mossbauer studies on iron compounds with less common, nevertheless increasingly interesting, valence and spin states. 

In this chapter, we have surveyed some of the most active and important areas of inorganic chemistry. The published literature in these fields is prodigious, so in keeping with a general textbook in inorganic chemistry that must introduce many fields, the coverage is far from complete. For further details on the material in this chapter, the interested reader should consulted the references listed. 

This book is meant to present in convenient form a readable account of the essentials of inorganic chemistry that can serve as both as a textbook for a one semester course upper level course and as a guide for self study. It is a textbook not a review of the literature or a research monograph. There are few references to the original literature, but many of the advanced books and monographs are cited. 

The sources of the facts and structural data cited and discussed above are multifareous. Rather than provide the usual reference list that might run to a great length, suffice it to say that all of the pertinent primary literature can be located through Advanced Inorganic Chemistry by Cotton and Wilkinson,... 

This review is conceived as a progress report. It includes only compounds of selenium and tellurium with the element directly bonded to fluorine. The chemical literature of the last 10 years, including 1979, has been searched thoroughly, and emphasis has been placed on facts rather than on interpretation. There are some earlier reviews covering the same area "Fluorine Compounds of Selenium and Tellurium 1970 (40), "Inorganic Selenium Chemistry 1975 (48), and "Inorganic Chemistry of Tellurium 1975 (53). 

The distribution of componentsof binary solid solutions over the solid phase and the aqueous phase has been studied for a number of systems. Table I contains a summary of some of these systems with references. This literature review is not complete more data are available especially for rare earth and actinide compounds, which primarily obey type I Equations to a good approximation. In the following sections, the theory above will be applied to some special systems which are relevant to the fields of analytical chemistry, inorganic chemistry, mineralogy, oceanography and biominerals. 

The book presents no theoretical explanations, but does contain many questions relating to the technique of an experiment and its theory. The student must answer them, using the relevant textbooks and supplementary literature, and also the materials of lectures. The need to find an answer to a question in the book will teach a student studying inorganic chemistry to work independently and thoughtfully with chemical literature from his very first steps, and, in addition, will relate the theoretical course and experimental work, which will help mastering the subject as a whole. 

Gas chromatography is one of the most active areas of analytical chemistry, but many references in GC will be found in sources other than just chromatography or analytical chemistry. Thus, literature searches should take one to the journals on topics where GC may be utilized, for example, journals of biochemistry, organic chemistry, physical chemistry, catalysis, environmental studies, drug analysis, forensic chemistry, petroleum chemistry, inorganic chemistry. 

There are a number of books and articles on general aspects of the coordination compounds of mercury annual surveys are published in Coordination Chemistry Reviews5 and the Annual Reports on the Progress of Chemistry, Section A (Inorganic Chemistry—Mercury).6 McAuliffe s book The Chemistry of Mercury covers the literature up to May 1975.7 The coordination chemistry of mercury(II) halides has been summarized by Dean, covering papers up to 1977.8 A review of dimercury(I) coordination compounds was published by Brodersen in 1981,9 and in the same year Grdeni6 reviewed bonding in the crystal structures of mercury compounds.10... 

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