Inorganic chemistry, databases

Chemical Abstracts Service Information System Chemical Engineering Databases Chemical Safety Information Databases Factual Information Databases Inorganic Chemistry Databases Internet Internet-based Computational Chemistry Tools Online Databases in Chemistry Reaction Databases Structure Databases. 

Electronegativity and the Periodic Table Experimental Data Evaluation and Quality Control Factual Information Databases Inorganic Chemistry Databases Inorganic Compound Representation Internet-based Computationai Chemistry Tools Lanthanides and Actinides Materiais Properties Online Databases in Chemistry Structural Chemistry Application of Mathematics Symmetry in Chemistry X-Ray Crystallographic Analysis and Semiempirical Computations Zeolites Applications of Computational Methods. 

KEYWORDS groundwater quality, domestic well logs, inorganic chemistry, database, New... 

The approach of research institutes AGLARG [9] was used for an operative estimation of gas sorption capacity for carbon sorbents. According to it micropore volume and the specific surface area have been chosen as determining parameters. To obtain the function approximating dependence of hydrogen sorption capacity on carbon materials from value of a specific surface area (at pressure 0.1 MPa and temperature 77 K), we used our experimental data (Table 1) and an experimental database (Table 2) of group of institutes - Inorganic Chemistry and Catalysis, Debye Institute, Utrecht University [10],... 

A. G. Orpen. Applications of the Cambridge Structural Database to molecular inorganic chemistry. Acta Crystallogr. B 58, 398-406 (2002). 

A present survey eollects the most important works on the calculation and application of calculated indirect spin-spin couplings in organic and inorganic chemistry. The survey covers the period from June 2011 to May 2012 (the last seareh of databases was performed at the end of June 2012). 

Authors wishing to submit syntheses for possible publication should write their manuscripts in a style that conforms with that of previous volumes of Inorganic Syntheses (a style guide is available from the Board Secretary). The manuscript should be in English and submitted as an editable electronic document. Nomenclature should be consistent and should follow the recommendations presented in Nomenclature of Inorganic Chemistry, lUPAC Recommendations 2005, published for the International Union of Pure and Applied Chemistry by The Royal Society of Chemistry, Cambridge, 2005. This document is available online (as of 2012) at http //www.iupac.org/fileadmin/user upload/databases/Red Book 2005.pdf. Abbreviations should conform to those used in publications of the American Chemical Society, particularly Inorganic Chemistry. 

In full-text databases the complete articles can be retrieved. They contain the complete text of a documentation unit. In most cases this text is completed with additional data-fields, e.g., descriptor, thesauri, classification code fields. An example of a full-text database is the CJRSC (Chemical Journals of the Royal Society of Chemistry) which is offered by STN. The document, shown in Search Example 2 on the topic of waste removal, is abbreviated. Apart from bibliographic information (author [AU], title [TI], source [SO], abstract [AB]) the full article with tables and figures can be retrieved. The information found is very comprehensive but also expensive in comparison to bibliographic databases (see Chemical Abstracts Service Information System and Inorganic Chemistry Databases). 

The conversion of the Chemlnform weekly abstracting service supporting recent publications dealing with methods of preparation and synthesis in organic, organometallic, and inorganic chemistry is described by Gasteiger. The wealth of information on chemical reactions can only be made available in a reaction database. A recent publication describes new developments in this reaction database - especially in the... 

Basic physical constants includes molecular weight, normal melting and boiling points (i.e., phase transition temperatures at standard atmospheric pressure), critical temperature and pressure, etc., which, for a pure substance, have fixed values independent of external parameters such as temperature and pressure (see Inorganic Chemistry Databases). 

Benchmark Studies on Small Molecules Cambridge Structural Database Chemical Engineering Databases Factual Information Databases Force Fields A General Discussion Inorganic Chemistry Databases Quality Control, Data Analysis Rates of Chemical Reactions Spectroscopic Databases. 

Databases relevant for inorganic chemistry are compiled in Table 1. The figures for the size of a database (number of data sets) in the fourth column are given for the purpose of comparison only. The classifications as bibliographic, textual-numeric, or structure given in the table are taken from publications of cited database producers or host organizations. ... 

Cambridge Structural Database Chemical Abstracts Service Information System Factual Information Databases Inorganic Compound Representation Inorganic Three-dimensional Structure uiatabases Online Databases in Chemistry. 

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