To locate books on your topic, use the UC Library Search.. As a starting point, use a subject search on the applicable broad subject terms. For a particular chemical element use the element name. Some classes of compounds (porphyrins, fullerenes) have their own subject headings. For the most general classes of inorganic chemistry, use chemistry, inorganic or inorganic compounds; organometallic chemistry or organometallic compounds; coordination chemistry. Don't try to get too specific in a subject search - the Library of Congress subject headings do not go into great depth in chemical terminology.
If you can't find anything useful with a subject search, try a keyword search on your terms. Keyword searching searches both book titles and subject headings, and, for recent works, may also search chapter titles. If you find a relevant record, check its subject headings to see if there is alternative terminology you should try. Browsing a call number range can also be helpful: Classic inorganic chemistry is found in QD 146-197; organometallic chemistry in QD 410-412.5 and physical inorganic chemistry at QD 475.
"Comprehensive" Chemistry Series
These sets from Pergamon Press/Elsevier contain excellent review articles on various aspects of their respective subjects, and make good starting points for new research. The oldest of these, Comprehensive Inorganic Chemistry, is becoming somewhat dated, but is still useful. Each set is organized into volumes on broad subject areas; it's best to consult the subject indexes to locate your topic. Most of the sets also have an excellent molecular formula index.
Indexes millions of chemical substances (organic, inorganic and organometallic) and chemical reactions, providing chemical and physical property information. Combines the Beilstein Handbook for Organic Chemistry, the Gmelin Handbook of Inorganic and Organometallic Chemistry, and the Elsevier Patent Chemistry Database. Searchable by text keywords, numerical physical and chemical properties, and by chemical structures and substructures.
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Titles include:
Spectra: For Spectra sources, see the appropriate section of the General Chemistry guide. Note that spectra for inorganic and organometallic compounds are much less commonly available than for organic compounds.
Compendium of synthetic methods for organic and organometallic chemistry. Browsable by table of contents, and searchable by keyword, by structure, or by substructure. Includes the electronic backfile (Houben-Weyl Archive) providing immediate access to hundreds of thousands of product specific experimental procedures, structures, and references in all fields of synthetic organic chemistry - dating back to the early 1800s.
New user? You must register for an account. Go to the SciFinder Registration Information page to begin. Commercial use of your University account is strictly prohibited. Searches Chemical Abstracts Service databases, including chemical substances, chemical reactions, chemical suppliers and references, with one of the largest collections in each area. Also provides unique full text access to a large collection of chemical patents via its PatentPak feature.
SciFindern allows searching by author, topic or chemical substance in the Chemical Abstracts Service databases:
SciFindern includes structure drawing tools for structure and substructure searching of chemicals and reactions, and similarity searching of organic compounds. It also provides a Retrosynthetic Plan tool to help you create synthetic paths to a desired substance.
Indexes millions of chemical substances (organic, inorganic and organometallic) and chemical reactions, providing chemical and physical property information. Combines the Beilstein Handbook for Organic Chemistry, the Gmelin Handbook of Inorganic and Organometallic Chemistry, and the Elsevier Patent Chemistry Database. Searchable by text keywords, numerical physical and chemical properties, and by chemical structures and substructures.
To use this database you must be using a UCSB IP address (see IP Authentication below) AND sign in with a personal Reaxys account. If you do not yet have an account, see “First Time Users” below.
Ensure that you are using a UCSB IP address via one of 4 methods
After IP authentication you will need to log in with your UCSB email address and personal Reaxys password
Covers thousands of research journals, and extensive collections of conference proceedings and books across hundreds of disciplines.
Web of Science consists of the following databases: