To locate books on your topic, use the UC Library Search. As a starting point, use a keyword search on the likely terms. For a particular chemical substance (e.g. beryllium, amphetamines, ivory) or a class of substances (drugs, metals, pesticides) or a particular environment (water, soil, blood), combine your key term and the term "analysis".
Examples: blood analysis, pesticides analysis. Your results will include books, articles, reference entries and more. Use the "Refine my search" options on the left-hand side of the results display to limit results to the type of materials desired.
If you find a relevant record, check its subject headings to see if there is alternative terminology you should try. Similarly, use keyword searches to find books on particular analytical methods (mass spectrometry, atomic absorption). You may also want to browse in the book stacks. Books on analytical chemistry methods are grouped together in the range QD 75 - QD 139. Organic analysis may also be found at QD 271-272
Provides access to a wide range of handbooks and other reference works in engineering (chemical, civil, electrical, mechanical, materials and biotechnology), chemistry and biochemistry, earth and environmental sciences among other areas. You may search within a particular work, or across the entire Knovel collection. Searching may be done by keyword, or by numeric data ranges.
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.
Our listing provides users with additional functionality including “Get it at UC” links to full text of journals.
Users who do not have a UCSBnet ID and password can use the non-UC version of PubMed for searching.
Web of Science consists of the following databases: