Online version of the CRC Handbook of Chemistry and Physics, a comprehensive source for chemical and physical properties data for inorganic and organic compounds
Interactive tables and graphs
Can be searched by structure
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users. Coverage: Most recent updates (2004-2005)
To find the CAS number of a molecule, look it up in the CRC Handbook of Chemistry and Physics:
• Resource for three-dimensional structural data of organic molecules
• Repository for small-molecule organic and metal-organic crystal structures
• Entries from x-ray and neutron diffraction analyses
Note: Users must register for an account on the site with a UNC email.
Reference work detailing the science and technology in all areas of inorganic and organic chemicals, advanced materials, pharmaceuticals, polymers and plastics, metals and alloys, biotechnology and biotechnological products, food chemistry, process engineering and unit operations, analytical methods and environmental protection,
Find information on academic areas of business, social sciences, humanities, general academic, general science, education and multi-cultural topics; resource provides access to major popular and scholarly journals with many full-text articles.
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users. Coverage: Indexing, 1975-present; Full-text, 1975-present
Reference resource covering major scientific disciplines with links to primary sources
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users.
Google ScholarEnables you to search specifically for scholarly literature, including peer-reviewed papers, theses, books, preprints, abstracts and technical reports from all broad areas of research. Use Google Scholar to find articles from a wide variety of academic publishers, professional societies, preprint repositories and universities, as well as scholarly articles available across the web.
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users.
A general reference database for over 175 subjects from magazines, journals and newspapers, including peer-reviewed and scholarly works.
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users. North Carolina residents with a borrower's card may access from off campus by visiting NCLive directly. Contact the Davis Library Service Desk for the NCLive password (instructions). Language: Various
Database of biomedical literature from the National Library of Medicine
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users. Coverage: 1957-present
A large citation and abstracting database providing comprehensive coverage of the peer-reviewed journal and conference literature, with links to full-text where available through the library.
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users.
A comprehensive collection of over 200,000 Material Safety Data Sheets for chemicals and commercial products. Each MSDS is presented exactly as provided by the manufacturer/supplier and contains chemical and physical properties, health hazards, first aid recommendations, personal protection, fire and reactivity data, spill and disposal procedures, and storage/handling recommendations. This database also includes CHEMINFO, which contains chemical profile information for more than 1,300 important workplace chemicals.
Note: UNC-Chapel Hill Department of Environment, Health & Safety is the subscriber to this database. Please contact the Dept. if you have questions about the database or other items related to chemical hygiene.
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users.
Canadian Centre for Occupational Health and Safety Academic Support Program provides access to the following databases and collections: MSDS: Material Safety Data Sheets from manufacturers and suppliers; RTECS: Registry of Toxic Effects of Chemical Substances; CHEMINFO: Comprehensive health and safety information on pure chemicals; OSH References: OSHLINE, NIOSHTIC, NIOSHTIC-2, HSELINE, CISILO, Canadiana; FTSS: Fiche techniques sur la scurit des substances.
Note: UNC-Chapel Hill Dept. of Environment, Health & Safety is the subscriber to this database. Please contact the Dept. if you have questions about the database or other items related to chemical hygiene.
Access: Off Campus Access is available for: UNC-Chapel Hill students, faculty, and staff; UNC Hospitals employees; UNC-Chapel Hill affiliated AHEC users. Language: English, French
This online style guide resource provides students, researchers, educators and librarians with the instruction and advice they need to master the art of scholarly communication (publications, presentations, data conventions and communicating with the public).
Write Like a Chemist is a guide to chemistry-specific writing. It offers a structured approach to writing that targets four important chemistry genres: the journal article, conference abstract, scientific poster, and research proposal.
This video collection exhibits how to use standard pieces of laboratory equipment essential in many experiments, as well as how to perform basic laboratory functions. Each video is paired with additional video resources for you to view practical applications of the technique and other complementary skills.
12 Principles of Green Chemistry
Prevent waste
Atom economy
Less hazardous synthesis
Design safer chemicals
Safer solvents and auxiliaries
Design for energy efficiency
Use of renewable feedstocks
Reduce derivatives
Catalysis (vs. stoichiometric)
Design for degradation
Real-time analysis for pollution prevention
Inherently safer chemistry for accident prevention