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Databases (Substances)
Chemical Literature Research Course
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Chemistry 184/284 is a ten-week, two-credit course taught at the University of California - Santa Barbara. It covers the techniques and tools for effective searching the literature of chemistry, biochemistry, chemical engineering and related fields. Students will be introduced to how information is organized in the chemical sciences, including data collections such as Reaxys and indexes to the literature such as SciFinder, as well as the different types of primary literature and other resources useful to the chemical researcher. |
Physical Chemistry Research Guide
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This graduate level research guide includes a list of key databases and reference works, RSS feeds to new articles in selected journals, saved subject searches for finding books in the library catalog, plus more. The goal is to provide "one-stop" shopping for commonly accessed resources. The guide also includes chemical lab safety resources. |
Inorganic Chemistry Research Guide
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This graduate level research guide includes a list of key databases and reference works, RSS feeds to new articles in selected journals, saved subject searches for finding books in the library catalog, plus more. The goal is to provide "one-stop" shopping for commonly accessed resources. It also includes chemical lab safety resources. |
Chemical Engineering Resources for Students
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This undergraduate level research guide includes research methods plus lists to commonly used databases and reference materials. It also includes information to help students locate books and journals. Site-licensed software, useful web sites, and links to key lab safety resources are also included. The goal of this guide is to provide foundational support to the broad array of chemical engineering course assignments and to help foster information literacy skills. |
Chemical Engineering Research Guide
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This graduate level research guide includes a list of key databases and reference works, RSS feeds to new articles in selected journals, saved subject searches for finding books in the library catalog, plus more. The goal is to provide "one-stop" shopping for commonly accessed resources. Stanford's ChE program has three focal points - biotechnology, energy, and nanotechnology - so resources selected cover these areas. Chemical lab safety resources are also included in this guide. |
Organic Chemistry Research Guide
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This graduate level research guide includes a list of key databases and reference works, RSS feeds to new articles in selected journals, saved subject searches for finding books in the library catalog, plus more. The goal is to provide "one-stop" shopping for commonly accessed resources. |
Polymer Science and Engineering Research Guide
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This graduate level research guide includes a list of key databases and reference works, RSS feeds to new articles in selected polymer journals, saved subject searches for finding books in the library catalog, and educational web sites. This guide also includes a short list of lab safety resources. |
Nanoscience and Nanotechnology Research Guide
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This graduate level research guide includes a list of key databases and reference works, RSS feeds to new articles in selected nano journals, saved subject searches for finding books in the library catalog, plus more. The goal is to provide "one-stop" shopping for commonly accessed resources. |
Substance and Reaction Searching in Reaxys
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Hands-on tutorial for searching substances and reactions by structure in Reaxys using MarvinSketch. Reaxys is provided by Elsevier. For more information see https://www.reaxys.com/info/ |