Laboratory Work - Search Tools and Techniques, Chemical Nomenclature, Safety Information, Physical Properties, and Spectra
SDBS Integrated Spectral Database for Organic Compounds - Sample Search
Sample search for a sophomore level organic chemistry class showing how to search using spectral peaks and heteroatoms to identify an unknown.
Learning Objectives:
To show data entry format for searching spectral peaks, eliminate heteroatoms, and evaluating search results.
Audience:
Bachelor (Basic)
Audience:
Faculty/Lecturer
Audience:
Librarian/Information Specialist
Level of Expertise:
Beginner
Date Document Created:
Wed, 2010-03-24
Language(s):
English Converting Lab Data to Search Strategies
This handout summarizes ways students in a sophomore level organic chemistry class can search data from the lab (e.g, heteratom information, physical properties, spectral data) in Integrated Spectral Database of Organic Compounds (SDBS), Properties of Organic Chemistry (POC), Dictionary of Organic Chemistry (DOC), Reaxys, and SciFinder.
Learning Objectives:
To develop search strategies using MP/BP Data, heteroatoms, functional groups, ring data, spectral data, and "family data for substances to identify unknowns.
Audience:
Bachelor (Basic)
Audience:
Faculty/Lecturer
Audience:
Librarian/Information Specialist
Level of Expertise:
Beginner
Date Document Created:
Wed, 2010-03-24
Language(s):
English Guide to Selected Physical Chemistry Resources for Chemists at Stanford (PDF Version)
In-depth subject guide to library resources for physical chemists.
Learning Objectives:
To help familiarize users with key resources and tools that are available for physical chemistry.
Audience:
Bachelor (Basic)
Audience:
Bachelor (Advanced)
Audience:
Faculty/Lecturer
Audience:
Librarian/Information Specialist
Level of Expertise:
Intermediate
Date Document Created:
Thu, 2008-05-01
Language(s):
English Chemistry 130 Search Tips (Winter 2008)
Summary showing how to convert lab data into search strategies to identify unknown organic compounds.
Learning Objectives:
How to search by CAS Registry Number, MP, BP, MW, Number of Atoms, Molecular Elements, MF, Substructure Fragments, IR Peak, NMR Peak, NMR Spectra-Predicted, C-13 Peak, C-13 Spectra-Predicted
Audience:
Bachelor (Basic)
Audience:
Faculty/Lecturer
Audience:
Librarian/Information Specialist
Level of Expertise:
Beginner
Date Document Created:
Tue, 2008-01-01
Language(s):
English