Christian Brothers University
Chemistry 415
Analytical Chemistry
Internet Links

Off-campus Web Sites dealing with the following
INSTRUMENTAL TECHNIQUES: (Unless otherwise noted, the source is the University of Akron)

  • Basic Electronics
  • Statistical Treatment of Data

    Introduction to Spectrophotometry

  • Ultraviolet/Visible Spectroscopy
  • Atomic Spectroscopy
  • Plasma Emission Spectroscopy

  • Infrared Spectroscopy
  • Nuclear Magnetic Resonance Spectroscopy
  • X-Ray Spectroscopy
  • Mass Spectrometry
  • Introduction to Electrochemistry
  • Potentiometry
  • Introduction to Chromatography
  • Gas Chromatography
  • High-Performance Liquid Chromatography
  • Capilliary Electrophoresis

    MAJOR INSTRUMENTS
    This link leads to a description of the major instruments which are available at CBU.

    JOURNALS
    You can browse the table of contents of Analytical Chemistry.

    The NMR Information Server at the Univeristy of Florida contains links to NMR and to the Internet Edition of "Magnetic Resonance".

    LC/GC The Magazine of Separation Science

    SOFTWARE
    Many of the software packages used in this course are from the Journal of Chemical Education Software (JCE-Soft).

    Those packages include:

  • Proton NMR Basics CD-Rom
    Proton NMR Basics is a multimedia tutor designed to shorten the time for student mastery of NMR spectral interpretation. Students can explore the theory, the instrument, and the spectral analysis of compounds by NMR spectroscopy. The actual operation of the instrument is shown through digital video, allowing students to experience the procedure from sample preparation to spectral interpretation. This program can also be used as an introduction to the basics before using the instrument.
  • HPLC for Windows:
    A Computer Simulation of High-Performance Liquid Chromatography
    HPLC for Windows combines emulation of a typical modern binary gradient HPLC system with sophisticated modeling of reversed-phase column behavior. The modeling provides realistic chromatographic output for separations implemented over a broad range of operating conditions. The program is intended as a pedagogic aid for people who want to learn HPLC theory and practice. As such, it provides easy, inexpensive access to many of the features of a real instrument without risk of damage, consumption of supplies, and the need for constant supervision. It is used as a training exercise prior to hands-on work with the real instrument.
  • Mass Spec Simulator
    Mass Spec Simulator is a simulation of a Varian EM-600 mass spectrometer (ca. 1979). It shows the two main control panels of the instrument and a screen for displaying the mass spectrum. The user can adjust all of the commonly used controls, for example, spectrum amplitude, mass range, and starting mass. There is also a realistic simulation of sample introduction for both solid and liquid samples. All controls are operated using a mouse pointing device. The instrument responds realistically whether or not sample and operating conditions are appropriate. Actions that would cause incorrect operation are either not allowed with an explanation or carried through with the result explained in an information box.
  • Solid State Resources CD-Rom
    This package contains QuickTime movies of various experiments. It also contains a complete copy of Teaching General Chemistry: A Material Science Companion along with chapter-by-chapter slide shows pertaining to the book.
  • Illustrated Periodic Table
    This package has illustrations of most of the elements in the periodic table along with extensive descriptions and listings of properties.
  • Periodic Table CD
    This package contains QuickTime movies for the first 100 elements. These movies show the main uses for the element as well as reactions with air, water, acids, and bases.

    Other software:
    CHEMISTRY WORKS
    This package shows the Periodic Table. With a mouse each element can be high-lighted, showing the name. Data for each element can be examined, including atomic spectra and crystal structure. Data for selected elements can be plotted. Reports can be generated containing selected data for selected elements.

    This link will allow you to drill in the placement of elements in the Periodic Table by providing you with a blank table to fill in the chemical symbols.

    Course Coordinator:
    Dr. S. M. Condren.

    LINKS
    Laboratory procedures:

  • Spectronic 20 : Instruction for Fixed Wavelength Use
  • Titration
  • Pipeting
  • Volumetric Flasks

    A collection of links to illustrations of different Laboratory Techniques .

    A list of hypertext CHEMISTRY links is available.

    A list of hypertext Analytical Chemistry links is available.

    WebBook is a collection of chemical databases, including IR and MS data. These databases are provided by National Institute of Standards and Technology.

    This is a link to information on the Periodic Table .

    A review of the VSEPR Theory can be found at ChemPuter. ChemPuter will also calculate the Oxidation State of a d-block metal and Electron-Count in a coordination compound.

    ChemPuter also has a section dealing with Isotopic Patterns such as produced by mass spectrometers.

    Wilson Group at UCSD has descriptions of physical-inorganic techniques such as spectroscopy, X-ray crystallography, quantum mechanics, etc.

    This site is under construction.
    Continue to check this site for its latest developments.

    Send comments or corrections to mcondren@cbu.edu