Instrumental Analysis Lecture

Instrumental Analysis Lecture
Modern instrumental methods and basic principles of instrumentation.
 Hours2.0 Credit, 2.0 Lecture, 0.0 Lab
 PrerequisitesCHEM 462 & PHSCS 220; or CHEM 467 & PHSCS 220; or CHEM 468 & PHSCS 220
Course Outcomes

Role of Main Components

Students will, with the aid of user manuals, be able to effectively operate optical spectrometers, mass spectrometers, and chromatographs based on a fundamental understanding of the components that make up those instruments.

Method Development

Students will be able to develop an effective method for the analysis of a sample, with appropriate consideration of sample type, instrument selection based on well-defined figures of merit, validation with appropriate standards, quality control, and statistical analysis in reporting of uncertainties.

Interpretation of Results

Students will gain textbook experience in the interpretation of optical, chromatographic, and mass spectrometric measurement in anticipation of hands-on experience with the techniques in Chemistry 523.

Electronic Measurement Principles

Students will understand the concepts of input impedance, output impedance, impedance matching, and A/D conversion, and will be able to apply that understanding to the proper connection of a signal source with an electronic measuring device.

Signals and Noise

Students will understand the origins of noise in analytical measurements and will be able to apply that understaning in a variety of signal processing techniques that optimize signal-to-noise ratios and improve analytical performance of instrumental methods.