Date ______________________ VPAA:__________________________ COUSRE EQUIVALANCY??? STATE UNIVERSITY OF NEW YORK College of Technology at Alfred SCHOOL: DEPARTMENT: COURSE NAME: COURSE NUMBER: SEMESTER OFFERED: PREREQUISITE: COURSE FORMAT: COURSE LEVEL: Arts & Sciences Physical and Life Sciences Instrumental Analysis CHEM 6614 Spring CHEM 2984 3 hours lecture and one three-hour lab per week Upper Date Approved by Faculty Senate: COURSE DESCRIPTION A rigorous and hands-on exposure to the fundamental thinking, hardware, and techniques common to instrumental analysis as performed in a modern chemical laboratory. The following methods are emphasized: visible, ultraviolet, and infrared spectroscopy, atomic absorption methods, nuclear magnetic resonance spectroscopy, mass spectroscopy, and gas and high pressure liquid chromatography. A survey of microscopy, calorimetry, and selected electronic and electrical concepts to instrumentation will also be included. STUDENT OBJECTIVES At the end of the course the student will be able to do the following: 1. Describe the nature, advantages, and limitations associated with the measurements made by the each method used in the laboratory. 2. Correctly interpret and act on the meaning and quality of measurements and data obtained by each method. 3. Independently devise and successfully implement an original and practical instrumental analysis scheme to ascertain the identity and relative amounts of components in an unknown mixture or solution. TEXT Rubinson, K.A. and J.F. Rubinson. Contemporary Instrumental Analysis. Prentice Hall, latest edition. DIVISION OF SUBJECT MATTER Topic Lecture Hours Laboratory Hours A. Statistical analysis and solution preparation 8 6 B. Quantum model for molecules 2 - C. Electronic transitions and UV-VIS spectroscopy 6 3 D. Atomic absorption methods 3 3 E. Vibration transitions and infrared spectroscopy 6 3 F. Nuclear magnetic resonance spectroscopy 4 3 G. Gas and high-pressure liquid chromatography 4 6 H. Mass spectroscopy 8 6 I. Microscopy, calorimetry, and related physical measures 4 3 J. Practicum unknowns - 12 Total 45 45 BIBLIOGRAPHY Blackburn, J.A. Modern Instrumentation for Scientists and Engineers. Springer, latest edition. Kenkel, J.A. Analytical Chemistry for Technicians. CTC Press, latest edition. Skoog, D.A., F.J. Holler and T.A. Nieman. Principles of Instrumental Analysis, latest edition. Strobel, H.A. and W.R. Heineman. Chemical Instrumentation: A Systematic Approach. Wiley, latest edition. Wayne, R.P. Chemical Instrumentation. Oxford Press, latest edition. ________________________________ Dean of School ________________________________ Department Chair ________________________________ ________________________________ Instructor of Course Date