William I. Rose, 316 Dillman Hall, telephone 487-2531; e-mail: raman@mtu.edu
The purpose of this class is to give the theory and practice of optical microscopic methods of
mineralogical study. The class is self taught and highly laboratory based. Students who take
the class should know crystallography and some basic mineralogy. The class consists of
readings, videotapes and laboratory exercises. These should be done by the students with
regular visits to the petrology laboratory. This is a self paced class. All of the assignments
can be done at any time, at your convenience. You should not plan to do more than a few
hours of laboratory work on any one day, however, because it will cause eye fatigue. I
suggest 5 hours per week, ideally on two different days. The textbook is not really necessary,
but some students may want to learn partly or wholly by reading rather thanby using the
video. The video is helpful because it shows you just what you should see through the
microscope if you operate it correctly, and it juxtaposes this with the theoretical. Sometimes
you may want to watch the tape while looking through the microscope. Lab materials are
described in a lab manual which I will give you and are organized and ready for you in a
cabinet in room 317 Dillman. You should prepare a lab notebook in which your notes are
kept because you can use these in the practical lab exercises and tests. Besides the ten lab
exercises there are three tests. You may take these whenever you are ready. Give me a day
or two warning. See me at least once per week with questions during my office hours. Try
not to get behind the schedule of about one unit per week. You must complete the first test
by Oct 12, or I will ask you to drop the class. The class will meet only once a week, on
thursday from 10-11 am. I recommend working together in the lab assignments. It is hard
to catch up if you get behind. The first part of the class is deceptively easy, and it gets
harder. Follow the following schedule:
Unit Topic Tape # Nesse, Ch # Lab Ex # 1 Light and the microscope 1,2 1,2 1 2 Refractometry 3 3 2 3 Isotropic minerals 4 4 3 4 Anisotropic minerals 5 5 4 5 Uniaxial Minerals 6 6 5 6 Uniaxial Identifications 7 -- 6 7 Biaxial Minerals 8,9 7 7 8 Biaxial Identifications 10 -- 8 9 Thin Section skills -- 8 9 10 Spindle Stage 11 -- 10Test 1 comes after unit 4, Test 2 after unit 8, Test 3 after unit 10. Textbooks: Nesse, W. D., Introduction to Optical Mineralogy, Oxford Press Rose, W. I., Laboratory Manual for Mineral Microscopy. Rose, W. I., Mineral Microscopy, 10 teaching videotapes.