Introduction to Optical Mineralogy

by William D. Nesse

Book Overview

Every advanced undergraduate in geology must learn how to use a microscope to study rocks and minerals. This well-written, lucid introduction to optical mineralogy combines in one volume both an easy-to-follow explanation of optical theory and a clear detailed description of rocks and minerals. In addition, the author provides an appendix on sample preparation and a useful set of identification tables. A well-written, comprehensive introduction to...

• Format: Hardcover
• Language: English
• ISBN: 0195036387
• ISBN13: 9780195036381
• Release Date: June 1986
• Publisher: Oxford University Press, USA
• Length: 352 Pages
• Weight: 1.80 lbs.
• Dimensions: 0.8" x 7.7" x 9.6"

Customer Reviews

Mineralogy Book

Another fine, informative book that is truly helpful in gemology, as well as the intended geology studies. Well worth the price.

The Handy Dandy Guide

This is a definate must have for all you Geologists out there. No matter what year of school you are in or even if you are no longer in school, but need a bit of reference now and again, this is the book to have. Nesse does an excellent job of clearly explaining and illustrating the optical properties of minerals. He includes all of the essential bits of information that any geologist will need. I highly recommend this book as a great reference tool that any geologist or aspiring geologist should add to their collection of references.

A student's view

As a student of Geology, I have used Nesse as my bible for all petrology courses. It is complete, comprehensive and easy to use. A must for all geologists, student or not.

Great book

Finally we have a mineralogy text book that will compete with Klein and Hurlbuts's Manual of Mineralogy. The line drawings are outstanding. I am using this text book the next time I teach mineralogy.

Good undergrad college textbook for optical mineralogy.

Remarkably lucid yet accurate presentation of a subject often found difficult by students. The first third of the text deals with the properties of light, the use and care of the petrographic microscope, and the optical properties of minerals and how to use these to identify mineral grains in thin sections. Much of the text contains detailed descriptions of the commoner rock-forming minerals from the standpoint of the petrographer. Descriptive diagrams and photographs, and capitalized section headings, separated paragraphs, and all typeface (font) easy to read. Paper is quality glossy and easy to use. Appendices include Identification Tables based upon various optical properties, tables which have proved their use to students taking the course. Also includes the standard fold-up Interference Color Chart, on quality glossy paper, and on its reverse a table of birefringence versus relief (difference in refractive index). The author retains consideration for students, including photos of such non-minerals as may confuse the tyro, such as textile fibers, bubbles, and grinding compound, all of which get into thin sections (petrographic slides). Excellently laid out and organized, it also contains a good Index. This text was written for college students taking petrography and optical mineralogy, and has been kept, rather than sold, even by some students who never expect to use a petrographic microscope again. College instructors take notice, as for a junior to senior level petrography course this text probably rates a 9 or a 10. [DMM]