Description

This is a very detailed colour atlas for ore/opaque minerals (ore microscopy) with the main emphasis on name and synonyms, mineral group, chemical composition, information about major formation environment, optical data, reflection colour/shade comparison with 4 common/standard minerals of a similar colour or grey shade, up to 5 high-quality photos for each mineral with scale, and a short description of the pictures. A compilation from some of the prominent publications in the field of ore microscopy yielded a list of 431 minerals are included in this atlas.

Key Features

* Concise full-color pictorial reference for scientists and geologists * Explains how to describe and identify microscopic samples of minerals * Draws material from prominent literature yielding over 400 different minerals

Readership

earth scientists, evironmental scientists, geologists

Table of Contents

Acknowledgements and Sample Sources. Instrument Settings. Preface. Mineral Description. Explanations and Abbreviations. I Elements. A. Metallic and Intermetallic Compounds, Carbides, Nitrides, Phosphides and Silicides. B. Semimetals and Nonmetals.II. Sulfides and Sulphosalts. A. Alloys and Alloy-like Compounds, with Copper, Silver, Gold and Nickel. B. Sulfides with Metal: Sulfur, Selenium and Tellurium > 1:1. C. Sulfides with Metal: Sulfur, Selenium and Tellurium = 1:1. D. Sulfides with Metal: Sulfur, Selenium and Tellurium < 1:1, Tellurides with Copper, Silver and Gold. E. Sulfosalts (S : As,Sb,BI = x), Sulfosalts with Predominant Iron and Copper x = 2.0. F. Sulfides with Nonmetallic Properties, Arsenic-Sulfides. X. Unclassified Strunz Sulfides and Sulphosalts. III. Halogenides. A. Simple Halogenides, without Water Metal : Halogen = 1: 1. B. D-Oxihalogenides with Mg-Mn-Cu-Zn-Sn. IV. Oxides. A. Oxides with Metal : Oxygen = 1:1 and 2:1 (N2O, MO). B. Oxides with Metal : Oxygen = 3:4 (Spinel type M3O4 and related), Aluminat-Spinels. C. Oxides with Metal : Oxygen = 2:3 (M2O3 and related compounds). D. Oxides with Metal: Oxygen = 1:2 (MO2 and related compounds). E. Oxides with Metal : Oxygen < 1:2 (M2O5, MO3). F. Hydroxides and oxidic hydrates, water bearing Oxides with Layered Structure. G. Vanadiumoxides (with V4+/5+), Group-vanadates. K. Sulfides, Selenides, Tellurides with [XO3}2- groups and related structures. V. Nitratesm Carbonates and Borates. B. Waterfree carbonates {CO3}2- without unfamiliar anions. C. Waterfree carbonates with unfamiliar anions. G. "Insel" Borates {BO3}3- "inseln". VI. Sulfates, Chromates, Molybdates and Tungstates. A. Waterfree sulfates [SO4]2- without unfamiliar Anions, Cations of Medium Size. B. Waterfree sulfates [SO4]2- with Unfamiliar Anions. Cations of Medium Size. C. Water bearing sulfates without unfamiliar Anions. Cations of Medium Size. F. Chromates [CrO4]2-. G. Molybdates [MoO4]2- and Wolframates [WO4]2-. VII Phosphates, Arse

Details

Language:
English
Imprint:
Elsevier Science
eBook ISBN:
9780080931647

About the author

Bernhard Pracejus

Dr. Bernhard Pracejus currently works as Associate Professor at the Earth Science Department, Sultan Qaboos University, Sultanate of Oman. He is specialised in Mineralogy, Geochemistry, and Economic Geology and his research concentrates on topics such as the alteration of geologic bodies over time (particularly metal deposits), environmentally friendly remediation of heavy metal polluted effluents and solid wastes from mining activities and other industries, and processes at the Bio-Geo-Interface. He has published various articles in journals such as Ore Geology Reviews, Marine Geology, and Chemical Geology.

Affiliations and Expertise

Department of Geochemistry, Free University Berlin, Germany