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Industrial Minerals and Rocks is a collection of research papers concerning the study of industrial mineral deposits. This work is composed of 17 chapters that specifically highlight the research done by Czech and Slovak economic geologists in non-metallic deposits, including talc, magnesite, kaolin, and clay. After an introduction to the history of industrial minerals and rocks, this book goes on reviewing the origin, principal element cycle, genetic types, form, and size of these deposits. Considerable chapters describe the deposits of industrial minerals, rocks, and building raw materials. The remaining chapters deal with the geophysical methods prospecting and exploration and production of industrial raw materials, rocks, and minerals. This book will prove useful to mineral geologists and researchers.
Ore Geology and Industrial Minerals by Anthony M. Evans Pdf
Much new data and many new ideas have emerged in the area of oregeology and industrial minerals since publication of the secondedition of this text in 1987. The overriding philosophy behind thisnew edition is the inclusion and integration of this new materialwithin the established framework of the text. The third edition isre-presented in the modern double-column format. Non-metallic deposits of industrial and bulk materials are fullycovered to meet the changing emphasis of courses in appliedgeology. In addition, chapter 1 has been considerably enlarged toinclude a section on mineral economics covering metals, industrialminerals and bulk materials. In this section, the various aspectsof economic exploitation of industrial and bulk materials arecompared with those of metallic deposits. Other major revisions andadditions include a section on fluid inclusions, expansion of thesection on wall rock alteration, expansion of the material onisotope studies, and the inclusion of a section on hydraulicfracturing and seismic pumping.
Uses of Industrial Minerals, Rocks and Freshwater by Kaulir Kisor Chatterjee Pdf
This book discusses the uses of minerals. Today over 3,000 minerals have been reported and named of which 1800-2000 have been studied and described fully. We are able to gainfully use only around 100 or so minerals. Of course, none of these 'usable' minerals can be consumed as such by the people. They can neither be eaten, nor worn, nor fought with. They have to be converted to various products that can be used by them for living their material lives. Through interactions amongst different minerals, innumerable materials are turned out for fulfilling our material needs. And though there are some uni-product minerals, the majority of the minerals are the ones each of which eventually yields a multiplicity of final consumable products. However, in today's fast developing world, there is always a multiple choice available for technologies and grades of input materials. So, technology and input materials can be chosen to suit any grade of a mineral that is available in nature. The only constraints are the market price and the cost of mining the mineral. The cost always has to be less than the market price, the vagaries of which limit the range of flexibility regarding the specifications of grade. But, even if these specifications are not flexible enough at some point of time, the principles underlying the specifications remain valid all the time. And those principles, rather than the specifications, are emphasised in this outstanding book.
For an undergraduate-level course in industrial mineralogy. This text bridges the gap between the basics of mineralogy and the applications of mineral-based materials. Over forty minerals and mineral groups are correlated among basic mineralogical properties, geological occurrence, distribution of deposits, industrial processes, and uses so that each industrial mineral is fully defined. Industrial Mineralogy introduces students to the fundamentals of industrial minerals as a foundation to build a professional career and provides professionals in mineral industries with a valuable reference for research and development. *Each mineral is characterized by crystal structure and chemical composition - The two most basic and important properties that define the minerals industrial applications. *Each beneficiation process is described in basic terms rather than lengthy details. *Description of ore deposits including classic ones are cited because they represent standard occurrences. *Comprehensive references are given for each industrial mineral.