Framework Silicates

Framework Silicates examines the structure, composition and properties of silicate minerals within the framework subclass. The book focuses on the most common rock-forming minerals including feldspars, feldspathoids, zeolites and their chemical variations. The text provides detailed crystallographic data, phase diagrams, and analyses of optical characteristics for each mineral group. Chemical formulas, atomic arrangements, and environmental formation conditions are documented with reference to geological occurrences. The work includes extensive tables of physical properties, x-ray diffraction patterns, and chemical analyses from published literature. Microscope techniques and identification methods for these minerals receive substantial coverage. As part of the mineralogical sciences canon, this technical reference explores the fundamental relationships between crystal structure and mineral properties that define framework silicates' role in Earth's crust. The systematic organization and depth of data make it a core resource for researchers and students in mineralogy.

There are not enough internet reviews to create a summary of this book. Instead, here is a summary of reviews of R A Howie's overall work: Readers consistently reference R A Howie's works, particularly "An Introduction to the Rock-Forming Minerals," as key reference materials in mineralogy and petrology. What readers liked: - Clear explanations of complex mineralogical concepts - Systematic organization of mineral data - High-quality optical property descriptions - Comprehensive reference tables - Detailed crystallographic information What readers disliked: - Dense technical language for beginners - Limited diagrams in older editions - High cost of new editions - Physical weight of complete volumes On Goodreads, "An Introduction to the Rock-Forming Minerals" averages 4.5/5 stars from 89 reviews. Academic book reviews emphasize its value as a reference text, with one reviewer noting it as "the first place to look for detailed mineral information." Amazon reviews (4.7/5 from 42 reviews) highlight its usefulness for advanced students and professionals, though several mention it may overwhelm undergraduate students. A geology student on Reddit wrote: "DHZ (Deer, Howie, Zussman) saved me during my thesis work - the optical data is unmatched."

Introduction to the Rock-Forming Minerals by W A Deer, R A Howie, J Zussman This comprehensive reference covers mineral structures, compositions, and properties with detailed crystallographic data on silicate minerals.

Crystal Structure and Chemistry of Deep Earth Minerals by Charles T. Prewitt and Russell J. Hemley The text examines high-pressure minerals and their crystal structures with emphasis on framework silicates found in Earth's mantle.

Mineralogy of Volcanic Rocks by John F. Allan and James B. Thompson The book presents mineral assemblages and framework structures in volcanic environments with structural diagrams and chemical data.

Feldspars and Their Reactions by Ian Parsons This volume focuses on feldspar minerals within the framework silicate group, including their crystal chemistry and phase relationships.

Structure and Chemistry of Zeolites by Robert M. Barrer The text provides structural analysis of natural and synthetic zeolites with detailed coverage of framework configurations and bonding.

🔸 Framework silicates are the most abundant minerals in Earth's crust, making up approximately 75% of its volume and forming the backbone of many common rocks. 🔸 R.A. (Robert Andrew) Howie was a distinguished mineralogist at King's College, Cambridge, who made significant contributions to the understanding of rock-forming minerals. 🔸 The book is part of the acclaimed series "Rock-Forming Minerals," which has been a fundamental reference for geologists and mineralogists since its first publication in the 1960s. 🔸 Framework silicates, including feldspars and quartz, are essential components in both natural processes like mountain formation and human applications such as ceramics and glass-making. 🔸 The crystal structures described in this book follow complex three-dimensional patterns where silicon and oxygen atoms form intricate networks, similar to molecular architecture.