A work on tensor analysis and differential geometry, published as Volume 1 of the Mathematics in Science and Engineering series by Academic Press in 1965.
This book provides a comprehensive introduction to flow injection analysis, including its principles, instrumentation, and practical applications in analytical chemistry.
This book presents a comprehensive overview of physicochemical techniques used in the analysis of minerals. It covers modern analytical methods and their applications in mineralogy and materials science, making it a valuable reference for researchers and students.
A collection of works on topological methods in nonlinear functional analysis, published as Volume 21 of the Contemporary Mathematics series by the American Mathematical Society.
This work provides a comprehensive review of infrared spectroscopy applied to clay minerals and their mixtures. It includes a large collection of spectra from soils, organic matter, and sediments, serving as a key reference for mineralogical and soil analysis.
This book provides detailed methods for identifying minerals under the microscope, including optical properties and petrographic techniques. It is a key reference for students and professionals in geology and mineralogy.
This book introduces the use of electron microscopy in mineralogical research, emphasizing microstructure analysis of minerals and rocks. It covers transmission electron microscopy (TEM) and includes emerging applications of scanning electron microscopy (SEM), serving both as an introductory text and a reference for advanced study.
A specialized scientific text focusing on small-angle X-ray scattering techniques used for studying the structure of materials at the nanoscale.
A foundational academic text covering methods and techniques used in X-ray crystallography for determining crystal structures.
This book provides a practical introduction to qualitative organic analysis, guiding students in the identification of organic compounds. It integrates classical chemical tests with modern spectroscopic methods, helping learners understand both theoretical principles and laboratory applications.