A classic physics textbook covering electromagnetism, part of the renowned lecture series by Richard Feynman. It presents fundamental concepts such as electric and magnetic fields, Maxwell’s equations, and electromagnetic waves with deep physical insight.
Chemistry" (also known as First Principles of Chemistry) is a comprehensive foundational textbook written by the renowned science historian and chemist F. Sherwood Taylor. This volume provides a rigorous introduction to chemical theory, atomic structure, and the properties of elements, aimed at establishing a solid conceptual framework for students. It is distinguished by the technical illustra…
This seventh edition of Robert A. Alberty's "Physical Chemistry" is a hallmark textbook designed for advanced undergraduate and graduate chemistry students. It provides a comprehensive and rigorous exploration of the physical principles governing chemical systems. Significant emphasis is placed on the three main pillars of the field: Thermodynamics, Quantum Chemistry, and Chemical Kinetics. Thi…
This technical volume serves as a comprehensive guide to the theory and practical implementation of ion-selective microelectrodes. It covers the fundamental electrochemical principles, the meticulous design processes required for creating micro-scale sensors, and their diverse applications in physiological and biological research. The text is highly detailed, featuring over 150 figures and 40 t…
This classic treatise on Physical Chemistry by Neil Kensington Adam provides a comprehensive and rigorous foundation in the fundamental principles of the field. Published by the prestigious Clarendon Press, the work covers essential topics including the properties of gases, liquids, and solids, chemical thermodynamics, and the theory of solutions. It is particularly noted for its clear expositi…
This is the 5th edition (SI Version) of the classic Physical Chemistry textbook, widely used in undergraduate chemistry courses. It belongs to Salahaddin University - College of Education Library
Advanced lecture notes covering theoretical approaches to the quantum many-body problem, including interacting particle systems and mathematical methods used in condensed matter physics.
A mathematically oriented introduction to quantum mechanics, emphasizing formal structure, operators, Hilbert space methods, and foundational principles of quantum theory for physics students.
A collection of physics problems intended for advanced secondary school and early university students. Covers mechanics, thermodynamics, electricity, and general physics problem-solving techniques.
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