Thermal Properties of Solids at Room and Cryogenic Temperatures

Thermal Properties of Solids at Room and Cryogenic Temperatures is a specialized reference on the thermal behavior of solid materials over a broad temperature range, extending from room temperature to cryogenic conditions. It adopts a scientific and engineering-oriented approach to three fundamental material properties: heat capacity, thermal expansion, and thermal conductivity. The book explains the importance of accurately characterizing these properties in the design of instruments and systems operating under extreme temperature conditions. Alongside theoretical foundations, it provides experimental data and updated information on the thermal properties of a wide range of materials. The first part focuses on heat capacity, its physical foundations, and experimental techniques for measuring it at low temperatures. It examines the thermal behavior of solids and presents specific heat data for different materials. The second part addresses thermal expansion, the coefficient of thermal expansion, and experimental methods for measuring this property under cryogenic conditions. The third part explores electrical and thermal conductivity, the relationship between these properties, experimental techniques for measuring thermal conductivity, and tabulated data for various materials across different temperature ranges. A major strength of this book is its integration of physical principles, experimental measurement techniques, and practical material property data. Detailed descriptions of cryogenic experiments and apparatus, together with extensive tables and experimental results, make it a useful reference for material characterization and engineering design at low temperatures. It is particularly relevant to graduate students, materials scientists, physicists, and cryogenic engineers involved in cryostats, superconducting equipment, and cooling systems for quantum computing hardware.