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Heat (physics)
Heat
Ardley, Neil. Heat. New Discovery, 1992. Defines heat and discusses its properties, origins, and uses.
Lafferty, Peter. Heat and Cold (Let's Investigate Science). Benchmark, 1995. Explains the effects of heat and cold and how these effects can be used; includes suggestions for experiments.
Olesky, Walter. Experiments with Heat (New True Books). Children's Press, 1986. Scientific explanations and experiments that demonstrate the nature of heat, for younger readers.
Temperature
Schachtman, Tom.  Absolute Zero and the Conquest of Cold.  Houghton, 1999.  The history of cold technology and its importance in the 20th century.
Kavaler, Lucy. A Matter of Degree: Heat, Life, and Death. Harper, 1981. Popular treatment of heat and its effects.
Walpole, Brenda. Temperature (Measure Up with Science). Gareth Stevens, 1995. An introduction to temperature concepts for younger readers.
Wilson, David. The Colder the Better. Atheneum, 1980. Popular history of the science of cold; ancient uses and modern innovations.
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Thermodynamics
Challoner, Jack. Hot and Cold. Raintree Steck-Vaughn, 1996. Provides simple activities that introduce the concepts of hot and cold in relation to melting and freezing, as well as temperature measurement; for younger readers.
Klotz, Irving, and Robert M. Rosenberg. Chemical Thermodynamics: Basic Theories and Methods. Wiley, 1994. Easy to read.
Mendelssohn, K. The Quest for Absolute Zero: The Meaning of Low Temperature Physics. Taylor & Francis, 1977. History of low temperature research.
Morowitz, Harold J. The Thermodynamics of Pizza. Rutgers University Press, 1991, 1992. Written for the general reader, this book has chapters on many science subjects. The opening essay discusses the thermodynamics of heat transfer and heat retention using a widely available example—pizza.
Planck, Max.  Trans. Morton Masius. Theory of Heat Radiation. Blakiston, Reprint, Dover, 1914. 1991. Planck's second (1914) edition. A classic text.
Van Baeyer, Hans Christian. Maxwell's Demons: Why Heat Disperses and Time Passes. Random House, 1998. An engaging look at heat, energy, and entropy and the first two laws of thermodynamics.
Wark, Kenneth, and Donald E. Richards. Thermodynamics. McGraw-Hill, 1998. From mechanical and chemical engineering perspectives.

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