Thermodynamic Properties of Inorganic Materials

This new work offers easy and rapid retrieval of information on inorganic thermochemistry. It comprises two separate volumes containing over 25,800 references covering more than 13,400 chemical systems. The chemical systems are listed in Part A both in terms of the title of the papers in which they are discussed and as keywords defining the system of interest in terms of the elements, e.g. F-Rb-Sc. The corresponding full references to the papers are given in Part B. The references encompass all the thermodynamical properties of inorganic compounds, gases, metals, alloys and solutions. The literature on thermodynamics is a rich one, particularly on inorganic thermochemistry which is of fundamental importance to the understanding and improvement of materials and to the development of new materials. This new compilation will therefore be extremely useful for all those working in inorganic chemical engineering in the broadest sense: metallurgists, materials scientists, ceramicists, geologists, chemists, physicists or engineers involved in the treatment of thermochemical properties of compounds, gases, metals, alloys or inorganic solutions.
 
This new work offers easy and rapid retrieval of information on inorganic thermochemistry. It comprises two separate volumes containing over 25,800 references covering more than 13,400 chemical systems. The chemical systems are listed in Part A both in terms of the title of the papers in which they are discussed and as keywords defining the system of interest in terms of the elements, e.g. F-Rb-Sc. The corresponding full references to the papers are given in Part B. The references encompass all the thermodynamical properties of inorganic compounds, gases, metals, alloys and solutions. The literature on thermodynamics is a rich one, particularly on inorganic thermochemistry which is of fundamental importance to the understanding and improvement of materials and to the development of new materials. This new compilation will therefore be extremely useful for all those working in inorganic chemical engineering in the broadest sense: metallurgists, materials scientists, ceramicists, geologists, chemists, physicists or engineers involved in the treatment of thermochemical properties of compounds, gases, metals, alloys or inorganic solutions.