By Denis A. Brosnan
For these concerned with drying of ceramic fabrics, this booklet, written via top specialists within the box, will make a good addition in your own library. which will accommodate readers with quite a lot of pursuits and talents, so much chapters are divided into sections via uncomplicated and complicated techniques. The ebook includes laboratory workouts and difficulties on the finish of every bankruptcy (with solutions to chose difficulties within the appendix).
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Extra resources for Introduction to Drying of Ceramics: With Laboratory Exercises
4: The Carnot cycle for an adiabatic process with changes in temperature (T) and pressure (p). 13 The Carnot Cycle Energy changes in ideal physical processes may be explained using a Carnot cycle, illustrated in Fig. 4. Here the process is adiabatic; that is, there is no energy lost to or absorbed from the system of interest into or from the surroundings. The process is conducted with a system (perhaps an isolated volume of gas) from an initial (or reference) State A to a higher-energy State B through a temperature change at constant pressure.
In mixes that exhibit plasticity, the mixer must work harder to achieve water distribution during filling of the larger pores. This water quantity, over and above surface and capillary moisture, is called the pore water. Finally, additional water tends to significantly separate particles in the material. In plastic forming processes, this separation adds lubricity to the system to facilitate forming. Also, the mixer must work even harder, and a point of maximum apparent viscosity is reached. Measurements of energy in mixing are, in fact, used to quantify plasticity of materials.
9 INTRODUCTION TO DRYING heat transfer mode. In all three cases, even though the heat transfer mechanism is different, the energy consumed in evaporating the water was the same (226,300 J for 100 g or 540,500 cal for 100 g). In fact, attaining a temperature of 100°C is not necessary for causing evaporation if the relative humidity above the beaker is less than 100%. In actual practice, more than one mode of heat transfer is taking place in any given drying situation. However, one mode of heat transfer is usually predominant.
Introduction to Drying of Ceramics: With Laboratory Exercises by Denis A. Brosnan