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Explosive > Heat Capacity
The following information is about Heat Capacity.
Heat Capacity Defined
Heat capacity or thermal capacity, ratio of the change in Heat energy of a unit mass of a substance to the change in Temperature of the substance. The heat capacity is a characteristic of a substance; it is often expressed in Calories per gram per degree Celsius or British Thermal Units per pound per degree Fahrenheit. Also Specific Heat.
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Off-site Heat Capacity Links, User Submitted
The following links have been collected through user bookmark submission in the Heat Capacity category. Please note, because these resources are off-site we cannot guarantee the accuracy or quality of any information.
Sun Jun 28
- Results for 'su:Solids Thermal properties Measurement.' [WorldCat.org]
- Thermal expansion of solids - Google Recherche de Livres
Mon Jun 22
- Fonction polylogarithme - Définition - Encyclopédie scientifique en ligne
- Phonons and the Debye Specific Heat
Fri Jun 12
Sat May 2
- Heat capacities of elastic solids
- ScienceDirect - Fluid Phase Equilibria : Complex heat capacity of non-Debye process in glassy glucose and fructose
Wed Apr 22
- Heat capacities of dissolved solids: In my previous article on the topic, I suggested a method called dimoplon rule for estimating the heat capacity for solution with dissolved solids. The method was giving a detailed estimate with accurate prediction for such values of specific heat capacities. However, I am also giving a very quick method for such evaluations with some approximation. The results from this method are accurate enough for preliminary estimates and are not too far from experimental values compared to previous method
- Heat Capacity with Dissolved Solids: You are working on some design problem where a concentrated salt solution is under consideration and you are looking for its heat capacity. In such situation, will you use it to be equal to water Or it will be significantly different. Yes, the answer is that it will be significantly different than water depending on its concentration. The deviation goes higher & higher if concentration increases. The discussed equations are very useful for heat transfer calculations for slurry systems as well as solid handling systems. So how to calculate it? Find out the easy way to calculate it
Wed Feb 11
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