What is a bomb calorimeter?

Calorimeter of the bomb is a laboratory device that contains a "bomb" or combustion chamber-united from non-realactive stainless steel-in which the organic compound is consumed by burning in oxygen. The Dewar flask, which holds a specific amount of water in which the bomb is immersed, is included. All heat (Q) generated by combustion passes into water, the temperature (T) rises and is very carefully measured. The weight, temperatures and parameters of the apparatuses can be determined by accurate heat or "enthalpy" of combustion (ΔH _{c c = c Data editing is necessary due to the characteristics of Calorim itselfEtra bombs; The heat combustion of the start of the fuse and the fact that the calorimeter of the bomb only works only approximately adiabatically.}

Calorimeter bomb has a number of applications, including technical and industrial use. Historically, hydrocarbons and hydrocarbon derivatives were burned in a calorimeter bomb to assign the energy of bonds in the calorimeter bomb. The device was also used to derive theoretical stabilization energies, such as the energy of pi-vessels in aromatic compounds. The procedure can be proven - no if practiced - students as part of the university instruction. Industrial bomb calorimeter is used in the testing of driving substances and explosives, in the study of food and metabolism and in the evaluation of combustion and greenhouse gases.

Due to the example of one aromatic solvent, benzene (c _{6 h 6 ), each molecule is six equivaleEntal carbon bonds and six equivalent carbon-hydrogen bonds. Without the concept of resonance, carbon tub in benzene should seem to differ-there should be three double bonds and three individual bonds. Benzene should be well represented by fictitious chemicals 1, 3, 5-cyclohexatrien. However, the actual energy of six uniform bonds through the use of a calorimeter bomb gives it a 36 kcal/mol or 151 kJ/mol for benzene. This energy difference is the energy of benzene stabilization.}