What is a mass transmission?
Mass transfer concerns the movement of matter from place to place, resulting in a clean change in the location of the mass. This term is most often used in industrial or engineering context to refer to processes involving diffusion, but may also apply to other phenomena in some technical or scientific areas. Material transmission takes place in a wide range of phenomena, from industrial processes to the provincial climate and weather to the movements of heavenly bodies. All molecules in liquids and gases are in continuous movement, causing the concentration of the substance to spread until their mass is evenly distracted, a process called molecular diffusion. This is why, for example, a drop of food color spreads in water until it mixes evenly with water and why the building can expand natural gas from gas leakage or carbon monoxide from the fire. Other characteristics are also prevented by CS matter such as heat, pressure and momentum, and this can also cause the movement of matter.
Mass transfer is important in industry and engineering. Separation processes that divide substances into separate products with different characteristics are based on the transmission of mass. In the modern industry, a wide range of separation processes is used and can use either purely mechanical transmission means or to integrate chemical reactions. Distillation and crystallization are first examples, while chemical processes used to refine oil are examples of the second.
It is also important in many natural phenomena. It is essential for life because diffusion is one of the main mechanisms by which the body moves the basic materials. The transfer of particle mass in the atmosphere, whether through molecular diffusion or because of the pressure of temperature gradients, controls the weather and climate of the ground.
Mass transmission in astrophysics refers to the transmission of mass from one object, most often stars, to another object through gravity. The matter of each star createsThe area of the space in which matter is bound to the star by its gravity. This is called LALOK Roche, which surrounds the star and differs in size according to the mass of the star. Any matter of a star dating back to this area can potentially be pulled out by the gravity of another massive object, such as a stars companion in the binary system, leading to mass transmission. This is the cause of a series of astronomical phenomenon in binary stellar systems such as Novae, which occurs when the white dwarf star increases sufficient mass of its accompanying star to set out on nuclear fusion and X -ray emissions produced by X -ray systems