Cold Fusion 7
Simple vapor compression refrigeration cold fusion 7 cycle works as follows. It consists of evaporator, compressor, condenser and throttle composed of four main parts, pipe connections cold fusion application between them into a completely closed system of work. Refrigerant in the cycle of the four major processes are as follows: vacuum cooling through evaporation of liquid refrigerant low temperature and pressure cold fusion 7 in the evaporator to absorb a lot of latent heat and evaporation to lower the temperature inside the cold room. compression compressor suction steam evaporator, so that the liquid refrigerant within the evaporator vacuum evaporation; while low-voltage low-temperature vapor compression compressor again into the high temperature and pressure steam, sent to the condenser. To provide cold fusion 7 a liquefied refrigerant vapor pressure conditions. Refrigeration compressor is the driving force and heart, once the cold fusion 7 compressor stop working, the refrigeration cycle will stop running. Condensation from the compressor of high pressure steam in the condenser heat release followed by cooling, liquefaction, into high-pressure liquid at room temperature, and sent to the throttle. throttling process will throttle temperature high-pressure liquid from the condenser to save money in blood pressure, a low-temperature liquid refrigerant, and sent to the evaporator in order to re-evaporation cooling. This constant cold fusion 7 circulation, cooling purposes. Many different types of refrigerants, including ammonia and Freon refrigerants such as 10 species are widely used in vapor compression refrigeration system. International regulations, refrigerant letter code are indicated with R, R is the English name of Refrigerant first letter. According to the chemical composition of the refrigerant can be classified. Inorganic compounds, refrigerants such as water, ammonia and air. halogen or carbon compounds, the refrigerant Freon refrigerants, they are many types cold fusion 7 but are methane, ethane, propane derivatives, with fluorine, chlorine and bromine atoms instead of hydrocarbons in all or part of the cold fusion 7 hydrogen atomic derivation.