Refrigerant R134a Properties & Spec. Freon 134 (R134a Freon) Properties.
Refrigerant R134a is a hydrofluorocarbon (HFC) that has zero potential to cause the depletion of the ozone layer and very little greenhouse effect. …
Continue ReadingRefrigerant R134a is a hydrofluorocarbon (HFC) that has zero potential to cause the depletion of the ozone layer and very little greenhouse effect. …
Continue ReadingWater injection in superheater and reheater of boiler is a common method adopted by boiler designers. Within designed limit spraying in superheater …
Continue ReadingA degree in structural engineering can be the start of a rewarding civil engineering career for dedicated engineering students. Many areas of …
Continue ReadingThe article discusses different types of globe valves used on board ships and in the engine room, their construction, different components, materials …
Continue ReadingThe study of the ocean floor topography is interesting since it offers details of a vast area comprised of hills, mountains, and valleys, all covered …
Continue ReadingThe chemical name of refrigerant R11 is trichloromonofluoromethane and its chemical formula is CCl3F. Refrigerant R11 is chlorofluorocarbon (CFC). R11 …
Continue ReadingKeeping track of ships sailing at sea has become an important aspect of maritime navigation these days. The Automatic Identification system (AIS) is a …
Continue ReadingPower production has become such a competitive and stringent commodity in the world that it needs to be produced like any other consumable. The …
Continue ReadingThe most widely used refrigerant, R12 is a CFC and high potential to cause ozone layer destruction. The best replacement for R12 is R134a refrigerant. …
Continue ReadingThis article will discuss basic cam follower design terminologies and the cam follower design process for creating a cam profile.
Continue ReadingWith a mere touch of your finger you can operate any electrical load you wish to. Learn how simple it is to construct a touch sensitive switch.
Continue ReadingISO 5167 is a standard for calculating the orifice discharge coefficient of an orifice flow meter, which is widely used for pipe flow rate …
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