Purification Technology Edition: Daily Question [2017-11-23]
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What is throttling? What are the common throttling devices? Throttling refers to the process in which, when a fluid encounters a constriction or valve in a pipe, its pressure decreases and its volume increases. Common devices used for throttling include orifice plates, pressure regulators, nozzles, Venturi tubes, and Venturi nozzles.
That is, the process in which the pressure of a fluid decreases and its volume increases when it encounters a constriction or valve in a pipe； Commonly used devices include: orifice plates, pressure relief valves, nozzles, Venturi tubes, and Venturi nozzles
It refers to a device in which, when fluid flowing through pipes passes through a throttling element, the flow stream contracts locally at that element, resulting in an increase in flow velocity and a decrease in static pressure; thus, a pressure difference is created before and after the throttling element. It can also be called a throttling flow meter. It includes standard throttling devices: standard orifice plates, standard nozzles, and venturi tubes. There are also non-standard throttling devices such as truncated orifice plates, 1/4 circle nozzles, dual orifice plates, V-cones, wedge flow meters, etc. Non-standard throttling devices must undergo actual flow calibration before they can be used
Throttling refers to the phenomenon where, as fluid flowing through a pipe passes through a throttling element in that pipe, the flow stream contracts locally at the throttling element, resulting in an increase in flow velocity and a decrease in static pressure; this creates a difference in static pressure before and after the throttling element. Throttling devices include standard ones such as standard orifice plates, standard nozzles, and Venturi tubes; there are also non-standard throttling devices including annular orifice plates, 1/4 circle nozzles, dual orifice plates, V-cones, wedge flow meters, etc.
The process in which the pressure of a fluid decreases and its volume increases when it encounters a constriction or valve in a pipe. Commonly used devices include: orifice plates, pressure relief valves, nozzles, and Venturi tubes.
Throttling is the process in which, when a fluid encounters a constriction or valve in a pipe, its pressure decreases and its volume increases. Commonly used devices include; orifice plates, pressure relief valves, nozzles, venturi tubes, and venturi nozzles.
Throttling is the process in which, when a fluid encounters a constriction or valve in a pipe, its pressure decreases and its volume increases. Common devices used for this purpose include orifice plates, pressure reducing valves, nozzles, Venturi tubes, and Venturi nozzles.
It refers to a device in which, when fluid flowing through pipes passes through a throttling element, the flow stream contracts locally at that element, resulting in an increase in flow velocity and a decrease in static pressure; thus, a pressure difference is created before and after the throttling element. It can also be called a throttling flow meter. It includes standard throttling devices: standard orifice plates, standard nozzles, and Venturi tubes. There are also non-standard throttling devices such as truncated orifice plates, 1/4 circle nozzles, double orifice plates, V-cones, wedge flow meters, etc. Non-standard throttling devices must undergo actual flow calibration before they can be used.
The process in which the pressure of a fluid decreases and its volume increases when it encounters a constriction or valve in a pipe. Commonly used devices include: orifice plates, pressure relief valves, nozzles, and Venturi tubes
It refers to a device in which, when fluid flowing through pipes passes through a throttling element, the flow stream contracts locally at that element, resulting in an increase in flow velocity and a decrease in static pressure; thus, a pressure difference is created before and after the throttling element. It can also be called a throttling flow meter. It includes standard throttling devices: standard orifice plates, standard nozzles, and venturi tubes. There are also non-standard throttling devices such as truncated orifice plates, 1/4 circle nozzles, dual orifice plates, V-cones, wedge flow meters, etc. Non-standard throttling devices must undergo actual flow calibration before they can be used