Discharge, also called flow, is the amount of water that flows past a given point in a given amount of time. This is the product of the crosssectional area multiplied by the velocity. The rate of discharge is expressed as cubic feet per second ("cfs" or "ft3/sec").
The stagedischarge relation for openchannel flow at a gauging station is governed by channel conditions downstream from the gauge. Knowledge of the channel features that control the stagedischarge relation is therefore a crucial component in developing rating curves.
The inner radiation shield is in contact with the discharge channel. The inner radiation shield is not welded to the rest of the radiation shield structure around the discharge channel, which means that there is not a good conductive path to transfer the heat away from the inner wall and lower the temperature.
30m north of reactor5 and 6 discharge channel : 260 Bq/m3 south of reactor1~4 discharge channel : 220 Bq/m3 Tepco admitted the connection between the detection and Fukushima accident, but doesn't consider it to be a problem to take countermeasures.
The Metropolitan Area Outer Underground Discharge Channel (Japanese: 首都圏外郭放水路, romanized: shutoken gaikaku hōsuiro), is an underground water infrastructure project in Kasukabe, Saitama, is the world's largest underground flood water diversion facility, built to mitigate overflowing of the city's major waterways and rivers during rain and typhoon seasons.
The TPD7S019 device is an integrated electrostatic discharge (ESD) circuit protection solution for VGA and DVII connectors. It integrates transient voltage suppression (TVS) protection diodes for VIDEO, DDC and SYNC signals and meets the IEC standard for ±8kV contact ESD protection.
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Manning's Equation One the most commonly used equations governing Open Channel Flow is known as the Mannings's Equation. It was introduced by the Irish Engineer Robert Manning in 1889 as an alternative to the Chezy Equation.
The Manning equation is useful for a variety of open channel flow calculations involving parameters such as water flow rate, flow velocity, channel slope, channel roughness, water flow depth, and channel size and shape parameters. For a natural channel, river discharge (water .
When a channel is operating in the subcritical flow regime, the formation of a hydraulic jump is not possible. If the channel crosssection and the discharge are constant, then the regime of flow becomes a function of the slope of the channel.
Find answers for the crossword clue: Discharge. We have 19 answers for this clue.
Question: Specific Discharge Of A Wide Rectangular Channel Is /s (Q /s/m). The Channel Consists Of Two Long Reaches Having The Following Bed Slope, So1 (for ABC), And So2 = For (CDE), (see Figure 1) Respectively.
Stream Discharge. The shape of the channel is important because of the reduction in velocity due to friction along the channel margins. In a natural situation, an increase in discharge (cubic feet/second) will result in an increase in all three parameters the river becomes wider, deeper and flows at a .
The link below appears to have a lot of calculators for evaluating the flow though channels including trapezoidal ones. I hope it can guide you in your understanding. Because of the different flow conditions along the sloped sides I do not think that it is really possible to get a realistic unit discharge rate as with the rectangular channel.
Another deterministic discharge used to represent the channelforming discharge is a specified recurrence interval discharge, typically between the mean annual and fiveyear peak. The third deterministic discharge is the effective discharge, which is defined as the discharge that transports the largest fraction of the average annual bed ...