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... to measure the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipes.When used with the supporting Lanry DOF6000 calculator, the...
... to measure the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipes.When used with the supporting Lanry DOF6000 calculator, the...
... to measure the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipelines. When used with the matching lanry dof6000 calculator,...
... to measure the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipes.When used with the supporting Lanry DOF6000 calculator, the...
... to measure the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipes.When used with the supporting Lanry DOF6000 calculator, the...
... to measure the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipes.When used with the supporting Lanry DOF6000 calculator, the...
...Flow calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 Sensor is used to measure water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When ...
... calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 Sensor is used to measure water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When used...
... Objectives / Experiments time dependency until the steady state is reached calculate the thermal conductivity lambda of different metals calculate the thermal resistance of the sample heat transfer with dif...
...Flow calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 Sensor is used to measure water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When ...
...Flow calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 Sensor is used to measure water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When ...
... calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 sensor measures the speed, depth and conductivity of water flowing in rivers, streams, open channels and pipes.When used in conjunction w...
...Flow calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 Sensor is used to measure water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When ...
...Flow calculator and the Ultraflow QSD 6537 Sensor. The Ultraflow QSD 6537 Sensor is used to measure water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When ...
... water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When used with a companion Lanry DOF6000 Calculator, flow rate and total flow can also be...
... water velocity, depth, and conductivity of water flowing in rivers, streams, open channels and pipes. When used with a companion Lanry DOF6000 Calculator,...
... load, the sample is heated at a certain heating rate to achieve the specified thickness shrinkage rate. The thermal load shrinkage temperature is calculated by interpolation and calculated. Standard: GB...
... temperature and conductivity of water flowing in rivers, streams, open channels and pipes. When used with a companion Lanry calculator, flow rate and total flow can also be calculated. Ultraflow 6537 Instru...
... filament lamp, a 90° detector for monitoring scattered light and a transmission light detector.The turbidimeter microprocessor calculates the signal ratio from the 90° detector and the transmission photodet...
... and settlement phase should be considered in design calculations. The lower load bearing capacity of screen pipes with slots should be considered when developing the well or when pumping (due to large diffe...