Difference between revisions of "Inline measurement techniques"
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* The sensors are well protected and therefore have a longer lifetime | * The sensors are well protected and therefore have a longer lifetime | ||
* The calibration of the sensors is more stable and the calibration procedure is easier | * The calibration of the sensors is more stable and the calibration procedure is easier | ||
| − | * [[Biofouling|Biofouling]] can easily prevented by applying chemical methods (cleaning). | + | * [[Biofouling|Biofouling]] can easily be prevented by applying chemical methods (cleaning). |
Inline measurement is closely related to [[in situ]] measurement. | Inline measurement is closely related to [[in situ]] measurement. | ||
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* [[Instruments and sensors to measure environmental parameters]] | * [[Instruments and sensors to measure environmental parameters]] | ||
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|AuthorID1=5068 | |AuthorID1=5068 | ||
|AuthorName1=Schroeder, Friedhelm | |AuthorName1=Schroeder, Friedhelm | ||
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|AuthorName2= Ralfprien | |AuthorName2= Ralfprien | ||
|AuthorFullName2=Prien, Ralf}} | |AuthorFullName2=Prien, Ralf}} | ||
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| + | [[Category:Articles by Prien, Ralf ]] | ||
Latest revision as of 14:43, 3 August 2011
Definition of Inline measurement:
Inline measurement implies that sensors or instruments are situated in a flow-through system, e.g., on board a ship, in which water is pumped from the outside. The advantages of "inline" measurements are:
This is the common definition for Inline measurement, other definitions can be discussed in the article
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