Talk:Bi-Strip Hygrometer: Difference between revisions
Jump to navigation
Jump to search
SLeithaeuser (talk | contribs) |
SLeithaeuser (talk | contribs) |
||
| Line 5: | Line 5: | ||
== Abstract == | == Abstract == | ||
These hygrometers are simple spiral springs made of a metal spring strip, which is covered with a hygroscopic gel layer on one side. They work similarly to the bi-metal springs, i.e. the hygroscopic side expands due to water absorption and a signal is transmitted proportional to the relative humidity. There are now hygrometer springs that do not even yield at a permanent exposure of 100% RH. These metal springs and their absorptive layer have been specially adjusted to reach a low hygroscopic hysteresis and the same accuracy as the [[ | These hygrometers are simple spiral springs made of a metal spring strip, which is covered with a hygroscopic gel layer on one side. They work similarly to the bi-metal springs, i.e. the hygroscopic side expands due to water absorption and a signal is transmitted proportional to the relative humidity. There are now hygrometer springs that do not even yield at a permanent exposure of 100% RH. These metal springs and their absorptive layer have been specially adjusted to reach a low hygroscopic hysteresis and the same accuracy as the [[Hygrometric Measuring Methods|hair hygrometer]]. | ||
<br><br> | <br><br> | ||
Revision as of 11:46, 28 October 2012
Author: Hans-Jürgen Schwarz
back to Air Humidity Measurement
Abstract[edit]
These hygrometers are simple spiral springs made of a metal spring strip, which is covered with a hygroscopic gel layer on one side. They work similarly to the bi-metal springs, i.e. the hygroscopic side expands due to water absorption and a signal is transmitted proportional to the relative humidity. There are now hygrometer springs that do not even yield at a permanent exposure of 100% RH. These metal springs and their absorptive layer have been specially adjusted to reach a low hygroscopic hysteresis and the same accuracy as the hair hygrometer.
SLeithaeuser 12:39, 28 October 2012 (CET)