Difference between revisions of "Open system"
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|description=An '''open system''' is a system with boundaries that allow external exchange of energy and matter; the surroundings are merely considered as a source or sink for quantities transferred across the system boundary. | |description=An '''open system''' is a system with boundaries that allow external exchange of energy and matter; the surroundings are merely considered as a source or sink for quantities transferred across the system boundary. | ||
|info=[[ | |info=[[Gnaiger 1993 Pure Appl Chem]] | ||
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== Open O2k-Chamber == | |||
{{Technical support integrated}} | |||
{{#set:Technical service=Chamber| Technical service=POS calibration}} | |||
The term "open O2k-Chamber" refers to a situation in which the liquid phase is allowed to equilibrate with a gas phase. The liquid phase is defined as the system, which is then open for the exchange of oxygen with the gas phase, finally resulting in a stable oxygen signal with a [[oxygen flux |slope over time]] of zero. Insert the stopper fully, siphon off any liquid from the receptacle of the stopper, and remove the stopper to a position defined by [[Stopper-Spacer]] to include an optimum volume of the gas phase obove the stirred liquid phase. | |||
:: '''SOP''': »[[MiPNet06.03 POS-Calibration-SOP]] | |||
Revision as of 23:48, 19 May 2015
- high-resolution terminology - matching measurements at high-resolution
Open system
Description
An open system is a system with boundaries that allow external exchange of energy and matter; the surroundings are merely considered as a source or sink for quantities transferred across the system boundary.
Reference: Gnaiger 1993 Pure Appl Chem
MitoPedia methods:
Respirometry
Labels:
HRR: Theory
Open O2k-Chamber
MitoPedia O2k and high-resolution respirometry:
O2k-Open Support
The term "open O2k-Chamber" refers to a situation in which the liquid phase is allowed to equilibrate with a gas phase. The liquid phase is defined as the system, which is then open for the exchange of oxygen with the gas phase, finally resulting in a stable oxygen signal with a slope over time of zero. Insert the stopper fully, siphon off any liquid from the receptacle of the stopper, and remove the stopper to a position defined by Stopper-Spacer to include an optimum volume of the gas phase obove the stirred liquid phase.
