non-condensable gas
niet-condenseerbaar gas
non-condensable vapor
niet-condenseerbare damp
being non-condensable
niet-condenseerbaar zijn
non-condensable fraction
niet-condenseerbaar aandeel
treat as non-condensable
behandelen als niet-condenseerbaar
non-condensable components
niet-condenseerbare componenten
considered non-condensable
beschouwd als niet-condenseerbaar
non-condensable behavior
niet-condenseerbaar gedrag
initially non-condensable
initieel niet-condenseerbaar
highly non-condensable
zeer niet-condenseerbaar
the non-condensable gases significantly reduced the system's efficiency.
we need to minimize the amount of non-condensable air in the boiler.
non-condensable components like nitrogen and carbon dioxide are common.
proper venting removes non-condensable gases from the steam line.
high levels of non-condensable gases can cause corrosion problems.
monitoring non-condensable gas levels is crucial for optimal performance.
the non-condensable fraction increased due to air leakage.
we analyzed the impact of non-condensable gases on heat transfer.
reducing non-condensable content improves overall system performance.
the presence of non-condensable gases affects steam quality.
we implemented a strategy to remove non-condensable components.
non-condensable gas
niet-condenseerbaar gas
non-condensable vapor
niet-condenseerbare damp
being non-condensable
niet-condenseerbaar zijn
non-condensable fraction
niet-condenseerbaar aandeel
treat as non-condensable
behandelen als niet-condenseerbaar
non-condensable components
niet-condenseerbare componenten
considered non-condensable
beschouwd als niet-condenseerbaar
non-condensable behavior
niet-condenseerbaar gedrag
initially non-condensable
initieel niet-condenseerbaar
highly non-condensable
zeer niet-condenseerbaar
the non-condensable gases significantly reduced the system's efficiency.
we need to minimize the amount of non-condensable air in the boiler.
non-condensable components like nitrogen and carbon dioxide are common.
proper venting removes non-condensable gases from the steam line.
high levels of non-condensable gases can cause corrosion problems.
monitoring non-condensable gas levels is crucial for optimal performance.
the non-condensable fraction increased due to air leakage.
we analyzed the impact of non-condensable gases on heat transfer.
reducing non-condensable content improves overall system performance.
the presence of non-condensable gases affects steam quality.
we implemented a strategy to remove non-condensable components.
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