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Graph: http://wumm.uni-leipzig.de:8891/sparql
http://opendiscovery.org/rdf/FDP/P_2_2 (EasyRdf\Resource)
skos:narrower http://opendiscovery.org/rdf/FDP/P_2_2_08
http://opendiscovery.org/rdf/FDP/P_2_2_08 (EasyRdf\Resource)
rdf:type tc:FlowDevelopmentPattern
skos:prefLabel "Introduction of a second flow correcting the damage from the first flow"@en
skos:note "If the harmful flow and the potentially damaged object cannot be modified, a second damage-correcting flow is introduced. The harmful effect remains, but does not produce visible results."@en
skos:definition "ransition of the harmful flow whose harmful effect is corrected by another flow."@en
skos:example "Freezing of a film of ice on the leading edge of an cavitation-damaged hydrofoil, and the setting of a layer of sugar sand on the walls of the hopper, which is abraded by the same sand."@en, "Welding with a non-consumable electrode in an inert gas.<br/> The heat flow from the arc destroys the electrode even when refractory alloys and various cooling methods are used. One possible solution to this problem is to introduce small amounts of methane into the inert gas stream. Pyrolysis of methane causes the formation of a thin film of electrically conductive soot on the cathode. This film is constantly being destroyed by the heat of the arc, but is just as constantly being regenerated. As a result, the lifetime of the electrode is considerably increased."@en
skos:broader http://opendiscovery.org/rdf/FDP/P_2_2
http://opendiscovery.org/rdf/EcoDesignNode/E1222 (EasyRdf\Resource)
skos:example "Nestl? redesign the bottle and cap to make them lighter. Also narrowed the label. "