calcium carbonates
calciumcarbonater
sodium carbonates
natriumcarbonater
potassium carbonates
kaliumcarbonater
magnesium carbonates
magnesiumcarbonater
ammonium carbonates
ammoniumcarbonater
iron carbonates
jerncarbonater
alkaline carbonates
alkalisk carbonat
heavy carbonates
tunge carbonater
alkaline earth carbonates
jordalkalicarbonater
carbonate minerals
carbonatmineraler
carbonates are essential for maintaining the ph balance in aquatic systems.
carbonater er essentielle for at opretholde den rette pH-balance i akvatiske systemer.
many minerals, including carbonates, play a significant role in geology.
mange mineraler, herunder carbonater, spiller en betydelig rolle i geologien.
carbonates can dissolve in water, affecting water hardness.
carbonater kan opløses i vand, hvilket påvirker vandets hårdhed.
researchers study carbonates to understand climate change impacts.
forskere studerer carbonater for at forstå klimaændringernes indvirkning.
carbonates are commonly found in sedimentary rocks.
carbonater findes almindeligvis i sedimentære bjergarter.
in chemistry, carbonates react with acids to produce carbon dioxide.
i kemi reagerer carbonater med syrer og danner kuldioxid.
calcium carbonates are often used in antacids.
calciumcarbonater bruges ofte i antacida.
carbonates can form through biological processes in oceans.
carbonater kan dannes gennem biologiske processer i oceanerne.
some carbonates are valuable for industrial applications.
nogle carbonater er værdifulde for industrielle anvendelser.
carbonates contribute to the formation of limestone.
carbonater bidrager til dannelsen af kalksten.
calcium carbonates
calciumcarbonater
sodium carbonates
natriumcarbonater
potassium carbonates
kaliumcarbonater
magnesium carbonates
magnesiumcarbonater
ammonium carbonates
ammoniumcarbonater
iron carbonates
jerncarbonater
alkaline carbonates
alkalisk carbonat
heavy carbonates
tunge carbonater
alkaline earth carbonates
jordalkalicarbonater
carbonate minerals
carbonatmineraler
carbonates are essential for maintaining the ph balance in aquatic systems.
carbonater er essentielle for at opretholde den rette pH-balance i akvatiske systemer.
many minerals, including carbonates, play a significant role in geology.
mange mineraler, herunder carbonater, spiller en betydelig rolle i geologien.
carbonates can dissolve in water, affecting water hardness.
carbonater kan opløses i vand, hvilket påvirker vandets hårdhed.
researchers study carbonates to understand climate change impacts.
forskere studerer carbonater for at forstå klimaændringernes indvirkning.
carbonates are commonly found in sedimentary rocks.
carbonater findes almindeligvis i sedimentære bjergarter.
in chemistry, carbonates react with acids to produce carbon dioxide.
i kemi reagerer carbonater med syrer og danner kuldioxid.
calcium carbonates are often used in antacids.
calciumcarbonater bruges ofte i antacida.
carbonates can form through biological processes in oceans.
carbonater kan dannes gennem biologiske processer i oceanerne.
some carbonates are valuable for industrial applications.
nogle carbonater er værdifulde for industrielle anvendelser.
carbonates contribute to the formation of limestone.
carbonater bidrager til dannelsen af kalksten.
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