phenylamines synthesis
phenylaminers syntese
phenylamines derivatives
phenylaminers derivater
phenylamines structure
phenylaminers struktur
phenylamines properties
phenylaminers egenskaber
phenylamines reaction
phenylaminers reaktion
phenylamines analysis
phenylaminers analyse
phenylamines toxicity
phenylaminers toksicitet
phenylamines applications
phenylaminers anvendelser
phenylamines classification
phenylaminers klassifikation
phenylamines compounds
phenylaminers forbindelser
phenylamines are important in the production of dyes.
phenylaminer er vigtige i produktionen af farvestoffer.
researchers are studying the effects of phenylamines on human health.
forskere studerer virkningerne af phenylaminer på menneskers sundhed.
phenylamines can be used as intermediates in organic synthesis.
phenylaminer kan bruges som mellemprodukter i organisk syntese.
some phenylamines are known to be carcinogenic.
nogle phenylaminer er kendt for at være kræftfremkaldende.
phenylamines can react with nitrous acid to form diazonium salts.
phenylaminer kan reagere med salpetersyre og danne diazonsalte.
in the lab, phenylamines are often used in chemical experiments.
i laboratoriet bruges phenylaminer ofte i kemiske eksperimenter.
phenylamines are found in many pharmaceutical compounds.
phenylaminer findes i mange farmaceutiske forbindelser.
safety precautions are necessary when handling phenylamines.
der er nødvendige sikkerhedsforanstaltninger ved håndtering af phenylaminer.
phenylamines can undergo oxidation reactions.
phenylaminer kan gennemgå oxidation.
understanding the properties of phenylamines is crucial for chemists.
at forstå phenylaminers egenskaber er afgørende for kemikere.
phenylamines synthesis
phenylaminers syntese
phenylamines derivatives
phenylaminers derivater
phenylamines structure
phenylaminers struktur
phenylamines properties
phenylaminers egenskaber
phenylamines reaction
phenylaminers reaktion
phenylamines analysis
phenylaminers analyse
phenylamines toxicity
phenylaminers toksicitet
phenylamines applications
phenylaminers anvendelser
phenylamines classification
phenylaminers klassifikation
phenylamines compounds
phenylaminers forbindelser
phenylamines are important in the production of dyes.
phenylaminer er vigtige i produktionen af farvestoffer.
researchers are studying the effects of phenylamines on human health.
forskere studerer virkningerne af phenylaminer på menneskers sundhed.
phenylamines can be used as intermediates in organic synthesis.
phenylaminer kan bruges som mellemprodukter i organisk syntese.
some phenylamines are known to be carcinogenic.
nogle phenylaminer er kendt for at være kræftfremkaldende.
phenylamines can react with nitrous acid to form diazonium salts.
phenylaminer kan reagere med salpetersyre og danne diazonsalte.
in the lab, phenylamines are often used in chemical experiments.
i laboratoriet bruges phenylaminer ofte i kemiske eksperimenter.
phenylamines are found in many pharmaceutical compounds.
phenylaminer findes i mange farmaceutiske forbindelser.
safety precautions are necessary when handling phenylamines.
der er nødvendige sikkerhedsforanstaltninger ved håndtering af phenylaminer.
phenylamines can undergo oxidation reactions.
phenylaminer kan gennemgå oxidation.
understanding the properties of phenylamines is crucial for chemists.
at forstå phenylaminers egenskaber er afgørende for kemikere.
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