radiolysis products
radiolysprodukter
radiolysis effects
radiolysvirkninger
radiolysis process
radiolysprocessen
radiolysis studies
radiolysstudier
radiolysis mechanism
radiolysmekanisme
radiolysis reactions
radiolysreaktioner
radiolysis applications
radiolysanvendelser
radiolysis analysis
radiolysanalyse
radiolysis experiments
radiolysforsøg
radiolysis phenomena
radiolysfænomener
the study of radiolysis is crucial in understanding radiation effects on materials.
Studiet af radiolysis er afgørende for at forstå strålingens virkning på materialer.
radiolysis can lead to the formation of free radicals in aqueous solutions.
Radiolysis kan føre til dannelsen af frie radikaler i vandige opløsninger.
scientists are exploring the applications of radiolysis in environmental remediation.
Forskere undersøger anvendelsesmulighederne for radiolysis i miljøsanering.
understanding radiolysis is important for nuclear waste management.
At forstå radiolysis er vigtigt for håndtering af atomaffald.
radiolysis plays a significant role in the chemistry of radiation therapy.
Radiolysis spiller en væsentlig rolle i kemien bag strålebehandling.
the products of radiolysis can be used to study chemical reactions.
Produkterne fra radiolysis kan bruges til at studere kemiske reaktioner.
researchers are investigating the mechanisms of radiolysis under different conditions.
Forskere undersøger mekanismerne for radiolysis under forskellige forhold.
radiolysis can affect the stability of pharmaceuticals in radiation environments.
Radiolysis kan påvirke stabiliteten af lægemidler i strålingsmiljøer.
the effects of radiolysis on biological systems are an area of active research.
Virkningsgraden af radiolysis på biologiske systemer er et område for aktiv forskning.
radiolysis is a key process in the degradation of pollutants in water.
Radiolysis er en nøgleproces i nedbrydningen af forurenende stoffer i vand.
radiolysis products
radiolysprodukter
radiolysis effects
radiolysvirkninger
radiolysis process
radiolysprocessen
radiolysis studies
radiolysstudier
radiolysis mechanism
radiolysmekanisme
radiolysis reactions
radiolysreaktioner
radiolysis applications
radiolysanvendelser
radiolysis analysis
radiolysanalyse
radiolysis experiments
radiolysforsøg
radiolysis phenomena
radiolysfænomener
the study of radiolysis is crucial in understanding radiation effects on materials.
Studiet af radiolysis er afgørende for at forstå strålingens virkning på materialer.
radiolysis can lead to the formation of free radicals in aqueous solutions.
Radiolysis kan føre til dannelsen af frie radikaler i vandige opløsninger.
scientists are exploring the applications of radiolysis in environmental remediation.
Forskere undersøger anvendelsesmulighederne for radiolysis i miljøsanering.
understanding radiolysis is important for nuclear waste management.
At forstå radiolysis er vigtigt for håndtering af atomaffald.
radiolysis plays a significant role in the chemistry of radiation therapy.
Radiolysis spiller en væsentlig rolle i kemien bag strålebehandling.
the products of radiolysis can be used to study chemical reactions.
Produkterne fra radiolysis kan bruges til at studere kemiske reaktioner.
researchers are investigating the mechanisms of radiolysis under different conditions.
Forskere undersøger mekanismerne for radiolysis under forskellige forhold.
radiolysis can affect the stability of pharmaceuticals in radiation environments.
Radiolysis kan påvirke stabiliteten af lægemidler i strålingsmiljøer.
the effects of radiolysis on biological systems are an area of active research.
Virkningsgraden af radiolysis på biologiske systemer er et område for aktiv forskning.
radiolysis is a key process in the degradation of pollutants in water.
Radiolysis er en nøgleproces i nedbrydningen af forurenende stoffer i vand.
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