micropores present
microporer til stede
analyzing micropores
analyserer microporer
micropore size
microporstørrelse
micropores formed
microporer dannet
micropores within
microporer inden for
micropore distribution
fordeling af microporer
containing micropores
indeholdende microporer
micropores observed
observerede microporer
micropores network
micropor-netværk
micropores structure
struktur af microporer
the activated carbon contained numerous micropores, enhancing its adsorption capacity.
Aktiveret kul indeholdt mange mikroporer, hvilket forbedrede dets adsorptionskapacitet.
analyzing the pore size distribution revealed a significant presence of micropores.
Analyseren af porstørrelsesfordelingen viste en betydelig tilstedeværelse af mikroporer.
micropores provide a large surface area for gas adsorption and liquid storage.
Mikroporer tilbyder en stor overfladeareal til gasadsorption og væskeopslag.
the catalyst's performance was strongly linked to the density of its micropores.
Katalysatorens ydeevne var stærkt forbundet med densiteten af dets mikroporer.
creating materials with controlled micropores is a challenge in materials science.
At skabe materialer med kontrollerede mikroporer er en udfordring inden for materialvidenskab.
micropores in the membrane allowed for selective gas separation.
Mikroporerne i membranen tillod selektiv adskillelse af gasser.
the presence of micropores improved the material's water retention properties.
Tilstedeværelsen af mikroporer forbedrede materialets vandfastholdelsesegenskaber.
researchers are exploring methods to engineer micropores into polymer structures.
Forskerne undersøger metoder til at designe mikroporer ind i polymerstrukturer.
micropores contribute significantly to the material's specific surface area.
Mikroporer bidrager betydeligt til materialets specifikke overfladeareal.
the material's microporous structure facilitated drug delivery.
Materialets mikroporede struktur faciliterede medicinudlevering.
characterizing micropores is crucial for understanding material behavior.
At karakterisere mikroporer er afgørende for forståelsen af materialets adfærd.
micropores present
microporer til stede
analyzing micropores
analyserer microporer
micropore size
microporstørrelse
micropores formed
microporer dannet
micropores within
microporer inden for
micropore distribution
fordeling af microporer
containing micropores
indeholdende microporer
micropores observed
observerede microporer
micropores network
micropor-netværk
micropores structure
struktur af microporer
the activated carbon contained numerous micropores, enhancing its adsorption capacity.
Aktiveret kul indeholdt mange mikroporer, hvilket forbedrede dets adsorptionskapacitet.
analyzing the pore size distribution revealed a significant presence of micropores.
Analyseren af porstørrelsesfordelingen viste en betydelig tilstedeværelse af mikroporer.
micropores provide a large surface area for gas adsorption and liquid storage.
Mikroporer tilbyder en stor overfladeareal til gasadsorption og væskeopslag.
the catalyst's performance was strongly linked to the density of its micropores.
Katalysatorens ydeevne var stærkt forbundet med densiteten af dets mikroporer.
creating materials with controlled micropores is a challenge in materials science.
At skabe materialer med kontrollerede mikroporer er en udfordring inden for materialvidenskab.
micropores in the membrane allowed for selective gas separation.
Mikroporerne i membranen tillod selektiv adskillelse af gasser.
the presence of micropores improved the material's water retention properties.
Tilstedeværelsen af mikroporer forbedrede materialets vandfastholdelsesegenskaber.
researchers are exploring methods to engineer micropores into polymer structures.
Forskerne undersøger metoder til at designe mikroporer ind i polymerstrukturer.
micropores contribute significantly to the material's specific surface area.
Mikroporer bidrager betydeligt til materialets specifikke overfladeareal.
the material's microporous structure facilitated drug delivery.
Materialets mikroporede struktur faciliterede medicinudlevering.
characterizing micropores is crucial for understanding material behavior.
At karakterisere mikroporer er afgørende for forståelsen af materialets adfærd.
Explore frequently searched vocabulary
Want to learn vocabulary more efficiently? Download the DictoGo app and enjoy more vocabulary memorization and review features!
Download DictoGo Now