carbon nanowires
carbondnanowires
using nanowires
brug af nanowires
nanowires grow
nanowires vokser
nanowires formed
nanowires dannet
nanowires conduct
nanowires leder
nanowires application
nanowires anvendelse
nanowires research
nanowires forskning
nanowires synthesis
nanowires syntese
nanowires structure
nanowires struktur
nanowires properties
nanowires egenskaber
researchers are synthesizing highly ordered arrays of nanowires for improved solar cell efficiency.
Forskerne syntetiserer højst ordnede nanovirkearrayer for at forbedre solcelleeffektiviteten.
the growth of silicon nanowires is crucial for developing next-generation electronic devices.
Væksten af siliciumnanovirker er afgørende for udvikling af næste generations elektroniske enheder.
we observed enhanced light absorption in nanowire-based photodetectors.
Vi observerede forbedret lysabsorption i nanovirkebaserede fotodetektorer.
controlling nanowire dimensions is vital for tailoring device performance.
At kontrollere nanovirkes dimensioner er afgørende for at tilpasse enhedens ydeevne.
the study investigated the electrical properties of vertically aligned nanowires.
Studiet undersøgte de elektriske egenskaber ved vandret justerede nanovirker.
nanowire sensors demonstrate high sensitivity to gas molecules.
Nanovirkesensorer viser høj følsomhed over for gasmolekyler.
fabricating long, thin nanowires presents significant manufacturing challenges.
At fremstille lange, tynde nanovirker medfører betydelige fremstillingstekniske udfordringer.
the goal is to create flexible circuits using nanowire interconnects.
Målet er at skabe fleksible kredsløb ved brug af nanovirkeforbindelser.
analyzing the morphology of nanowire networks is essential for device design.
At analysere morfologien af nanovirkenetværk er afgørende for enhedsdesign.
self-assembly techniques are used to pattern nanowires onto substrates.
Selvfølgende teknikker bruges til at strukturere nanovirker på substrater.
the resulting nanowire transistors exhibited improved on-off switching ratios.
De resulterende nanovirke-transistorer viste forbedrede på-af-skiftforhold.
we are exploring the use of core-shell nanowires for energy storage applications.
Vi undersøger brugen af kerne-hylsternanovirker til energilagring.
carbon nanowires
carbondnanowires
using nanowires
brug af nanowires
nanowires grow
nanowires vokser
nanowires formed
nanowires dannet
nanowires conduct
nanowires leder
nanowires application
nanowires anvendelse
nanowires research
nanowires forskning
nanowires synthesis
nanowires syntese
nanowires structure
nanowires struktur
nanowires properties
nanowires egenskaber
researchers are synthesizing highly ordered arrays of nanowires for improved solar cell efficiency.
Forskerne syntetiserer højst ordnede nanovirkearrayer for at forbedre solcelleeffektiviteten.
the growth of silicon nanowires is crucial for developing next-generation electronic devices.
Væksten af siliciumnanovirker er afgørende for udvikling af næste generations elektroniske enheder.
we observed enhanced light absorption in nanowire-based photodetectors.
Vi observerede forbedret lysabsorption i nanovirkebaserede fotodetektorer.
controlling nanowire dimensions is vital for tailoring device performance.
At kontrollere nanovirkes dimensioner er afgørende for at tilpasse enhedens ydeevne.
the study investigated the electrical properties of vertically aligned nanowires.
Studiet undersøgte de elektriske egenskaber ved vandret justerede nanovirker.
nanowire sensors demonstrate high sensitivity to gas molecules.
Nanovirkesensorer viser høj følsomhed over for gasmolekyler.
fabricating long, thin nanowires presents significant manufacturing challenges.
At fremstille lange, tynde nanovirker medfører betydelige fremstillingstekniske udfordringer.
the goal is to create flexible circuits using nanowire interconnects.
Målet er at skabe fleksible kredsløb ved brug af nanovirkeforbindelser.
analyzing the morphology of nanowire networks is essential for device design.
At analysere morfologien af nanovirkenetværk er afgørende for enhedsdesign.
self-assembly techniques are used to pattern nanowires onto substrates.
Selvfølgende teknikker bruges til at strukturere nanovirker på substrater.
the resulting nanowire transistors exhibited improved on-off switching ratios.
De resulterende nanovirke-transistorer viste forbedrede på-af-skiftforhold.
we are exploring the use of core-shell nanowires for energy storage applications.
Vi undersøger brugen af kerne-hylsternanovirker til energilagring.
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