betatron radiation
betatron stråling
betatron synchrotron
betatron synchrotron
study the betatron
studér betatronen
betatron technology advancements
udviklinger i betatron teknologi
the betatron principle
betatron-princippet
researchers are developing a new type of betatron for medical applications.
forskere udvikler en ny type betatron til medicinske applikationer.
the betatron can accelerate electrons to high energies.
betatronen kan accelerere elektroner til høje energier.
in physics, a betatron is used to produce high-energy beams.
inden for fysik bruges en betatron til at producere højenergi-stråler.
understanding the principles of a betatron is essential for advanced research.
at forstå principperne for en betatron er essentielt for avanceret forskning.
the betatron is an important tool in particle physics experiments.
betatronen er et vigtigt værktøj i partikelfysik-eksperimenter.
scientists are studying the efficiency of the betatron in energy production.
forskere undersøger effektiviteten af betatronen i energiproduktion.
one of the features of a betatron is its ability to generate synchrotron radiation.
en af betatronens egenskaber er dens evne til at generere synkrotronstråling.
the design of the betatron has evolved significantly over the years.
betatronens design er udviklet betydeligt gennem årene.
using a betatron, researchers can explore new materials at the atomic level.
ved hjælp af en betatron kan forskere udforske nye materialer på atomniveau.
safety measures are crucial when operating a betatron in a laboratory setting.
sikkerhedsforanstaltninger er afgørende, når en betatron betjenes i et laboratoriemiljø.
betatron radiation
betatron stråling
betatron synchrotron
betatron synchrotron
study the betatron
studér betatronen
betatron technology advancements
udviklinger i betatron teknologi
the betatron principle
betatron-princippet
researchers are developing a new type of betatron for medical applications.
forskere udvikler en ny type betatron til medicinske applikationer.
the betatron can accelerate electrons to high energies.
betatronen kan accelerere elektroner til høje energier.
in physics, a betatron is used to produce high-energy beams.
inden for fysik bruges en betatron til at producere højenergi-stråler.
understanding the principles of a betatron is essential for advanced research.
at forstå principperne for en betatron er essentielt for avanceret forskning.
the betatron is an important tool in particle physics experiments.
betatronen er et vigtigt værktøj i partikelfysik-eksperimenter.
scientists are studying the efficiency of the betatron in energy production.
forskere undersøger effektiviteten af betatronen i energiproduktion.
one of the features of a betatron is its ability to generate synchrotron radiation.
en af betatronens egenskaber er dens evne til at generere synkrotronstråling.
the design of the betatron has evolved significantly over the years.
betatronens design er udviklet betydeligt gennem årene.
using a betatron, researchers can explore new materials at the atomic level.
ved hjælp af en betatron kan forskere udforske nye materialer på atomniveau.
safety measures are crucial when operating a betatron in a laboratory setting.
sikkerhedsforanstaltninger er afgørende, når en betatron betjenes i et laboratoriemiljø.
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