Vertaling van "Hard X-rays " (Engels → Nederlands) :

TERMINOLOGIE

Hard X-rays
harde röntgenstraling

Overexposure to hard X-rays
overmatige blootstelling aan harde röntgenstraling

cholangiography | bile duct X-ray
cholangiografie | zichtbaar maken van galwegen

arteriography | artery X-ray
arteriografie | foto van de slagaders

phlebography | vein X-ray
flebografie | foto van de aders

hard component of cosmic rays | penetrating component of cosmic rays
harde component van de kosmische stralen

run X-ray machines | use X ray machines | use X-ray machine | use X-ray machines
röntgenapparaten gebruiken

specific gamma ray constant | specific gamma ray emission | specific gamma ray output | specific gamma-ray constant
specifieke gamma-emissie | specifieke gammastralingsconstante

cobalt lung | giant cell interstitial pneumonitis | hard-metal disease | hard-metal lung | hard-metal lung disease | hard-metal pneumoconiosis | tungsten carbide pneumoconiosis | GIP [Abbr.] | HMLD [Abbr.]
hardmetaal-pneumoconiose | hard-metal disease | longfibrose door blootstelling aan harde metalen

Syndrome characterized by the association of osteosarcoma, limb anomalies (clinodactyly with brachymesophalangia, bilateral radioulnar synostosis and absence of one digital ray of the foot) and red cell macrocytosis without anemia. It has been descri
syndroom van osteosarcoom, misvorming van extremiteit en erytroïde macrocytemie

IN-CONTEXT TRANSLATIONS

The actions of these national facilities are coordinated through the existing Synchrotron Radiation Facilities Round Table which also include as participant, the pan-European source ESRF (European Synchrotron Radiation Facility) in Grenoble, currently the most advanced source in the world for experiments using hard X-rays, and, as a European-level facility, already open to European researchers.
De werkzaamheden aan deze nationale installaties worden gecoördineerd door de bestaande Ronde tafel voor synchrotronstralingsinstallaties, waarin ook de paneuropese synchrotronstralingsbron ESRF (European Synchrotron Radiation Facility) te Grenoble is vertegenwoordigd, die momenteel de meest geavanceerde bron ter wereld is ten behoeve van experimenten met harde röntgenstraling en die als installatie van Europees karakter reeds openstaat voor Europese onderzoekers.