the attenuation of the X - ray radiation by this material ... the attenuationis causedto the X - ray radiation by the said detector layer
GNPsleadingto differences in cell response to X - ray irradiation
qualified expert " used in this report ... competentto designradiation shielding for medical x - ray imaging facilities
These scattering processesmay resultin the emission of x - rays by the radiation attenuating material
alcausingthe tested material to be exposed to X - ray radiation
Exposure to ionizing radiationcan also resultfrom external irradiation ( e.g. medical radiation exposure to X - rays
of photons and electrons , which deliver radiation not only to the targeted tumour but also to the adjoining healthy tissues(passive) are composedX - rays used in conventional radiation
a substratecomposedof material that is transparent to x - ray radiation
when high - energy electrons collide to a metal samplecausethe production of x - ray radiation
top plateis composedof a material that absorbs x - ray radiation
in 1895(passive) were discoveredX - Radiation X - rays
a volumedoes ... influencethe X - ray irradiation detection function
sound production ... a volumedoes ... influencethe X - ray irradiation detection function
dlg hemizygosity ( D ) display(passive) caused byX - ray irradiation ( C ) or neoplastic overgrowth
contamination in the ISS environment(passive) caused byX - ray detector material
such that a central beamoriginatingin the X - ray radiation source
an accretion disc ... heats upcausingthe material to emit X - rays
These black holes ... heats upcausingthe material to emit X - rays
scientist Wilhelm Roentgen(passive) was discovered byX - radiation ( x - ray
Exposureto lead, X - ray radiation , alcohol
the damagecausedto the tissues by the X - ray radiation
their practical uses for research and diagnostics were immediately apparent , and soon their use spread in the medical fieldwere discoveredThe imaging properties of x - rays
in 1895(passive) was discoveredX - Ray Photography X - ray radiation
by a sludgy material(passive) caused bythe x - ray fluorescence radiation
RoentgendiscoveredX - ray radiation in 1895
jointing compounddesignedfor X - ray radiation protection
in 1895(passive) were discoveredmaterial X - rays X - rays X - rays
by different tissues(passive) caused byx - ray radiation attenuation
Items can be tested at our facility in our customdesignedx - ray / radiation compounds
a sludgy material at an essentially same spot(passive) caused bythe x - ray fluorescence radiation
at the same timecausingradiation of X - rays
a German scientist Roentgen(passive) was discovered by X - Ray Discovery X - ray
to keep your exposure to a minimum(passive) is designedX - ray Our x - ray equipment
by the interaction of the electrons of a primary beam with the sample(passive) caused bythe X - ray radiation
by Wilhelm Roentgen(passive) were discovered byx - ray properties
German physicist Wilhelm RoentgendiscoveredX - ray radiation
Charles G. Barkla ( Physics Prize in 1917(passive) discovered bythe characteristic X - ray radiation
by the object along the first X - ray direction(passive) caused byX - ray radiation
the first scientistto discoverX - ray radiation
by the object along the second X - ray direction(passive) caused byX - ray radiation
oral cancerto causeoral cancer
deathwould have causeddeath
it to emit X - rayscausesit to emit X - rays
the energy spectrum(passive) caused bythe energy spectrum
sickness(passive) caused bysickness
artifacts(passive) caused byartifacts
damage to cells leading to cancercan causedamage to cells leading to cancer
of x - rays X raycomposedof x - rays X ray
of X - rayscomposedof X - rays
the photocathode adjacent to it to emit electronscausesthe photocathode adjacent to it to emit electrons
to the photocathode adjacent to it to emit electronsleadsto the photocathode adjacent to it to emit electrons
the photocathode adjacent to it to emit electronswill causethe photocathode adjacent to it to emit electrons
the photocathode adjacent to the photocathode to emit electronscausesthe photocathode adjacent to the photocathode to emit electrons
the electron emission(passive) caused bythe electron emission
the photocathode adjacent to it to emit electronscausesthe photocathode adjacent to it to emit electrons
in the photocathode adjacent to it to emit electronsresultsin the photocathode adjacent to it to emit electrons
the photocathode adjacent to it to emit electronswill causethe photocathode adjacent to it to emit electrons
the health hazards(passive) caused bythe health hazards
the photocathode adjacent to itcausesthe photocathode adjacent to it
tissue damage and cancercan causetissue damage and cancer
to cleavage of the C(1)-O bond ( initiated by reducing photo electronsleadsto cleavage of the C(1)-O bond ( initiated by reducing photo electrons
from a nuclear blastoriginatingfrom a nuclear blast
the dynamics of a system by X - ray radiation damageinfluencesthe dynamics of a system by X - ray radiation damage
mutations in themcausesmutations in them
in higher degradationresultsin higher degradation
in complete apoptosis in the corneal lamellae , which was also confirmed by TEM observationsresultedin complete apoptosis in the corneal lamellae , which was also confirmed by TEM observations
so - called radiation damage(passive) caused byso - called radiation damage
to restoration of cognitive performance in Ogg1 deficient miceleadingto restoration of cognitive performance in Ogg1 deficient mice
damage(passive) caused bydamage
protein expression in pupae of the Oriental fruit fly , Bactrocera Dorsalisinfluencesprotein expression in pupae of the Oriental fruit fly , Bactrocera Dorsalis
the change(passive) is caused bythe change
double - strand DNA breaks(passive) caused bydouble - strand DNA breaks
DNA damage(passive) caused byDNA damage
alsoleadsalso
increased noise(passive) caused byincreased noise
apoptosis(passive) caused byapoptosis
cell death via breakup of the DNAcausescell death via breakup of the DNA