scintillator : Related Words Words similar in meaning to scintillator

scintillate«
light output«
scintillators«
scintillation«
organic scintillators«
inorganic crystal«
scintilla«
n decay time«
photon«
electron«
particle«
plastic scintillators«
glow«
scintillation light«
anticounter«
energy«
activator«
scintillation process«
scintillation photon«
decay time«
airtight enclosure«
fluor«
detection«
slow component«
incoming particle«
γ ray«
electron level«
wavelength shifter«
bismuth germanate«
stopping power«
excitation«
gamma ray«
scintillator material«
vibrational level«
neutron«
detector«
scintillation detector«
radiation«
photons/kev γ«
fast timing application«
energy resolution«
temperature«
hygroscopic«
scintillation counter«
fluorescence«
activator impurity«
short decay time«
emission«
cerium«
z material«
light yield«
fast component«
crystal«
plastic scintillator«
application«
wavelength«
incident particle«
density«
density material«
property«
pair production«
excitons«
heavy ion«
compton scattering«
pmma«
valence band«
photomultiplier tube«
phosphorescence«
γ-quanta«
zn screen«
t0nbsp&→ s0 transition«
s*nbsp&→ s0 transition«
photons/kev«
gaseous scintillators«
aromatic plastic«
conduction band«
thallium«
photoelectric effect«
popop«
detector dead«
nanosecond«
internal degradation«
inorganic scintillators«
light«
material«
type«
scintillating material«
pulse shape discrimination«
impurity center«
scintillation material«
maximum emission«
vibration environment«
lyso«
optical photon«
detector response«
wireline logging«
ray detection«
terphenyl«
organic crystal«
light guide«
baf2«
particle identification«
base«
lithium«
sir william crookes«
green region«
solvent«
decay constant«
efficiency«
high density«
bgo«
sodium iodide«
incident radiation«
durability«
anthracene«
temperature application«
electrical pulse«
ppo«
ct scanner«
common base«
moisture«
single atom«
photo«
transparency«
disadvantage«
fraction«
molecule«
other application«
positron emission tomography«
nai«
nuclear reaction«
xenon«
ionization«
oil exploration«
organic solvent«
boron«
linearity«
visible light«
ultraviolet«
response«
cross section«
additive«
hole«
resolution«
transition«
γ detection«
α-survey instrument«
α-particle monitor«
α particle detection«
~8 photons/kev«
visible light transparency«
typical solute«
tungstate scintillators«
triethylbenzene«
their response time«
their luminescence«
temperature rugged pmts«
t0-t0 interaction«
t0 molecule«
such scintillators«
stopping power due«
stable light output«
spectrum shifter«
solid polymer matrix«
slow scintillation light«
singlet excitation«
single scintillation event«
signal production efficiency«
scintillation solute«
scintillation decay time«
rugged polycrystalline form«
resistive pmts«
relative amplitude a«
radiations«
radiationless deexcitation process«
pure inorganic scintillator«
pulse height discrimination«
prompt component«
primary fluorescent emitter«
practical scintillator«
positron emission tomography machine«
polyvinyl xylene«
polyvinyl tetrahydronaphthalene«
polyvinyl naphthalene«
polyvinyl diphenyl«
polyphenyl hydrocarbon«
polymethyl«
pmt window«
pmt signal«
pmt electric pulse«
plastic scintillators due«
photons/kev.«
phoswiches capable«
phenylcyclohexane«
pair production proportional«
oxadiazole aryls«
other inorganic alkali halide crystal«
organic liquids«
organic crystals«
optimum coupling«
neutron detection efficiency«
negligible transparency«
natural 176lu«
naked eye measurement«
most crystal scintillators«
monitoring nuclear material«
modern scintillation detector«
mixed radiation«
many scintillators«
lutetium iodide«
luminophors«
lower optical yield«
lower light yield«
lower energy γ-rays«
low gamma output«
low energy β particle«
low backscattering«
low activity counting application«
lii(eu«
light output saturation«
length/shape«
it maximum wavelength«
it light output«
intrinsic background«
inorganic crystals«
increased photo«
homeland security radiation detector«
heavy ions«
heavy ion de/dx detector«
glass silicate«
glass scintillators«
glass detector«
fluors«
fast scintillation light«
fast operation speed«
fast component relative«
fast coincidence circuit«
expensive furnace«
excellent light output«
energy resource exploration«
energy loss dependence«
energy loss de/dx«
electron microscopy application«
direct t0nbsp&→ s0 transition«
detector scintillator«
delayed component«
decay time ≈30 n«
common glass scintillators«
common fluor«
cesium iodide doped«
butylphenyl)-5-(4’’-biphenylyl)-1,3,4-oxadiazole«
bromide doped«
brightest scintillators«
bialkali pmts«
bialkali pmt.«
benzene ring structure«
backscatterings«
aromatic hydrocarbon compound«
anthracene light«
alkali crystal«
addition labr3(ce«
>5 mev«
>0.5 mev«
-molecular orbitals«
wide range«
proton«
zinc tungstate«
vacuum photodiodes«
superior energy resolution«
style crt computer monitor«
spectral sensitivity range«
shorter decay time«
short wavelength emission«
reduced light output«
recoil proton«
ray imaging application«
quick signal«
position sensitivity«
photocathode sensitivity«
observational difference«
lutetium oxyorthosilicate«
lower z«
energy γ-quanta«
decay characteristic«
coincidence measurement«
butyl pbd«
boron silicate«
polymer«
scintillation efficiency«
ray security«
polyvinyltoluene«
partial energy«
other common base«
nuclear camera«
metastable impurity«
lowest triplet«
lanthanum chloride«
free valence electron«
electronic light sensor«
electron conversion efficiency«
dosimetry instrument«
cadmium tungstate«
bgo.«
ion«
silicon photomultipliers«
polycrystalline powder«
photoelectric process«
particle heavier«
molecular vibrational mode«
lanthanum bromide«
ionizing power«
gamma rays«
compact detector«
bulk polymerization«
bases«
avalanche mode«
thicker slab«
scintillating bolometer«
reflector material«
purity chemical«
liquid scintillation«
linearity assumption«
larger wavelength«
gaseous detector«
excellent linearity«
array configuration«
dependence«
such array«
subsequent multiplication«
silicon photomultiplier«
short rise time«
liquid scintillators«
forbidden gap«
exciton band«
energy particle physic experiment«
decay time constant«
bremsstrahlung photon«
yttrium aluminum garnet«
vibration application«
single crystal form«
silicon photodiodes«
mechanical ruggedness«
uv band«
interaction cross section«
gadolinium oxysulfide«
excited level«
electromagnetic shower«
efficient detection«
cesium iodide«
material size«
electromagnetic component«
barium fluoride«
uniform collection«
spinthariscope«
energy spacing«
energy peak«
noble gas helium«
hygroscopicity«
form«
radiation hardness«
material rich«
reduced production cost«
light collection«
excited singlet«
alkali metal halide«
polyethylene naphthalate«
total absorption spectroscopy«
thin screen«
radiative decay«
calcium tungstate«
neutron cross«
half maximum«
oxazole«
nuclear physic experiment«
liquid«
medical imaging application«
decalin«
coincidence detector«
neutron detection«
attenuation length«
temperature furnace«
sufficient voltage«
oxygen«
array«
tungstate«
survey meter«
optical transition«
luminescent material«
effect result«
electronic level«
strong function«
detection efficiency«
angle scattering«
gamma spectroscopy«
incoming photon«
equal energy«
earth metal«
fission fragment«
event rate«
ratio«
positron annihilation«
pure crystal«
temperature sensitivity«
stilbene«
operational parameter«
linear superposition«
measurement«
intrinsic activity«
harsh environmental condition«
spectral sensitivity«
fast response time«
photomultipliers«
practical choice«
time component«
rapid process«
polymer backbone«
particle energy«
electronic band structure«
energy absorption«
coulomb force«
light transmission«
mechanical shock«
calcium fluoride«
slow neutron«
phenomenon«
spectral range«
gamma camera«
zinc sulfide«
quantum efficiency«
additional attention«
rough approximation«
fluorescent tube«
photodiodes«
hole pair«
liquid solution«
energy gap«
visible range«
gas«
reduction«
energy release«
europium«
medical diagnostics«
bremsstrahlung«
security application«
light absorption«
fast response«
biggest advantage«
meaningful information«
birks«
light emission«
photodiode«
exponential decay«
behavior«
single photon«
property similar«
time measurement«
thermal neutron«
gadolinium«
production capability«
beta particle«
resistance«
nuclides«
brittleness«
reaction«
energy electron«
fine structure«
inorganic material«
time evolution«
major constituent«
medical physic«
copolymer«
free path«
naphthalene«
charge carrier«
singlet«
component«
420nbsp&nm matching sensitivity curve«
2-phenyl-5-(4-biphenylyl)-1,3,4-oxadiazole«
1,4-di-(5-phenyl-2-oxazolyl)-benzene«
138la«
2,5-diphenyloxazole«

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