GNO

E588252

GNO is a physics experiment conducted at Italy’s Gran Sasso National Laboratory that studied solar neutrinos to investigate properties of the Sun and neutrino oscillations.

All labels observed (1)

Label Occurrences
GNO canonical 3

How this entity was disambiguated

Statements (48)

Predicate Object
instanceOf physics experiment ⓘ
radiochemical neutrino detector ⓘ
solar neutrino experiment ⓘ
analyzedFor day-night asymmetry in solar neutrino signal ⓘ
seasonal effects in solar neutrino rate ⓘ
time variations of solar neutrino flux ⓘ
collaborationIncludes European institutions ⓘ
German institutions ⓘ
Italian institutions ⓘ
collaborationType international collaboration ⓘ
comparedWith Homestake experiment results ⓘ
SAGE experiment results ⓘ
SNO results ⓘ
Super-Kamiokande results ⓘ
confirmed energy-dependent neutrino survival probability ⓘ
contributedTo resolution of the solar neutrino problem ⓘ
dataTakingPeriodEnd 2003 ⓘ
dataTakingPeriodStart 1998 ⓘ
dataType integrated solar neutrino capture rates ⓘ
detectedNeutrinoFlavor electron neutrinos ⓘ
followedExperiment GALLEX ⓘ
fullName Gallium Neutrino Observatory ⓘ
hostLaboratory INFN Gran Sasso National Laboratory ⓘ
hostUndergroundDepth Gran Sasso underground laboratory ⓘ
investigated neutrino oscillations ⓘ
locatedInCountry Italy ⓘ
locatedInFacility Gran Sasso National Laboratory ⓘ
measured 7Be solar neutrinos ⓘ
CNO-cycle solar neutrinos ⓘ
pp-chain solar neutrinos ⓘ
solar neutrino capture rate ⓘ
primaryGoal precision measurement of low-energy solar neutrino flux ⓘ
productIsotope 71Ge ⓘ
publicationType peer-reviewed journal articles ⓘ
researchField astroparticle physics ⓘ
neutrino physics ⓘ
solar physics ⓘ
secondaryGoal test of neutrino flavor conversion ⓘ
shieldingPurpose reduction of cosmic-ray background ⓘ
studied solar neutrinos ⓘ
successorTo GALLEX experiment ⓘ
linked to: GALLEX
supported MSW effect in the Sun ⓘ
targetIsotope 71Ga ⓘ
tested solar standard model predictions ⓘ
usedDetectionMethod radiochemical detection ⓘ
usedDetectorMediumState liquid gallium chloride solution ⓘ
usedReaction 71Ga(νe,e−)71Ge ⓘ
usedTargetMaterial gallium ⓘ

How these facts were elicited

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.