FMD

E127232

FMD is a Forward Multiplicity Detector used in high-energy physics experiments to measure the number and distribution of particles produced at small angles relative to the beam line.

All labels observed (1)

Label Occurrences
FMD canonical 1

How this entity was disambiguated

Statements (46)

Predicate Object
instanceOf forward multiplicity detector ⓘ
high-energy physics instrumentation ⓘ
particle detector subsystem ⓘ
acronymFor Forward Multiplicity Detector ⓘ
coordinateSystem beam-line reference frame ⓘ
covers backward rapidity region ⓘ
forward rapidity region ⓘ
dataType hit multiplicities per detector segment ⓘ
pseudorapidity density distributions ⓘ
designedFor operation close to the beam pipe ⓘ
designGoal good azimuthal segmentation ⓘ
high detection efficiency ⓘ
large pseudorapidity coverage ⓘ
radiation tolerance ⓘ
fullName Forward Multiplicity Detector ⓘ
geometryOptimizedFor small-angle particle detection ⓘ
helpsStudy global properties of collisions ⓘ
long-range correlations ⓘ
multiplicity fluctuations ⓘ
particle production mechanisms ⓘ
locatedAt small angles relative to the beam line ⓘ
measures charged particle multiplicity ⓘ
particle distribution at small polar angles ⓘ
pseudorapidity distributions ⓘ
operatesIn collider experiments ⓘ
outputUsedFor event selection ⓘ
offline physics analysis ⓘ
trigger decisions ⓘ
provides centrality-related observables ⓘ
event-by-event multiplicity information ⓘ
input for event characterization ⓘ
readout fast electronics for high-rate environments ⓘ
requires careful calibration of detector response ⓘ
precise alignment with beam line ⓘ
roleInExperiment forward detector subsystem ⓘ
global event characterization detector ⓘ
sensitiveTo charged particles at forward rapidity ⓘ
technology segmented detector elements ⓘ
silicon-based detection (typical implementation) ⓘ
usedFor measuring angular distribution of particles ⓘ
measuring number of produced particles ⓘ
measuring particle multiplicity ⓘ
usedIn heavy-ion collision experiments ⓘ
high-energy physics experiments ⓘ
proton-nucleus collision experiments ⓘ
proton-proton collision experiments ⓘ

How these facts were elicited

Referenced by (1)

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