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Electromagnetic response of a highly granular hadronic calorimeter
Nigel Watson
, Y Mikami
Physics and Astronomy
Research output
:
Contribution to journal
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Article
27
Citations (Scopus)
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Dive into the research topics of 'Electromagnetic response of a highly granular hadronic calorimeter'. Together they form a unique fingerprint.
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Mathematics
Absorber
21%
Angle
12%
Calibration
15%
Calorimeter
100%
Cell
10%
Collaboration
17%
Covering
11%
Design
8%
Detector
17%
Electron
14%
Energy
9%
Equalization
21%
Granularity
19%
High Performance
18%
Incidence
13%
Linearity
15%
Multiplier
12%
Prototype
47%
Range of data
8%
Scintillator
84%
Silicon
20%
Steel
34%
Tile
16%
Uniformity
15%
Physics & Astronomy
absorbers
11%
calorimeters
55%
cells
7%
coverings
12%
detectors
7%
electromagnetism
41%
electrons
6%
energy
4%
hadrons
12%
incidence
11%
linearity
13%
multipliers
16%
performance
6%
positrons
12%
prototypes
34%
sampling
12%
scintillation counters
40%
silicon
7%
steels
21%
tiles
16%
Engineering & Materials Science
Calibration
11%
Calorimeters
67%
Colliding beam accelerators
20%
Detectors
11%
Electrons
14%
Hadrons
22%
Phosphors
56%
Positrons
22%
Sampling
10%
Silicon
11%
Steel
16%
Tile
15%