4 research outputs found
Neutron emission from electromagnetic dissociation of Pb nuclei at √ s NN = 2.76 TeV measured with the ALICE ZDC
- Author
- Prino, F.
- A.
- A. K.
- Abelev B.
- Adam J.
- Adamova D.
- Adare A. M.
- Aggarwal M. M.
- Aglieri Rinella G.
- Agocs A. G.
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- Publication venue
- 'EDP Sciences'
- Publication date
- 06/01/2021
- Field of study
Get PDFThe ALICE Zero Degree Calorimeter system (ZDC) is composed of two identical sets of calorimeters, placed at opposite sides with respect to the interaction point, 114 meters away from it, complemented by two small forward electromagnetic calorimeters (ZEM). Each set of detectors consists of a neutron (ZN) and a proton (ZP) ZDC. They are placed at zero degrees with respect to the LHC axis and allow to detect particles emitted close to beam direction, in particular neutrons and protons emerging from hadronic heavy-ion collisions (spectator nucleons) and those emitted from electromagnetic processes. For neutrons emitted by these two processes, the ZN calorimeters have nearly 100% acceptance. During the √ sNN = 2.76 TeV Pb-Pb data-taking, the ALICE Collaboration studied forward neutron emission with a dedicated trigger, requiring a minimum energy deposition in at least one of the two ZN. By exploiting also the information of the two ZEM calorimeters it has been possible to separate the contributions of electromagnetic and hadronic processes and to study single neutron vs. multiple neutron emission. The measured cross sections of single and mutual electromagnetic dissociation of Pb nuclei at √ s NN = 2.76 TeV, with neutron emission, are σ single EMD = 187:4 ± 0.2 (stat.)-11.2 +13.2 (syst.) b and σmutual EMD = 5.7 ± 0.1 (stat.) ±0.4 (syst.) b, respectively [1]. This is the first measurement of electromagnetic dissociation of 208Pb nuclei at the LHC energies, allowing a test of electromagnetic dissociation theory in a new energy regime. The experimental results are compared to the predictions from a relativistic electromagnetic dissociation model'701st International Conference on New Frontiers in Physics, ICFP 20122012-06-10Kolymbari, Crete; Greecesem informaçã
The ALICE transition radiation detector: Construction, operation, and performance
- Publication venue
- Publication date
- 01/01/2018
- Field of study
No full textThe Transition Radiation Detector (TRD) was designed and built to enhance the capabilities of the ALICE detector at the Large Hadron Collider (LHC). While aimed at providing electron identification and triggering, the TRD also contributes significantly to the track reconstruction and calibration in the central barrel of ALICE. In this paper the design, construction, operation, and performance of this detector are discussed. A pion rejection factor of up to 410 is achieved at a momentum of 1 GeV/c in p-Pb collisions and the resolution at high transverse momentum improves by about 40% when including the TRD information in track reconstruction. The triggering capability is demonstrated both for jet, light nuclei, and electron selection. © 2017 CERN for the benefit of the ALICE Collaboration
Measurement of anti-3He nuclei absorption in matter and impact on their propagation in the Galaxy
- Author
- Acharya S
- Adamová D
- Adler A
- Adolfsson J
- Aglieri Rinella G
- Agnello M
- Agrawal N
- Ahammed Z
- Ahmad S
- Ahn SU
- Ahuja I
- Akbar Z
- Akindinov A
- Al-Turany M
- Alam SN
- Aleksandrov D
- Alessandro B
- Alfanda HM
- Alfaro Molina R
- Ali B
- Ali Y
- Alici A
- Alizadehvandchali N
- Alkin A
- Alme J
- Alocco G
- Alt T
- Altsybeev I
- Anaam MN
- Andrei C
- Andreou D
- Andronic A
- Anguelov V
- Antinori F
- Antonioli P
- Anuj C
- Apadula N
- Aphecetche L
- Appelshäuser H
- Arcelli S
- Arnaldi R
- Arsene IC
- Arslandok M
- Augustinus A
- Averbeck R
- Aziz S
- Azmi MD
- Badalá A
- Baek YW
- Bai X
- Bailhache R
- Bailung Y
- Bala R
- Balbino A
- Baldisseri A
- Balis B
- Banerjee D
- Banoo Z
- Barbera R
- Barioglio L
- Barlou M
- Barnaföldi GG
- Barnby LS
- Barret V
- Bartels C
- Barth K
- Bartsch E
- Baruffaldi F
- Bastid N
- Basu S
- Batigne G
- Battistini D
- Batyunya B
- Bauri D
- Bazo Alba JL
- Bearden IG
- Beattie C
- Becht P
- Belikov I
- Bell Hechavarria ADC
- Bellini F
- Bellwied R
- Belokurova S
- Belyaev V
- Bencedi G
- Beole S
- Bercuci A
- Berdnikov Y
- Berdnikova A
- Bergmann L
- Besoiu MG
- Betev L
- Bhaduri PP
- Bhasin A
- Bhat IR
- Bhat MA
- Bhattacharjee B
- Bhattacharya P
- Bianchi L
- Bianchi N
- Bielčik J
- Bielčikova J
- Biernat J
- Bilandzic A
- Biro G
- Biswas S
- Blair JT
- Blau D
- Blidaru MB
- Blume C
- Boca G
- Bock F
- Bogdanov A
- Boi S
- Bok J
- Boldizsár L
- Bolozdynya A
- Bombara M
- Bond PM
- Bonomi G
- Borel H
- Borissov A
- Bossi H
- Botta E
- Bratrud L
- Braun-Munzinger P
- Bregant M
- Broz M
- Bruno GE
- Buckland MD
- Budnikov D
- Buesching H
- Bufalino S
- Bugnon O
- Buhler P
- Buthelezi Z
- Butt JB
- Bylinkin A
- Bysiak SA
- Cai M
- Caines H
- Caliva A
- Calvo Villar E
- Camacho JMM
- Camacho RS
- Camerini P
- Canedo FDM
- Carabas M
- Carnesecchi F
- Caron R
- Castillo Castellanos J
- Casula EAR
- Catalano F
- Ceballos Sanchez C
- Chakaberia I
- Chakraborty P
- Chandra S
- Chapeland S
- Chartier M
- Chattopadhyay S
- Chattopadhyay S
- Chavez TG
- Cheng T
- Cheshkov C
- Cheynis B
- Chibante Barroso V
- Chinellato DD
- Cho S
- Chochula P
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- Christensen CH
- Christiansen P
- Chujo T
- Cicalo C
- Cifarelli L
- Cindolo F
- Ciupek MR
- Clai G
- Cleymans J
- Colamaria F
- Colburn JS
- Colella D
- Collu A
- Colocci M
- Concas M
- Conesa Balbastre G
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- Contin G
- Contreras JG
- Coquet ML
- Cormier TM
- Cortese P
- Cosentino MR
- Costa F
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- Cuautle E
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- Dainese A
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- Feofilov G
- Fernández Téllez A
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- Finogeev D
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- Karczmarczyk P
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- Zinovjev G
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- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2022
- Field of study
Get PDFAbstractIn our Galaxy, light antinuclei composed of antiprotons and antineutrons can be produced through high-energy cosmic-ray collisions with the interstellar medium or could also originate from the annihilation of dark-matter particles that have not yet been discovered. On Earth, the only way to produce and study antinuclei with high precision is to create them at high-energy particle accelerators. Although the properties of elementary antiparticles have been studied in detail, the knowledge of the interaction of light antinuclei with matter is limited. We determine the disappearance probability of 3He
3
He
¯
when it encounters matter particles and annihilates or disintegrates within the ALICE detector at the Large Hadron Collider. We extract the inelastic interaction cross section, which is then used as an input to the calculations of the transparency of our Galaxy to the propagation of 3He
3
He
¯
stemming from dark-matter annihilation and cosmic-ray interactions within the interstellar medium. For a specific dark-matter profile, we estimate a transparency of about 50%, whereas it varies with increasing 3He
3
He
¯
momentum from 25% to 90% for cosmic-ray sources. The results indicate that 3He
3
He
¯
nuclei can travel long distances in the Galaxy, and can be used to study cosmic-ray interactions and dark-matter annihilation.</jats:p
Measurement of anti-3He nuclei absorption in matter and impact on their propagation in the Galaxy
- Author
- Acharya S
- Adamová D
- Adler A
- Adolfsson J
- Aglieri Rinella G
- Agnello M
- Agrawal N
- Ahammed Z
- Ahmad S
- Ahn SU
- Ahuja I
- Akbar Z
- Akindinov A
- Al-Turany M
- Alam SN
- Aleksandrov D
- Alessandro B
- Alfanda HM
- Alfaro Molina R
- Ali B
- Ali Y
- Alici A
- Alizadehvandchali N
- Alkin A
- Alme J
- Alocco G
- Alt T
- Altsybeev I
- Anaam MN
- Andrei C
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- Publication venue
- Publication date
- 01/01/2022
- Field of study
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