250 research outputs found
Effective Rheology of Bubbles Moving in a Capillary Tube
- Author
- Abelev B
- Adam J
- Adamova D
- Adare AM
- Aggarwal MM
- Agocs AG
- Agostinelli A
- Ahammed Z
- Ahmad N
- Ahn SU
- Akindinov A
- Alaniz EC
- Aleksandrov D
- Alessandro B
- Alici A
- Alkin A
- Alme J
- Alt T
- Altini V
- Altinpinar S
- Altsybeev I
- Andrei C
- Andronic A
- Anguelov V
- Anielski J
- Anson C
- Anticic T
- Antinori F
- Antonioli P
- Aphecetche L
- Appelshauser H
- Arbor N
- Arcelli S
- Arend A
- Armesto N
- Arnaldi R
- Aronsson T
- Arsene IC
- Arslandok M
- Asryan A
- Augustinus A
- Averbeck R
- Avina EA
- Awes TC
- Aysto J
- Azmi MD
- Bach M
- Badala A
- Baek YW
- Bailhache R
- Baillie OV
- Bala R
- Balbastre GC
- Baldisseri A
- Baldit A
- Ban J
- Baral RC
- Barbera R
- Bari DD
- Barile F
- Barnafoldi GG
- Barnby LS
- Barret V
- Barros GOVD
- Barroso VC
- Bartke J
- Basile M
- Bastid N
- Bathen B
- Batigne G
- Batyunya B
- Baumann C
- Bearden IG
- Beck H
- Belikov I
- Bellini F
- Bellwied R
- Belmont-Moreno E
- Bencedi G
- Beole S
- Berceanu I
- Bercuci A
- Berdnikov Y
- Berenyi D
- Bergmann C
- Berzano D
- Betev L
- Bhasin A
- Bhati AK
- Bianchi L
- Bianchi N
- Bianchin C
- Bielcik J
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- Bjelogrlic S
- Blanco F
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- Blau D
- Blume C
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- Bogdanov A
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- Bogolyubsky M
- Boldizsar L
- Bombara M
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- Bose S
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- Buthelezi Z
- Caffarri D
- Cahuantzi MR
- Cai X
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- Chawla I
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- Cicalo C
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- Dominguez I
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- Zampolli C
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- Zarochentsev A
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- Zelnicek P
- Zetina LM
- Zgura IS
- Zhalov M
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- Zimmermann A
- Zinovjev G
- Zoccarato Y
- Zynovyev M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 16/03/2012
- Field of study
We calculate the average volumetric flux versus pressure drop of bubbles
moving in a single capillary tube with varying diameter, finding a square-root
relation from mapping the flow equations onto that of a driven overdamped
pendulum. The calculation is based on a derivation of the equation of motion of
a bubble train from considering the capillary forces and the entropy production
associated with the viscous flow. We also calculate the configurational
probability of the positions of the bubbles.Comment: 4 pages, 1 figur
Measurement of the H-3(Lambda) lifetime in Au plus Au collisions at the BNL Relativistic Heavy Ion Collider
- Author
- Adamczyk L
- Adams JR
- Adkins JK
- Agakishiev G
- Aggarwal MM
- Ahammed Z
- Ajitanand NN
- Alekseev I
- Alford J
- Anderson DM
- Aoyama R
- Aparin A
- Arkhipkin D
- Aschenauer EC
- Ashraf MU
- Attri A
- Averichevi GS
- Bai X
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- Barish K
- Behera A
- Bellwied R
- Bhasin A
- Bhati AK
- Bhattarai P
- Bielcik J
- Bielcikova J
- Bland LC
- Bordyuzhin IG
- Bouchet J
- Brandenburg JD
- Brandin AV
- Brown D
- Bryslawskyj J
- Bunzarov I
- Butterworth J
- Caines H
- Campbell JM
- Cebra D
- Chakaberia I
- Chaloupka P
- Chang Z
- Chankova-Bunzarova N
- Chatterjee A
- Chattopadhyay S
- Chen JH
- Chen X
- Cheng J
- Cherney M
- Christie W
- Collaboration STAR
- Contin G
- Crawford HJ
- Das S
- Dedovichi TG
- Deng J
- Deppner IM
- Derevschikov AA
- Didenko L
- Dilks C
- Dong X
- Drachenberg JL
- Draper JE
- Dunlop JC
- Efimov LG
- Elsey N
- Engelage J
- Eppley G
- Esha R
- Esumi S
- Evdokimov O
- Ewigleben J
- Eyser O
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- Fazio S
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- Fedorisin J
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- Finch E
- Fisyak Y
- Flores CE
- Fujita J
- Fulek L
- Gagliardi CA
- Geurts F
- Gibson A
- Girard M
- Grosnick D
- Gunarathne DS
- Guo Y
- Gupta A
- Guryn W
- Hamad AI
- Hamed A
- Harlenderova A
- Harris JW
- He L
- Heppelmann S
- Herrmann N
- Hirsch A
- Horvat S
- Huang B
- Huang HZ
- Huang T
- Huang X
- Humanic TJ
- Huo P
- Igo G
- Jacobs WW
- Jentsch A
- Jia J
- Jiang K
- Jowzaee S
- Jr Olvitt D
- Judd EG
- Kabana S
- Kalinkin D
- Kang K
- Kapukchyan D
- Kauder K
- Ke HW
- Keane D
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- Okorokov VA
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- Ramachandran S
- Ray RL
- Reed R
- Rehbein MJ
- Ritter HG
- Roberts JB
- Rogachevskiy OV
- Romero JL
- Roth JD
- Ruan L
- Rusnak J
- Rusnakova O
- Sahoo NR
- Sahu PK
- Salur S
- Sanchez M Calderon De La Barca
- Sandweiss J
- Saur M
- Schambach J
- Schmah AM
- Schmidke WB
- Schmitz N
- Schweid BR
- Seger J
- Sergeeva M
- Seto R
- Seyboth P
- Shah N
- Shahaliev E
- Shanmuganathan PV
- Shao M
- Shen WQ
- Shi SS
- Shi Z
- Shou QY
- Sichtermann EP
- Sikora R
- Simko M
- Singha S
- Skoby MJ
- Smirnov D
- Smirnov N
- Solyst W
- Sorensen P
- Spinka HM
- Srivastava B
- Stanislaus TDS
- Stewart DJ
- Strikhanov M
- Stringfellow B
- Suaide AAP
- Sugiura T
- Sumbera M
- Summa B
- Sun X
- Sun XM
- Sun Y
- Surrow B
- Svirida DN
- Tang AH
- Tang Z
- Taranenko A
- Tarnowsky T
- Tawfik A
- Thader J
- Thomas JH
- Timmins AR
- Tlusty D
- Todoroki T
- Tokarev M
- Trentalange S
- Tribble RE
- Tribedy P
- Tripathy SK
- Trzeciak BA
- Tsai OD
- Ullrich T
- Underwood DG
- Upsal I
- Van Buren G
- van Nieuwenhuizen G
- Vasiliev AN
- Videbaek F
- Vokal S
- Voloshin SA
- Vossen A
- Wang F
- Wang G
- Wang Y
- Webb G
- Webb JC
- Wen L
- Westfal GD
- Wieman H
- Wissink SW
- Witt R
- Wu Y
- Xiao ZG
- Xie G
- Xie W
- Xu J
- Xu N
- Xu QH
- Xu YF
- Xu Z
- Yang C
- Yang Q
- Yang S
- Yang Y
- Ye Z
- Yi L
- Yip K
- Yoo I-K
- Yu N
- Zbroszczyk H
- Zha W
- Zhang J
- Zhang JB
- Zhang S
- Zhang XP
- Zhang Y
- Zhang Z
- Zhao J
- Zhong C
- Zhou C
- Zhou L
- Zhu X
- Zhu Z
- Zyzak M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 22/05/2018
- Field of study
Centrality and transverse momentum dependence of D-0-meson production at mid-rapidity in Au plus Au collisions ats root S-NN=200 GeV
- Author
- Adam J
- Adamczyk L
- Adams JR
- Adkins JK
- Agakishiev G
- Aggarwal MM
- Ahammed Z
- Alekseev I
- Anderson DM
- Aoyama R
- Aparin A
- Arkhipkin D
- Aschenauer EC
- Ashraf MU
- Atetalla F
- Attri A
- Averichev GS
- Bairathi V
- Barish K
- Bassill AJ
- Behera A
- Bellwied R
- Bhasin A
- Bhati AK
- Bielcik J
- Bielcikova J
- Bland LC
- Bordyuzhin IG
- Brandenburg JD
- Brandin AV
- Brown D
- Bryslawskyj J
- Bunzarov I
- Butterworth J
- Caines H
- Cebra D
- Chakaberia I
- Chaloupka P
- Chan BK
- Chang F-H
- Chang Z
- Chankova-Bunzarova N
- Chatterjee A
- Chattopadhyay S
- Chen JH
- Chen X
- Cheng J
- Cherney M
- Christie W
- Collaboration STAR
- Contin G
- Crawford HJ
- Csanad M
- Das S
- Dedovich TG
- Deppner IM
- Derevschikov AA
- Didenko L
- Dilks C
- Dong X
- Drachenberg JL
- Dunlop JC
- Edmonds T
- Efimov LG
- Elayavalli R Kunnawalkam
- Elsey N
- Engelage J
- Eppley G
- Esha R
- Esumi S
- Evdokimov O
- Ewigleben J
- Eyser O
- Fatemi R
- Fazio S
- Federic P
- Fedorisin J
- Filip P
- Finch E
- Fisyak Y
- Flores CE
- Fulek L
- Gagliardi CA
- Galatyuk T
- Geurts F
- Gibson A
- Greiner L
- Grosnick D
- Gunarathne DS
- Guo Y
- Gupta A
- Guryn W
- Hamad AI
- Hamed A
- Harlenderova A
- Harris JW
- He L
- Heppelmann S
- Herrmann N
- Hirsch A
- Holub L
- Hong Y
- Horvat S
- Huang B
- Huang HZ
- Huang SL
- Huang T
- Huang X
- Humanic TJ
- Huo P
- Igo G
- Jacobs WW
- Jentsch A
- Jia J
- Jiang K
- Jowzaee S
- Jr Olvitt D
- Ju X
- Judd EG
- Kabana S
- Kagamaster S
- Kalinkin D
- Kang K
- Kapukchyan D
- Kauder K
- Ke HW
- Keane D
- Kechechyan A
- Kelsey M
- Kikola DP
- Kim C
- Kinghorn TA
- Kisel I
- Kisiel A
- Kocan M
- Kochenda L
- Kosarzewski LK
- Kraishan AF
- Kramarik L
- Krauth L
- Kravtsov P
- Krueger K
- Kumar L
- Kvapil J
- Kwasizur JH
- Lacey R
- Landgraf JM
- Lauret J
- Lebedev A
- Lednicky R
- Lee JH
- Li C
- Li W
- Li X
- Li Y
- Liang Y
- Licenik R
- Lidrych J
- Lin T
- Lipiec A
- Lisa MA
- Liu F
- Liu H
- Liu P
- Liu X
- Liu Y
- Liu Z
- Ljubicic T
- Llope WJ
- Lomnitz M
- Longacre RS
- Luo S
- Luo X
- Ma GL
- Ma L
- Ma R
- Ma YG
- Magdy N
- Majka R
- Mallick D
- Margetis S
- Markert C
- Matis HS
- Matonoha O
- Mazer JA
- Meehan K
- Mei JC
- Minaev NG
- Mioduszewski S
- Mishra D
- Mohanty B
- Mondal MM
- Mooney I
- Moravcova Z
- Morozov DA
- Mudiyanselage N Kulathunga
- Mustafa MK
- Nasim Md
- Nayak K
- Nelson JM
- Nemes DB
- Nie M
- Nigmatkulov G
- Niida T
- Nogach LV
- Nonaka T
- Odyniec G
- Ogawa A
- Oh K
- Oh S
- Okorokov VA
- Page BS
- Pak R
- Panebratsev Y
- Pawlik B
- Pei H
- Perkins C
- Pinter RL
- Pluta J
- Porter J
- Posik M
- Pruthi NK
- Przybycien M
- Putschke J
- Qiu H
- Quintero A
- Radhakrishnan SK
- Ramachandran S
- Ray RL
- Reed R
- Ritter HG
- Roberts JB
- Rogachevskiy OV
- Romero JL
- Ruan L
- Rusnak J
- Rusnakova O
- Sahoo NR
- Sahu PK
- Salur S
- Sanchez M Calderon de la Barca
- Sandweiss J
- Schambach J
- Schmah AM
- Schmidke WB
- Schmitz N
- Schweid BR
- Seck F
- Seger J
- Sergeeva M
- Seto R
- Seyboth P
- Shah N
- Shahaliev E
- Shanmuganathan PV
- Shao M
- Shen F
- Shen WQ
- Shi SS
- Shou QY
- Sichtermann EP
- Siejka S
- Sikora R
- Simko M
- Singh J
- Singha S
- Smirnov D
- Smirnov N
- Solyst W
- Sorensen P
- Spinka HM
- Srivastava B
- Stanislaus TDS
- Stewart DJ
- Strikhanov M
- Stringfellow B
- Suaide AAP
- Sugiura T
- Sumbera M
- Summa B
- Sun XM
- Sun Y
- Surrow B
- Svirida DN
- Szelezniak M
- Szymanski P
- Tang AH
- Tang Z
- Taranenko A
- Tarnowsky T
- Thomas JH
- Timmins AR
- Todoroki T
- Tokarev M
- Tomkiel CA
- Trentalange S
- Tribble RE
- Tribedy P
- Tripathy SK
- Tsai OD
- Tu B
- Ullrich T
- Underwood DG
- Upsal I
- Van Buren G
- Vanek J
- Vasiliev AN
- Vassiliev I
- Videbaek F
- Vokal S
- Voloshin SA
- Vossen A
- Wang F
- Wang G
- Wang P
- Wang Y
- Webb JC
- Wen L
- Westfall GD
- Wieman H
- Wissink SW
- Witt R
- Wu Y
- Xiao ZG
- Xie G
- Xie W
- Xu H
- Xu N
- Xu QH
- Xu YF
- Xu Z
- Yang C
- Yang Q
- Yang S
- Yang Y
- Ye Z
- Yi L
- Yip K
- Yoo I-K
- Zbroszczyk H
- Zha W
- Zhang D
- Zhang J
- Zhang L
- Zhang S
- Zhang XP
- Zhang Y
- Zhang Z
- Zhao J
- Zhong C
- Zhou C
- Zhu X
- Zhu Z
- Zurek MK
- Zyzak M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 20/03/2019
- Field of study
Collision-energy dependence of p(t) correlations in Au plus Au collisions at energies available at the BNL Relativistic Heavy Ion Collider
- Author
- Adam J
- Adamczyk L
- Adams JR
- Adkins JK
- Agakishiev G
- Aggarwal MM
- Ahammed Z
- Alekseev I
- Anderson DM
- Aoyama R
- Aparin A
- Arkhipkin D
- Aschenauer EC
- Ashraf MU
- Atetalla F
- Attri A
- Averichev GS
- Bairathi V
- Barish K
- Bassill AJ
- Behera A
- Bellwied R
- Bhasin A
- Bhati AK
- Bielcik J
- Bielcikova J
- Bland LC
- Bordyuzhin IG
- Brandenburg JD
- Brandin AV
- Brown D
- Bryslawskyj J
- Bunzarov I
- Butterworth J
- Caines H
- Cebra D
- Chakaberia I
- Chaloupka P
- Chan BK
- Chang F-H
- Chang Z
- Chankova-Bunzarova N
- Chatterjee A
- Chattopadhyay S
- Chen JH
- Chen X
- Cheng J
- Cherney M
- Christie W
- Collaboration STAR
- Contin G
- Crawford HJ
- Csanad M
- Das S
- Dedovich TG
- Deppner IM
- Derevschikov AA
- Didenko L
- Dilks C
- Dong X
- Drachenberg JL
- Dunlop JC
- Edmonds T
- Efimov LG
- Elayavalli R Kunnawalkam
- Elsey N
- Engelage J
- Eppley G
- Esha R
- Esumi S
- Evdokimov O
- Ewigleben J
- Eyser O
- Fatemi R
- Fazio S
- Federic P
- Fedorisin J
- Filip P
- Finch E
- Fisyak Y
- Flores CE
- Fulek L
- Gagliardi CA
- Galatyuk T
- Geurts F
- Gibson A
- Grosnick D
- Gunarathne DS
- Gupta A
- Guryn W
- Hamad AI
- Hamed A
- Harlenderova A
- Harris JW
- He L
- Heppelmann S
- Herrmann N
- Hirsch A
- Holub L
- Hong Y
- Horvat S
- Huang B
- Huang HZ
- Huang SL
- Huang T
- Huang X
- Humanic TJ
- Huo P
- Igo G
- Jacobs WW
- Jentsch A
- Jia J
- Jiang K
- Jowzaee S
- Jr Olvitt D
- Ju X
- Judd EG
- Kabana S
- Kagamaster S
- Kalinkin D
- Kang K
- Kapukchyan D
- Kauder K
- Ke HW
- Keane D
- Kechechyan A
- Kelsey M
- Kikola DP
- Kim C
- Kinghorn TA
- Kisel I
- Kisiel A
- Kocan M
- Kochenda L
- Kosarzewski LK
- Kraishan AF
- Kramarik L
- Kravtsov P
- Krueger K
- Kumar L
- Kvapil J
- Kwasizur JH
- Lacey R
- Landgraf JM
- Lauret J
- Lebedev A
- Lednicky R
- Lee JH
- Li C
- Li W
- Li X
- Li Y
- Liang Y
- Licenik R
- Lidrych J
- Lin T
- Lipiec A
- Lisa MA
- Liu F
- Liu H
- Liu P
- Liu X
- Liu Y
- Liu Z
- Ljubicic T
- Llope WJ
- Lomnitz M
- Longacre RS
- Luo S
- Luo X
- Ma GL
- Ma L
- Ma R
- Ma YG
- Magdy N
- Majka R
- Mallick D
- Margetis S
- Markert C
- Matis HS
- Matonoha O
- Mazer JA
- Meehan K
- Mei JC
- Minaev NG
- Mioduszewski S
- Mishra D
- Mohanty B
- Mondal MM
- Mooney I
- Moravcova Z
- Morozov DA
- Mudiyanselage N Kulathunga
- Nasim Md
- Nayak K
- Nelson JM
- Nemes DB
- Nie M
- Nigmatkulov G
- Niida T
- Nogach LV
- Nonaka T
- Odyniec G
- Ogawa A
- Oh K
- Oh S
- Okorokov VA
- Page BS
- Pak R
- Panebratsev Y
- Pawlik B
- Pei H
- Perkins C
- Pinter RL
- Pluta J
- Porter J
- Posik M
- Pruthi NK
- Przybycien M
- Putschke J
- Quintero A
- Radhakrishnan SK
- Ray RL
- Reed R
- Ritter HG
- Roberts JB
- Rogachevskiy OV
- Romero JL
- Ruan L
- Rusnak J
- Rusnakova O
- Sahoo NR
- Sahu PK
- Salur S
- Sanchez M Calderon de la Barca
- Sandweiss J
- Schambach J
- Schmah AM
- Schmidke WB
- Schmitz N
- Schweid BR
- Seck F
- Seger J
- Sergeeva M
- Seto R
- Seyboth P
- Shah N
- Shahaliev E
- Shanmuganathan PV
- Shao M
- Shen WQ
- Shi SS
- Shou QY
- Sichtermann EP
- Siejka S
- Sikora R
- Simko M
- Singh J
- Singha S
- Smirnov D
- Smirnov N
- Solyst W
- Sorensen P
- Spinka HM
- Srivastava B
- Stanislaus TDS
- Stewart DJ
- Strikhanov M
- Stringfellow B
- Suaide AAP
- Sugiura T
- Sumbera M
- Summa B
- Sun XM
- Sun Y
- Surrow B
- Svirida DN
- Szymanski P
- Tang AH
- Tang Z
- Taranenko A
- Tarnowsky T
- Thomas JH
- Timmins AR
- Todoroki T
- Tokarev M
- Tomkiel CA
- Trentalange S
- Tribble RE
- Tribedy P
- Tripathy SK
- Tsai OD
- Tu B
- Ullrich T
- Underwood DG
- Upsal I
- Van Buren G
- Vanek J
- Vasiliev AN
- Vassiliev I
- Videbaek F
- Vokal S
- Voloshin SA
- Vossen A
- Wang F
- Wang G
- Wang P
- Wang Y
- Webb JC
- Wen L
- Westfall GD
- Wieman H
- Wissink SW
- Witt R
- Wu Y
- Xiao ZG
- Xie G
- Xie W
- Xu H
- Xu N
- Xu QH
- Xu YF
- Xu Z
- Yang C
- Yang Q
- Yang S
- Yang Y
- Ye Z
- Yi L
- Yip K
- Yoo I-K
- Zbroszczyk H
- Zha W
- Zhang D
- Zhang J
- Zhang L
- Zhang S
- Zhang XP
- Zhang Y
- Zhang Z
- Zhao J
- Zhong C
- Zhou C
- Zhu X
- Zhu Z
- Zurek MK
- Zyzak M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 26/04/2019
- Field of study
Alignment of the ALICE Inner Tracking System with cosmic-ray tracks
- Author
- Aamodt K
- Abel N
- Abeysekara U
- Adamova D
- Aggarwal M
- Agocs AG
- Ahammed Z
- Ahmad A
- Ahmad N
- Ahn SU
- Akimoto R
- Akindinov A
- Aleksandrov D
- Alessandro B
- Alici A
- Alme J
- Alt T
- Altini V
- Altinpinar S
- Andrei C
- Andronic A
- Anelli G
- Angelov V
- Anson C
- Anticic T
- Antinori F
- Antinori S
- Antipin K
- Antonczyk D
- Antonioli P
- Anzo A
- Aphecetche L
- Appelshauser H
- Arcelli S
- Arceo R
- Arend A
- Armesto N
- Arnaldi R
- Aronsson T
- Arsene IC
- Asryan A
- Augustinus A
- Averbeck R
- Avina EA
- Awes TC
- Aysto J
- Azmi MD
- Bablok S
- Bach M
- Badala A
- Baek YW
- Bagnasco S
- Bailhache R
- Baillie OV
- Bala R
- Balbastre GC
- Baldisseri A
- Baldit A
- Ban J
- Barbera R
- Barile F
- Barnafoldi GG
- Barnby L
- Barret V
- Barroso VC
- Bartke J
- Basile M
- Basmanov V
- Bastid N
- Bathen B
- Batigne G
- Batyunya B
- Baumann C
- Bearden IG
- Becker B
- Belikov I
- Bellwied R
- Belmont-Moreno E
- Belogianni A
- Benhabib L
- Beole S
- Berceanu I
- Bercuci A
- Berdermann E
- Berdnikov Y
- Betev L
- Bhasin A
- Bhati AK
- Bianchi L
- Bianchi N
- Bianchin C
- Bielcik J
- Bielcikova J
- Bilandzic A
- Bimbot L
- Biolcati E
- Blanc A
- Blanco F
- Blanco F
- Blau D
- Blume C
- Boccioli M
- Bock N
- Bogdanov A
- Boggild H
- Bogolyubsky M
- Bohm J
- Boldizsar L
- Bombara M
- Bombonati C
- Bondila M
- Borel H
- Borisov A
- Borshchov V
- Bortolin C
- Bose S
- Bosisio L
- Bossu F
- Botje M
- Bottger S
- Bourdaud G
- Boyer B
- Braun M
- Braun-Munzinger P
- Bravina L
- Bregant M
- Breitner T
- Bruckner G
- Brun R
- Bruna E
- Bruno GE
- Budnikov D
- Buesching H
- Buncic P
- Busch O
- Buthelezi Z
- Caffarri D
- Cahuantzi MR
- Cai X
- Caines H
- Camacho E
- Camerini P
- Campbell M
- Capitani GP
- Carena F
- Carena W
- Carminati F
- Caselle M
- Castellanos JC
- Catanescu V
- Cattaruzza E
- Cavicchioli C
- Cerello P
- Cervantes IM
- Chambert V
- Chang B
- Chapeland S
- Charpy A
- Charvet JL
- Chattopadhyay S
- Chattopadhyay S
- Cherney M
- Cheshkov C
- Cheynis B
- Chiavassa E
- Chiesa AM
- Chinellato DD
- Chochula P
- Choi K
- Chojnacki M
- Christakoglou P
- Christensen CH
- Christiansen P
- Chujo T
- Chuman F
- Cicalo C
- Cifarelli L
- Cindolo F
- Cleymans J
- Cobanoglu O
- Coffin JP
- Coli S
- Colla A
- Conner ES
- Constantin P
- Contin G
- Contreras GJ
- Cormier TM
- Corral GH
- Cortese P
- Cosentino MR
- Costa F
- Cotallo ME
- Crescio E
- Crochet P
- Cuautle E
- Cunqueiro L
- Cussonneau J
- D'Erasmo G
- da Silva RSD
- Dainese A
- Dalsgaard HH
- Danu A
- Das I
- Das S
- Dash A
- Dash S
- Davalos AM
- de Barros GOV
- De Caro A
- de Cataldo G
- de Cuveland J
- De Falco A
- De Gaspari M
- de Groot J
- De Gruttola D
- de Guevara PL
- de Haas AP
- De Marco N
- de Matos CT
- De Pasquale S
- De Remigis R
- de Rooij R
- de Toledo AS
- de Vaux G
- del Valle ZC
- Delagrange H
- Dellacasa G
- Deloff A
- Demanov V
- Denes E
- Deppman A
- Derkach D
- Devaux A
- Di Bari D
- Di Giglio C
- Di Liberto S
- Di Mauro A
- Di Nezza P
- Dialinas M
- Diaz AC
- Diaz L
- Diaz R
- Dietel T
- Ding H
- Divia R
- Djuvsland O
- Dobretsov V
- Dobrin A
- Dobrowolski T
- Dominguez I
- Don DMM
- Donigus B
- Dordic O
- Dubey AK
- Dubuisson J
- Ducroux L
- Dupieux P
- Elia D
- Emschermann D
- Enokizono A
- Espagnon B
- Estienne M
- Evans D
- Evrard S
- Eyyubova G
- Fabjan CW
- Fabris D
- Faivre J
- Falchieri D
- Fantoni A
- Fasel M
- Fateev O
- Fearick R
- Fedunov A
- Fehlker D
- Fekete V
- Felea D
- Fenton-Olsen B
- Feofilov G
- Ferreiro EG
- Ferretti A
- Ferretti R
- Figueredo MAS
- Filchagin S
- Fini R
- Fionda FM
- Fiore EM
- Floris M
- Fodor Z
- Foertsch S
- Foka Panagiota
- Fokin S
- Formenti F
- Fragiacomo E
- Fragkiadakis M
- Frankenfeld U
- Frolov A
- Fuchs U
- Furano F
- Furget C
- Gaardhoje JJ
- Gadrat S
- Gagliardi M
- Gago A
- Gallio M
- Gang S
- Ganoti P
- Ganti MS
- Garabatos C
- Garcia GM
- Gebelein J
- Gemme R
- Germain M
- Gheata A
- Gheata M
- Ghidini B
- Ghosh P
- Girard MF
- Giraudo G
- Giubellino P
- Gladysz-Dziadus E
- Glasow R
- Glassel P
- Glenn A
- Gomez R
- Gonzalez-Trueba LH
- Gonzalez-Zamora P
- Gorbunov S
- Gorbunov Y
- Gotovac S
- Gottschlag H
- Grabski V
- Grajcarek R
- Grelli A
- Grigoras A
- Grigoras C
- Grigoriev V
- Grigoryan A
- Grigoryan S
- Grinyov B
- Grion N
- Gros P
- Grosse-Oetringhaus JF
- Grossiord JY
- Grosso R
- Guarnaccia C
- Guber F
- Guernane R
- Guerzoni B
- Gulbrandsen K
- Gulkanyan H
- Gunji T
- Gupta A
- Gupta R
- Gustafsson HA
- Gutbrod H
- Haaland O
- Hadjidakis C
- Haiduc M
- Hamagaki H
- Hamar G
- Hamblen J
- Han BH
- Harris JW
- Hartig M
- Harutyunyan A
- Hasch D
- Hasegan D
- Hatzifotiadou D
- Hayrapetyan A
- Heide M
- Heinz M
- Helstrup H
- Herghelegiu A
- Hernandez C
- Hernandez JFC
- Herrmann N
- Hetland KF
- Hicks B
- Hiei A
- Hille PT
- Hippolyte B
- Horaguchi T
- Hori Y
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- Hrivnacova I
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- Publication venue
- Publication date
- 01/01/2010
- Field of study
37 pages, 15 figures, revised version, accepted by JINSTALICE (A Large Ion Collider Experiment) is the LHC (Large Hadron Collider) experiment devoted to investigating the strongly interacting matter created in nucleus-nucleus collisions at the LHC energies. The ALICE ITS, Inner Tracking System, consists of six cylindrical layers of silicon detectors with three different technologies; in the outward direction: two layers of pixel detectors, two layers each of drift, and strip detectors. The number of parameters to be determined in the spatial alignment of the 2198 sensor modules of the ITS is about 13,000. The target alignment precision is well below 10 micron in some cases (pixels). The sources of alignment information include survey measurements, and the reconstructed tracks from cosmic rays and from proton-proton collisions. The main track-based alignment method uses the Millepede global approach. An iterative local method was developed and used as well. We present the results obtained for the ITS alignment using about 10^5 charged tracks from cosmic rays that have been collected during summer 2008, with the ALICE solenoidal magnet switched off.Peer reviewe
First measurement of the |t|-dependence of coherent J/ψ photonuclear production
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- Acosta FT
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- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2021
- Field of study
The first measurement of the cross section for coherent J/ψ photoproduction as a function of |t|, the square of the momentum transferred between the incoming and outgoing target nucleus, is presented. The data were measured with the ALICE detector in ultra-peripheral Pb–Pb collisions at a centre-of-mass energy per nucleon pair sNN=5.02TeV with the J/ψ produced in the central rapidity region |y|<0.8, which corresponds to the small Bjorken-x range (0.3−1.4)×10−3.
The measured |t|-dependence is not described by computations based only on the Pb nuclear form factor, while the photonuclear cross section is better reproduced by models including shadowing according to the leading-twist approximation, or gluon-saturation effects from the impact-parameter dependent Balitsky–Kovchegov equation. These new results are therefore a valid tool to constrain the relevant model parameters and to investigate the transverse gluonic structure at very low Bjorken-x.publishedVersio
Guidelines for the use and interpretation of assays for monitoring autophagy (4th edition)1.
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- Abdel-Aziz AK
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- Zientara-Rytter K
- Zimmermann CM
- Ziviani E
- Zoladek T
- Zong W-X
- Zorov DB
- Zorzano A
- Zou W
- Zou Z
- Zou Z
- Zuryn S
- Zwerschke W
- Álvarez ÉMC
- Ávalos Y
- Önal G
- Üstün S
- Čolić M
- Đokić J
- Žerovnik E
- Publication venue
- 'Informa UK Limited'
- Publication date
- 01/01/2021
- Field of study
In 2008, we published the first set of guidelines for standardizing research in autophagy. Since then, this topic has received increasing attention, and many scientists have entered the field. Our knowledge base and relevant new technologies have also been expanding. Thus, it is important to formulate on a regular basis updated guidelines for monitoring autophagy in different organisms. Despite numerous reviews, there continues to be confusion regarding acceptable methods to evaluate autophagy, especially in multicellular eukaryotes. Here, we present a set of guidelines for investigators to select and interpret methods to examine autophagy and related processes, and for reviewers to provide realistic and reasonable critiques of reports that are focused on these processes. These guidelines are not meant to be a dogmatic set of rules, because the appropriateness of any assay largely depends on the question being asked and the system being used. Moreover, no individual assay is perfect for every situation, calling for the use of multiple techniques to properly monitor autophagy in each experimental setting. Finally, several core components of the autophagy machinery have been implicated in distinct autophagic processes (canonical and noncanonical autophagy), implying that genetic approaches to block autophagy should rely on targeting two or more autophagy-related genes that ideally participate in distinct steps of the pathway. Along similar lines, because multiple proteins involved in autophagy also regulate other cellular pathways including apoptosis, not all of them can be used as a specific marker for bona fide autophagic responses. Here, we critically discuss current methods of assessing autophagy and the information they can, or cannot, provide. Our ultimate goal is to encourage intellectual and technical innovation in the field
Azimuthal anisotropy in Cu plus Au collisions at root s(NN)=200 GeV
- Author
- Adamczyk L
- Adams JR
- Adkins JK
- Agakishiev G
- Aggarwa MM
- Ahammed Z
- Ajitanand NN
- Alekseev I
- Anderson DM
- Aoyama R
- Aparin A
- Arkhipkin D
- Aschenauer EC
- Ashraf MU
- Attri A
- Averichev GS
- Bai X
- Bairathi V
- Barish K
- Behera A
- Bellwied R
- Bhasin A
- Bhati AK
- Bhattarai P
- Bielcik J
- Bielcikova J
- Bland LC
- Bordyuzhin IG
- Boucheti J
- Brandenburg JD
- Brandin AV
- Brown D
- Bryslawskyj J
- Bunzarov I
- Butterworth J
- Caines H
- Campbell JM
- Cebra D
- Chakaberia I
- Chaloupka P
- Chang Z
- Chankova-Bunzarova N
- Chatterjee A
- Chattopadhyay S
- Chen JH
- Chen X
- Cheng J
- Cherney M
- Christie W
- Collaboration STAR
- Contin G
- Crawford HJ
- Das S
- Dedovich TG
- Deng J
- Deppner IM
- Derevschikov AA
- Didenko L
- Dilks C
- Dong X
- Drachenberg JL
- Draper JE
- Dunlop JC
- Efimov LG
- Elsey N
- Engelage J
- Eppley G
- Esha R
- Esumi S
- Evdokimov O
- Ewigleben J
- Eyser O
- Fatemi R
- Fazio S
- Federic P
- Federicova P
- Fedorisin J
- Feng Z
- Filipi P
- Finch E
- Fisyak Y
- Flores CE
- Fujita J
- Fulek L
- Gagliardi CA
- Geurts F
- Gibson A
- Girard M
- Grosnick D
- Gunarathne DS
- Guo Y
- Gupta A
- Guryn W
- Hamad AI
- Hamed A
- Harlenderova A
- Harris JW
- He L
- Heppelmann S
- Herrmann N
- Hirsch A
- Horvat S
- Huang B
- Huang HZ
- Huang T
- Huang X
- Humanic TJ
- Huo P
- Igo G
- Jacobs WW
- Jentsch A
- Jia J
- Jiang K
- Jowzaee S
- Jr Olvitt D
- Judd EG
- Kabana S
- Kalinkin D
- Kang K
- Kapukchyan D
- Kauder K
- Ke HW
- Keane D
- Kechechyan A
- Khan Z
- Kikola DP
- Kim C
- Kisel I
- Kisiel A
- Kochenda L
- Kocmanek M
- Kollegger T
- Kosarzewski LK
- Kraishan AF
- Krauth L
- Kravtsov P
- Krueger K
- Kulathunga N
- Kumar L
- Kvapil J
- Kwasizur JH
- Lacey R
- Landgraf JM
- Landry KD
- Lauret J
- Lebedev A
- Lednicky R
- Lee JH
- Lee W
- Li C
- Li X
- Li Y
- Lidrych J
- Lin T
- Lisa MA
- Liu F
- Liu H
- Liu P
- Liu Y
- Ljubicic T
- Llope WJ
- Lomnitz M
- Longacre RS
- Luo S
- Luo X
- Ma GL
- Ma L
- Ma R
- Ma YG
- Magdy N
- Majka R
- Mallick D
- Margetis S
- Markert C
- Matis HS
- Mayes D
- Meehan K
- Mei JC
- Miller ZW
- Minaev NG
- Mioduszewski S
- Mishra D
- Mizuno S
- Mohanty B
- Mondal MM
- Morozov DA
- Mustafa MK
- Nasim Md
- Nayak TK
- Nelson JM
- Nemes DB
- Nie M
- Nigmatkulov G
- Niida T
- Nogach LV
- Nonaka T
- Nurushev SB
- Odyniec G
- Ogawa A
- Oh K
- Okorokov VA
- Page BS
- Pak R
- Pandit Y
- Panebratsev Y
- Pawlik B
- Pei H
- Perkins C
- Pluta J
- Poniatowska K
- Porter J
- Posik M
- Poskanzer AM
- Pruthii NK
- Przybycien M
- Putschke J
- Quintero A
- Ramachandran S
- Ray RL
- Reed R
- Rehbein MJ
- Ritter HG
- Roberts JB
- Rogachevskiy OV
- Romero JL
- Roth JD
- Ruan L
- Rusnak J
- Rusnakova O
- Sahoo NR
- Sahu PK
- Salur S
- Sanchez M Calderon de la Barca
- Sandweiss J
- Saur M
- Schambach J
- Schmah AM
- Schmidke WB
- Schmitz N
- Schweid BR
- Seger J
- Sergeeva M
- Seto R
- Seyboth P
- Shah N
- Shahaliev E
- Shanmuganathan PV
- Shao M
- Shen WQ
- Shi SS
- Shi Z
- Shou QY
- Sichtermann EP
- Sikora R
- Simko M
- Singha S
- Skoby MJ
- Smirnov D
- Smirnov N
- Solyst W
- Sorensen P
- Spinka HM
- Srivastava B
- Stanislaus TDS
- Stewart DJ
- Strikhanov M
- Stringfellow B
- Suaide AAP
- Sugiura T
- Sumbera M
- Summa B
- Sun X
- Sun XM
- Sun Y
- Surrow B
- Svirida DN
- Tang AH
- Tang Z
- Taranenko A
- Tarnowsky T
- Tawfik A
- Thader J
- Thomas JH
- Timmins AR
- Tlusty D
- Todoroki T
- Tokarev M
- Trentalange S
- Tribble RE
- Tribedy P
- Tripathy SK
- Trzeciak BA
- Tsai OD
- Tu B
- Ullrich T
- Underwood DG
- Upsal I
- Van Buren G
- Van Nieuwenhuizen G
- Vasiliev AN
- Videbaek F
- Vokal S
- Voloshin SA
- Vossen A
- Wang F
- Wang G
- Wang Y
- Webb G
- Webb JC
- Wen L
- Westfall GD
- Wieman H
- Wissink SW
- Witt R
- Wu Y
- Xiao ZG
- Xie G
- Xie W
- Xu J
- Xu N
- Xu QH
- Xu YF
- Xu Z
- Yang C
- Yang Q
- Yang S
- Yang Y
- Ye Z
- Yi L
- Yip K
- Yoo I-K
- Yu N
- Zbroszczyk H
- Zha W
- Zhang J
- Zhang JB
- Zhang L
- Zhang S
- Zhang XP
- Zhang Y
- Zhang Z
- Zhao J
- Zhong C
- Zhou C
- Zhou L
- Zhu X
- Zhu Z
- Zyzak M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 31/07/2018
- Field of study
Azimuthal Harmonics in Small and Large Collision Systems at RHIC Top Energies
- Author
- Adam J
- Adamczyk L
- Adams JR
- Adkins JK
- Agakishiev G
- Aggarwal MM
- Ahammed Z
- Alekseev I
- Anderson DM
- Aoyama R
- Aparin A
- Arkhipkin D
- Aschenauer EC
- Ashraf MU
- Atetalla F
- Attri A
- Averichev GS
- Bai X
- Bairathi V
- Barish K
- Bassill AJ
- Behera A
- Bellwied R
- Bhasin A
- Bhati AK
- Bielcik J
- Bielcikova J
- Bland LC
- Bordyuzhin IG
- Brandenburg JD
- Brandin AV
- Brown D
- Bryslawskyj J
- Bunzarov I
- Butterworth J
- Caines H
- Cebra D
- Chakaberia I
- Chaloupka P
- Chan BK
- Chang F-H
- Chang Z
- Chankova-Bunzarova N
- Chatterjee A
- Chattopadhyay S
- Chen JH
- Chen X
- Chen X
- Cheng J
- Cherney M
- Christie W
- Collaboration STAR
- Contin G
- Crawford HJ
- Csanad M
- Das S
- Dedovich TG
- Deppner IM
- Derevschikov AA
- Didenko L
- Dilks C
- Dong X
- Drachenberg JL
- Dunlop JC
- Efimov LG
- Elayavalli R Kunnawalkam
- Elsey N
- Engelage J
- Eppley G
- Esha R
- Esumi S
- Evdokimov O
- Ewigleben J
- Eyser O
- Fatemi R
- Fazio S
- Federic P
- Federicova P
- Fedorisin J
- Filip P
- Finch E
- Fisyak Y
- Flores CE
- Fulek L
- Gagliardi CA
- Galatyuk T
- Geurts F
- Gibson A
- Grosnick D
- Gunarathne DS
- Guo Y
- Gupta A
- Guryn W
- Hamad AI
- Hamed A
- Harlenderova A
- Harris JW
- He L
- Heppelmann S
- Heppelmann S
- Herrmann N
- Hirsch A
- Holub L
- Hong Y
- Horvat S
- Huang B
- Huang HZ
- Huang SL
- Huang T
- Huang X
- Humanic TJ
- Huo P
- Igo G
- Jacobs WW
- Jentsch A
- Jia J
- Jiang K
- Jowzaee S
- Jr Olvitt D
- Ju X
- Judd EG
- Kabana S
- Kagamaster S
- Kalinkin D
- Kang K
- Kapukchyan D
- Kauder K
- Ke HW
- Keane D
- Kechechyan A
- Kikola DP
- Kim C
- Kinghorn TA
- Kisel I
- Kisiel A
- Kochenda L
- Kosarzewski LK
- Kraishan AF
- Kramarik L
- Krauth L
- Kravtsov P
- Krueger K
- Kulathunga N
- Kumar L
- Kvapil J
- Kwasizur JH
- Lacey R
- Landgraf JM
- Lauret J
- Lebedev A
- Lednicky R
- Lee JH
- Li C
- Li W
- Li X
- Li Y
- Liang Y
- Lidrych J
- Lin T
- Lipiec A
- Lisa MA
- Liu F
- Liu H
- Liu P
- Liu P
- Liu Y
- Liu Z
- Ljubicic T
- Llope WJ
- Lomnitz M
- Longacre RS
- Luo S
- Luo X
- Ma GL
- Ma L
- Ma R
- Ma YG
- Magdy N
- Majka R
- Mallick D
- Margetis S
- Markert C
- Matis HS
- Matonoha O
- Mazer JA
- Meehan K
- Mei JC
- Minaev NG
- Mioduszewski S
- Mishra D
- Mohanty B
- Mondal MM
- Mooney I
- Morozov DA
- Nasim Md
- Negrete JD
- Nelson JM
- Nemes DB
- Nie M
- Nigmatkulov G
- Niida T
- Nogach LV
- Nonaka T
- Odyniec G
- Ogawa A
- Oh K
- Oh S
- Okorokov VA
- Page BS
- Pak R
- Panebratsev Y
- Pawlik B
- Pei H
- Perkins C
- Pinter RL
- Pluta J
- Porter J
- Posik M
- Pruthi NK
- Przybycien M
- Putschke J
- Quintero A
- Radhakrishnan SK
- Ramachandran S
- Ray RL
- Reed R
- Ritter HG
- Roberts JB
- Rogachevskiy OV
- Romero JL
- Ruan L
- Rusnak J
- Rusnakova O
- Sahoo NR
- Sahu PK
- Salur S
- Sanchez M Calderon de la Barca
- Sandweiss J
- Schambach J
- Schmah AM
- Schmidke WB
- Schmitz N
- Schweid BR
- Seck F
- Seger J
- Sergeeva M
- Seto R
- Seyboth P
- Shah N
- Shahaliev E
- Shanmuganathan PV
- Shao M
- Shen F
- Shen WQ
- Shi SS
- Shou QY
- Sichtermann EP
- Siejka S
- Sikora R
- Simko M
- Singh J
- Singha S
- Smirnov D
- Smirnov N
- Solyst W
- Sorensen P
- Spinka HM
- Srivastava B
- Stanislaus TDS
- Stewart DJ
- Strikhanov M
- Stringfellow B
- Suaide AAP
- Sugiura T
- Sumbera M
- Summa B
- Sun X
- Sun XM
- Sun Y
- Surrow B
- Svirida DN
- Szymanski P
- Tang AH
- Tang Z
- Taranenko A
- Tarnowsky T
- Thomas JH
- Timmins AR
- Tlusty D
- Todoroki T
- Tokarev M
- Tomkiel CA
- Trentalange S
- Tribble RE
- Tribedy P
- Tripathy SK
- Tsai OD
- Tu B
- Ullrich T
- Underwood DG
- Upsal I
- Van Buren G
- Vanek J
- Vasiliev AN
- Vassiliev I
- Videbaek F
- Vokal S
- Voloshin SA
- Vossen A
- Wang F
- Wang G
- Wang P
- Wang Y
- Wang Y
- Webb JC
- Wen L
- Westfall GD
- Wieman H
- Wissink SW
- Witt R
- Wu Y
- Xiao ZG
- Xie G
- Xie W
- Xu J
- Xu N
- Xu QH
- Xu YF
- Xu Z
- Yang C
- Yang Q
- Yang S
- Yang Y
- Ye Z
- Ye Z
- Yi L
- Yip K
- Yoo I-K
- Yu N
- Zbroszczyk H
- Zha W
- Zhang J
- Zhang J
- Zhang L
- Zhang S
- Zhang S
- Zhang XP
- Zhang Y
- Zhang Z
- Zhao J
- Zhong C
- Zhou C
- Zhu X
- Zhu Z
- Zyzak M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 30/04/2019
- Field of study
Beam Energy Dependence of Jet-Quenching Effects in Au plus Au Collisions at root s(NN)=7.7, 11.5, 14.5, 19.6, 27, 39, and 62.4 GeV
- Author
- Adamczyk L
- Adams JR
- Adkins JK
- Agakishiev G
- Aggarwal MM
- Ahammed Z
- Ajitanand NN
- Alekseev I
- Anderson DM
- Aoyama R
- Aparin A
- Arkhipkin D
- Aschenauer EC
- Ashraf MU
- Attri A
- Averichev GS
- Bai X
- Bairathi V
- Barish K
- Behera A
- Bellwied R
- Bhasin A
- Bhati AK
- Bhattarai P
- Bielcik J
- Bielcikova J
- Bland LC
- Bordyuzhin IG
- Bouchet J
- Brandenburg JD
- Brandin AV
- Brown D
- Bunzarov I
- Butterworth J
- Caines H
- Campbell JM
- Cebra D
- Chakaberia I
- Chaloupka P
- Chang Z
- Chankova-Bunzarova N
- Chatterjee A
- Chattopadhyay S
- Chen JH
- Chen X
- Cheng J
- Cherney M
- Christie W
- Collaboration STAR
- Contin G
- Crawford HJ
- Das S
- De Silva LC
- Debbe RR
- Dedovich TG
- Deng J
- Derevschikov AA
- Didenko L
- Dilks C
- Dong X
- Drachenberg JL
- Draper JE
- Dunkelberger LE
- Dunlop JC
- Efimov LG
- Elsey N
- Engelage J
- Eppley G
- Esha R
- Esumi S
- Evdokimov O
- Ewigleben J
- Eyser O
- Fatemi R
- Fazio S
- Federic P
- Federicova P
- Fedorisin J
- Feng Z
- Filip P
- Finch E
- Fisyak Y
- Flores CE
- Fujita J
- Fulek L
- Gagliardi CA
- Garand D
- Geurts F
- Gibson A
- Girard M
- Grosnick D
- Gunarathne DS
- Guo Y
- Gupta A
- Gupta S
- Guryn W
- Hamad AI
- Hamed A
- Harlenderova A
- Harris JW
- He L
- Heppelmann S
- Hirsch A
- Hoffmann GW
- Horvat S
- Huang B
- Huang HZ
- Huang T
- Huang X
- Humanic TJ
- Huo P
- Igo G
- Jacobs WW
- Jentsch A
- Jia J
- Jiang K
- Jowzaee S
- Jr Olvitt D
- Judd EG
- Kabana S
- Kalinkin D
- Kang K
- Kapukchyan D
- Kauder K
- Ke HW
- Keane D
- Kechechyan A
- Khan Z
- Kikola DP
- Kim C
- Kisel I
- Kisiel A
- Kochenda L
- Kocmanek M
- Kollegger T
- Kosarzewski LK
- Kraishan AF
- Krauth L
- Kravtsov P
- Krueger K
- Kulathunga N
- Kumar L
- Kvapil J
- Kwasizur JH
- Lacey R
- Landgraf JM
- Landry KD
- Lauret J
- Lebedev A
- Lednicky R
- Lee JH
- Li C
- Li W
- Li X
- Li Y
- Lidrych J
- Lin T
- Lisa MA
- Liu F
- Liu H
- Liu P
- Liu Y
- Ljubicic T
- Llope WJ
- Lomnitz M
- Longacre RS
- Luo S
- Luo X
- Ma GL
- Ma L
- Ma R
- Ma YG
- Magdy N
- Majka R
- Mallick D
- Margetis S
- Markert C
- Matis HS
- Meehan K
- Mei JC
- Miller ZW
- Minaev NG
- Mioduszewski S
- Mishra D
- Mizuno S
- Mohanty B
- Mondal MM
- Morozov DA
- Mustafa MK
- Nasim Md
- Nayak TK
- Nelson JM
- Nie M
- Nigmatkulov G
- Niida T
- Nogach LV
- Nonaka T
- Nurushev SB
- Odyniec G
- Ogawa A
- Oh K
- Okorokov VA
- Page BS
- Pak R
- Pandit Y
- Panebratsev Y
- Pawlik B
- Pei H
- Perkins C
- Pile P
- Pluta J
- Poniatowska K
- Porter J
- Posik M
- Pruthi NK
- Przybycien M
- Putschke J
- Qiu H
- Quintero A
- Ramachandran S
- Ray RL
- Reed R
- Rehbein MJ
- Ritter HG
- Roberts JB
- Rogachevskiy OV
- Romero JL
- Roth JD
- Ruan L
- Rusnak J
- Rusnakova O
- Sahoo NR
- Sahu PK
- Salur S
- Sanchez M Calderon de la Barca
- Sandweiss J
- Sangaline E
- Saur M
- Schambach J
- Schmah AM
- Schmidke WB
- Schmitz N
- Schweid BR
- Seger J
- Sergeeva M
- Seto R
- Seyboth P
- Shah N
- Shahaliev E
- Shanmuganathan PV
- Shao M
- Sharma A
- Sharma MK
- Shen WQ
- Shi SS
- Shi Z
- Shou QY
- Sichtermann EP
- Sikora R
- Simko M
- Singha S
- Skoby MJ
- Smirnov D
- Smirnov N
- Solyst W
- Song L
- Sorensen P
- Spinka HM
- Srivastava B
- Stanislaus TDS
- Strikhanov M
- Stringfellow B
- Sugiura T
- Sumbera M
- Summa B
- Sun X
- Sun XM
- Sun Y
- Surrow B
- Svirida DN
- Tang AH
- Tang Z
- Taranenko A
- Tarnowsky T
- Tawfik A
- Thader J
- Thomas JH
- Timmins AR
- Tlusty D
- Todoroki T
- Tokarev M
- Trentalange S
- Tribble RE
- Tribedy P
- Tripathy SK
- Trzeciak BA
- Tsai OD
- Ullrich T
- Underwood DG
- Upsal I
- Van Buren G
- van Nieuwenhuizen G
- Vasiliev AN
- Videbaek F
- Vokal S
- Voloshin SA
- Vossen A
- Wang F
- Wang G
- Wang Y
- Webb G
- Webb JC
- Wen L
- Westfall GD
- Wieman H
- Wissink SW
- Witt R
- Wu Y
- Xiao ZG
- Xie G
- Xie W
- Xu J
- Xu N
- Xu QH
- Xu YF
- Xu Z
- Yang C
- Yang Q
- Yang S
- Yang Y
- Ye Z
- Yi L
- Yip K
- Yoo I-K
- Yu N
- Zbroszczyk H
- Zha W
- Zhang J
- Zhang JB
- Zhang S
- Zhang XP
- Zhang Y
- Zhang Z
- Zhao J
- Zhong C
- Zhou C
- Zhou L
- Zhu X
- Zhu Z
- Zyzak M
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 06/07/2017
- Field of study
We report measurements of the nuclear modification factor, RCP, for charged hadrons as well as identified π+(−), K+(−), and p(p) for Au+Au collision energies of sNN = 7.7, 11.5, 14.5, 19.6, 27, 39, and 62.4 GeV. We observe a clear high-pT net suppression in central collisions at 62.4 GeV for charged hadrons which evolves smoothly to a large net enhancement at lower energies. This trend is driven by the evolution of the pion spectra, but is also very similar for the kaon spectra. While the magnitude of the proton RCP at high pT does depend on collision energy, neither the proton nor the anti-proton RCP at high pT exhibit net suppression at any energy. A study of how the binary collision scaled high-pT yield evolves with centrality reveals a non-monotonic shape that is consistent with the idea that jet-quenching is increasing faster than the combined phenomena that lead to enhancement.We report measurements of the nuclear modification factor RCP for charged hadrons as well as identified π+(-), K+(-), and p(p¯) for Au+Au collision energies of sNN=7.7, 11.5, 14.5, 19.6, 27, 39, and 62.4 GeV. We observe a clear high-pT net suppression in central collisions at 62.4 GeV for charged hadrons which evolves smoothly to a large net enhancement at lower energies. This trend is driven by the evolution of the pion spectra but is also very similar for the kaon spectra. While the magnitude of the proton RCP at high pT does depend on the collision energy, neither the proton nor the antiproton RCP at high pT exhibit net suppression at any energy. A study of how the binary collision-scaled high-pT yield evolves with centrality reveals a nonmonotonic shape that is consistent with the idea that jet quenching is increasing faster than the combined phenomena that lead to enhancement
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