3 research outputs found
Gender-Affirming Pharmacological Interventions for Youth With Gender Dysphoria: When Treatment Guidelines Are Not Enough
- Publication venue
- 'SAGE Publications'
- Publication date
- Field of study
No full textMicrobial Production of Extracellular Polysaccharides from Biomass
- Author
- A Fosmer
- A Fosmer
- A Lazaridou
- A Palaniraj
- A Poli
- A Ramos-Cormenzana
- AM Fialho
- AR Rao
- AS Kumar
- B Nicolaus
- BL Foster
- C Botella
- C Dayananda
- CH Shu
- CJ Israilides
- CM Taylor
- D Mantzavinos
- D Mohan
- E Saranya Devi
- EB Kurbanoglu
- F Cerrone
- F Donot
- F Freitas
- F Guillon
- F Küçükaşık
- F Sarwat
- G Gaona
- GJ Bonde
- H Kazak
- H Salehizadeh
- I Turhan
- IB Bajaj
- ID Hay
- IW Sutherland
- IW Sutherland
- IW Sutherland
- IW Sutherland
- J Fábregas
- J Schmid
- J Wang
- JA Morillo
- JA Silva
- JC Roseiro
- JE Ramberg
- KC Cheng
- L Jiang
- L Sun
- LV Evans
- M Aguilera
- M Hutnan
- M Matsushita
- M Santos
- M Stredansky
- M Taşkın
- M Taşkın
- MC Lee
- MF Silva
- MJ Lopez
- MJ Lopez
- MJ Lopez
- MJ Meade
- MK Lam
- MR Oliveira
- OS Isikhuemhen
- P Seesuriyachan
- PL deAngelis
- R Harun
- RK Purama
- RL Smith
- RM Banik
- RS Singh
- S Badel
- S Chowdhury
- S Crognale
- S Kalogiannis
- S Kundu
- S Kühnel
- S Sam
- S Sánchez-Segado
- SA Kang
- SA Survase
- SD Yoo
- SM Leandro
- T Roukas
- T Roukas
- TA Vedyashkina
- TD Leathers
- TD Leathers
- TJ Pollock
- TM Mata
- TP West
- VT Nguyen
- WJ Kenyon
- X Yin
- Y Göksungur
- Y Li
- Y Zhang
- YW Han
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2013
- Field of study
No full textBeam Energy and Centrality Dependence of Direct-Photon Emission from Ultrarelativistic Heavy-Ion Collisions
- Author
- Adare A
- Afanasiev S
- Aidala C
- Ajitanand NN
- Akiba Y
- Akimoto R
- Al-Bataineh H
- Al-Jamel A
- Al-Ta'ani H
- Alexander J
- Alfred M
- Angerami A
- Aoki K
- Apadula N
- Aphecetche L
- Aramaki Y
- Armendariz R
- Aronson SH
- Asai J
- Asano H
- Aschenauer EC
- Atomssa ET
- Averbeck R
- Awes TC
- Azmoun B
- Babintsev V
- Bagoly A
- Bai M
- Baksay G
- Baksay L
- Baldisseri A
- Bannier B
- Barish KN
- Barnes PD
- Bassalleck B
- Basye AT
- Bathe S
- Batsouli S
- Baublis V
- Bauer F
- Baumann C
- Baumgart S
- Bazilevsky A
- Belikov S
- Belmont R
- Bennett R
- Berdnikov A
- Berdnikov Y
- Bhom JH
- Bickley AA
- Bjorndal MT
- Blau DS
- Boer M
- Boissevain JG
- Bok JS
- Borel H
- Boyle K
- Brooks ML
- Brown DS
- Bryslawskyj J
- Bucher D
- Buesching H
- Bumazhnov V
- Bunce G
- Burward-Hoy JM
- Butsyk S
- Camacho CM
- Campbell S
- Canoa Roman V
- Caringi A
- Castera P
- Chai J-S
- Chang BS
- Chang WC
- Charvet J-L
- Chen C-H
- Chernichenko S
- Chi CY
- Chiba J
- Chiu M
- Choi IJ
- Choi JB
- Choi S
- Choudhury RK
- Christiansen P
- Chujo T
- Chung P
- Churyn A
- Chvala O
- Cianciolo V
- Citron Z
- Cleven CR
- Cobigo Y
- Cole BA
- Comets MP
- Conesa Del Valle Z
- Connors M
- Constantin P
- Csanád M
- Csörgő T
- d'Enterria D
- D'Orazio L
- Dahms T
- Dairaku S
- Danchev I
- Danley TW
- Das K
- Datta A
- Daugherity MS
- David G
- Dayananda MK
- Deaton MB
- Dehmelt K
- Delagrange H
- Denisov A
- Deshpande A
- Desmond EJ
- Dharmawardane KV
- Dietzsch O
- Ding L
- Dion A
- Do JH
- Donadelli M
- Drachenberg JL
- Drapier O
- Drees A
- Drees KA
- Dubey AK
- Durham JM
- Durum A
- Dutta D
- Dzhordzhadze V
- Edwards S
- Efremenko YV
- Egdemir J
- Ellinghaus F
- Emam WS
- En'yo H
- Engelmore T
- Enokizono A
- Espagnon B
- Esumi S
- Eyser KO
- Fadem B
- Fan W
- Feege N
- Fields DE
- Finger M
- Finger M
- Fleuret F
- Fokin SL
- Forestier B
- Fraenkel Z
- Frantz JE
- Franz A
- Frawley AD
- Fujiwara K
- Fukao Y
- Fung S-Y
- Fusayasu T
- Gadrat S
- Gainey K
- Gal C
- Gallus P
- Garg P
- Garishvili A
- Garishvili I
- Gastineau F
- Ge H
- Germain M
- Glenn A
- Gong H
- Gong X
- Gonin M
- Gosset J
- Goto Y
- Granier de Cassagnac R
- Grau N
- Greene SV
- Grim G
- Grosse Perdekamp M
- Gunji T
- Guo L
- Gustafsson H-Å
- Hachiya T
- Hadj Henni A
- Haegemann C
- Haggerty JS
- Hagiwara MN
- Hahn KI
- Hamagaki H
- Hamblen J
- Han R
- Hanks J
- Harada H
- Hartouni EP
- Haruna K
- Harvey M
- Hasegawa S
- Haseler TOS
- Hashimoto K
- Haslum E
- Hasuko K
- Hayano R
- He X
- Heffner M
- Hemmick TK
- Hester T
- Heuser JM
- Hiejima H
- Hill JC
- Hill K
- Hobbs R
- Hodges A
- Hohlmann M
- Hollis RS
- Holmes M
- Holzmann W
- Homma K
- Hong B
- Horaguchi T
- Hori Y
- Hornback D
- Hotvedt N
- Huang J
- Huang S
- Hur MG
- Ichihara T
- Ichimiya R
- Iinuma H
- Ikeda Y
- Imai K
- Imrek J
- Inaba M
- Inoue Y
- Iordanova A
- Isenhower D
- Isenhower L
- Ishihara M
- Isobe T
- Issah M
- Isupov A
- Ivanishchev D
- Iwanaga Y
- Jacak BV
- Javani M
- Ji Z
- Jia J
- Jiang X
- Jin J
- Jinnouchi O
- Johnson BM
- Jones T
- Joo KS
- Jouan D
- Jumper DS
- Kajihara F
- Kametani S
- Kamihara N
- Kamin J
- Kaneta M
- Kaneti S
- Kang BH
- Kang JH
- Kang JS
- Kanou H
- Kapustinsky J
- Karatsu K
- Kasai M
- Kawagishi T
- Kawall D
- Kawashima M
- Kazantsev AV
- Kelly S
- Kempel T
- Khachatryan V
- Khanzadeev A
- Kijima KM
- Kikuchi J
- Kim A
- Kim BI
- Kim C
- Kim DH
- Kim DJ
- Kim E
- Kim E-J
- Kim HJ
- Kim K-B
- Kim M
- Kim SH
- Kim Y-J
- Kim Y-S
- Kim YK
- Kincses D
- Kinney E
- Kiriluk K
- Kiss Á
- Kistenev E
- Kiyomichi A
- Klatsky J
- Klay J
- Klein-Boesing C
- Kleinjan D
- Kline P
- Kochenda L
- Kochetkov V
- Komatsu Y
- Komkov B
- Konno M
- Koster J
- Kotchetkov D
- Kotov D
- Kozlov A
- Kravitz A
- Krizek F
- Kroon PJ
- Král A
- Kubart J
- Kunde GJ
- Kurgyis B
- Kurihara N
- Kurita K
- Kurosawa M
- Kweon MJ
- Kwon Y
- Kyle GS
- Lacey R
- Lai YS
- Lajoie JG
- Layton D
- Le Bornec Y
- Lebedev A
- Leckey S
- Lee B
- Lee DM
- Lee J
- Lee KB
- Lee KS
- Lee MK
- Lee SH
- Lee SR
- Lee T
- Leitch MJ
- Leite MAL
- Leitgab M
- Lenzi B
- Leung YH
- Lewis B
- Lewis NA
- Li X
- Li X
- Li XH
- Lichtenwalner P
- Liebing P
- Lim H
- Lim SH
- Linden Levy LA
- Litvinenko A
- Liu H
- Liu MX
- Liška T
- Love B
- Lynch D
- Lökös S
- Maguire CF
- Majoros T
- Makdisi YI
- Makek M
- Malakhov A
- Malik MD
- Manion A
- Manko VI
- Mannel E
- Mao Y
- Masui H
- Masumoto S
- Matathias F
- Mašek L
- McCain MC
- McCumber M
- McGaughey PL
- McGlinchey D
- McKinney C
- Means N
- Mendoza M
- Meredith B
- Miake Y
- Mibe T
- Mignerey AC
- Mihalik DE
- Mikeš P
- Miki K
- Miller TE
- Milov A
- Mioduszewski S
- Mishra DK
- Mishra GC
- Mishra M
- Mitchell JT
- Mitrovski M
- Mitsuka G
- Miyachi Y
- Miyasaka S
- Mohanty AK
- Mohapatra S
- Moon HJ
- Moon T
- Morino Y
- Morreale A
- Morrison DP
- Morrow SI
- Moss JM
- Motschwiller S
- Moukhanova TV
- Mukhopadhyay D
- Murakami T
- Murata J
- Mwai A
- Nagae T
- Nagamiya S
- Nagashima K
- Nagata Y
- Nagle JL
- Naglis M
- Nagy MI
- Nakagawa I
- Nakamiya Y
- Nakamura KR
- Nakamura T
- Nakano K
- Nam S
- Nattrass C
- Nederlof A
- Newby J
- Nguyen M
- Nihashi M
- Niida T
- Norman BE
- Nouicer R
- Novitzky N
- Novák T
- Nyanin AS
- Nystrand J
- O'Brien E
- Oakley C
- Oda SX
- Ogilvie CA
- Ohnishi H
- Ojha ID
- Oka M
- Okada K
- Omiwade OO
- Onuki Y
- Orjuela Koop JD
- Osborn JD
- Oskarsson A
- Otterlund I
- Ouchida M
- Ozawa K
- Pak R
- Pal D
- Palounek APT
- Pantuev V
- Papavassiliou V
- Park BH
- Park IH
- Park J
- Park S
- Park SK
- Park WJ
- Pate SF
- Patel L
- Patel M
- Pei H
- Peng J-C
- Peng W
- Pereira H
- Perepelitsa DV
- Peresedov V
- Peressounko D Yu
- PerezLara CE
- Petti R
- PHENIX Collaboration
- Pinkenburg C
- Pisani RP
- Proissl M
- Purschke ML
- Purwar AK
- Qu H
- Radzevich PV
- Rak J
- Rakotozafindrabe A
- Ravinovich I
- Read KF
- Rembeczki S
- Reuter M
- Reygers K
- Reynolds D
- Riabov V
- Riabov Y
- Richardson E
- Richford D
- Rinn T
- Roach D
- Roche G
- Rolnick SD
- Romana A
- Rosati M
- Rosen CA
- Rosendahl SSE
- Rosnet P
- Rowan Z
- Rukoyatkin P
- Runchey J
- Ružička P
- Rykov VL
- Ryu SS
- Sahlmueller B
- Saito N
- Sakaguchi T
- Sakai S
- Sakashita K
- Sakata H
- Sako H
- Samsonov V
- Sano M
- Sano S
- Sarsour M
- Sato HD
- Sato S
- Sato T
- Sawada S
- Schmoll BK
- Sedgwick K
- Seele J
- Seidl R
- Semenov A Yu
- Semenov V
- Sen A
- Seto R
- Sharma D
- Shea TK
- Shein I
- Shevel A
- Shibata T-A
- Shigaki K
- Shimomura M
- Shohjoh T
- Shoji K
- Shukla P
- Sickles A
- Silva CL
- Silvermyr D
- Silvestre C
- Sim KS
- Singh BK
- Singh CP
- Singh V
- Skoby MJ
- Skutnik S
- Slunečka M
- Smith WC
- Soldatov A
- Soltz RA
- Sondheim WE
- Sorensen SP
- Sourikova IV
- Staley F
- Stankus PW
- Stenlund E
- Stepanov M
- Ster A
- Stoll SP
- Sugitate T
- Suire C
- Sukhanov A
- Sullivan JP
- Sun J
- Sun Z
- Sziklai J
- Tabaru T
- Takagi S
- Takagui EM
- Takahara A
- Taketani A
- Tanabe R
- Tanaka KH
- Tanaka Y
- Taneja S
- Tanida K
- Tannenbaum MJ
- Tarafdar S
- Taranenko A
- Tarján P
- Tennant E
- Themann H
- Thomas D
- Thomas TL
- Tieulent R
- Todoroki T
- Togawa M
- Toia A
- Tojo J
- Tomita Y
- Tomášek L
- Tomášek M
- Torii H
- Towell RS
- Tram V-N
- Tserruya I
- Tsuchimoto Y
- Tsuji T
- Tuli SK
- Tydesjö H
- Tyurin N
- Ueda Y
- Ujvari B
- Vale C
- Valle H
- van Hecke HW
- Vargyas M
- Vazquez-Zambrano E
- Veicht A
- Velkovska J
- Vinogradov AA
- Virius M
- Vossen A
- Vrba V
- Vznuzdaev E
- Vértesi R
- Wagner M
- Walker D
- Wang XR
- Watanabe D
- Watanabe K
- Watanabe Y
- Watanabe YS
- Wei F
- Wei R
- Wessels J
- White SN
- Willis N
- Winter D
- Wolin S
- Wong CP
- Woody CL
- Wright RM
- Wysocki M
- Xia B
- Xie W
- Xu C
- Xu Q
- Yamaguchi YL
- Yamaura K
- Yang R
- Yanovich A
- Yasin Z
- Ying J
- Yokkaichi S
- Yoo JH
- You Z
- Young GR
- Younus I
- Yu H
- Yushmanov IE
- Zajc WA
- Zaudtke O
- Zelenski A
- Zhang C
- Zharko S
- Zhou S
- Zimamyi J
- Zolin L
- Zou L
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2019
- Field of study
No full textInternational audienceThe PHENIX collaboration presents first measurements of low-momentum (0.41 GeV/c) direct-photon yield dNγdir/dη is a smooth function of dNch/dη and can be well described as proportional to (dNch/dη)α with α≈1.25. This scaling behavior holds for a wide range of beam energies at the Relativistic Heavy Ion Collider and the Large Hadron Collider, for centrality selected samples, as well as for different A+A collision systems. At a given beam energy, the scaling also holds for high pT (>5 GeV/c), but when results from different collision energies are compared, an additional sNN-dependent multiplicative factor is needed to describe the integrated-direct-photon yield
