32 research outputs found
Measurement of the gamma ray background in the Davis cavern at the Sanford Underground Research Facility
- Author
- Akerib DS
- Akerlof CW
- Alsum SK
- Angelides N
- Araújo HM
- Armstrong JE
- Arthurs M
- Bai X
- Balajthy J
- Balashov S
- Baxter A
- Bernard EP
- Biekert A
- Biesiadzinski TP
- Boast KE
- Boxer B
- Brás P
- Buckley JH
- Bugaev VV
- Burdin S
- Busenitz JK
- Carels C
- Carlsmith DL
- Carmona-Benitez MC
- Cascella M
- Chan C
- Cole A
- Cottle A
- Cutter JE
- Dahl CE
- de Viveiros L
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Fan A
- Fiorucci S
- Flaecher H
- Fruth T
- Gaitskell RJ
- Genovesi J
- Ghag C
- Gilchriese MGD
- Gokhale S
- Hall CR
- Hans S
- Harrison J
- Haselschwardt SJ
- Hertel SA
- Hor JYK
- Horn M
- Huang DQ
- Ignarra CM
- Jahangir O
- Ji W
- Johnson J
- Kaboth AC
- Kamdin K
- Khaitan D
- Khazov A
- Kim WT
- Kocher CD
- Korley L
- Korolkova EV
- Kras J
- Kraus H
- Kravitz SW
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levy C
- Li J
- Liao FT
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Loniewski C
- Lopes MI
- Lorenzon W
- Luitz S
- Lyle JM
- López Paredes B
- Majewski PA
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Marzioni MF
- McKinsey DN
- McLaughlin J
- Meng Y
- Miller EH
- van der Grinten MGD
- Publication venue
- eScholarship, University of California
- Publication date
- 01/03/2020
- Field of study
Deep underground environments are ideal for low background searches due to the attenuation of cosmic rays by passage through the earth. However, they are affected by backgrounds from γ-rays emitted by 40K and the 238U and 232Th decay chains in the surrounding rock. The LUX-ZEPLIN (LZ) experiment will search for dark matter particle interactions with a liquid xenon TPC located within the Davis campus at the Sanford Underground Research Facility, Lead, South Dakota, at the 4850-foot level. In order to characterise the cavern background, in-situ γ-ray measurements were taken with a sodium iodide detector in various locations and with lead shielding. The integral count rates (0–3300 keV) varied from 596 Hz to 1355 Hz for unshielded measurements, corresponding to a total flux from the cavern walls of 1.9 ± 0.4 γ cm−2s−1. The resulting activity in the walls of the cavern can be characterised as 220 ± 60 Bq/kg of 40K, 29 ± 15 Bq/kg of 238U, and 13 ± 3 Bq/kg of 232Th
Simulations of Events for the LUX-ZEPLIN (LZ) Dark Matter Experiment
- Author
- Akerib DS
- Akerlof CW
- Alquahtani A
- Alsum SK
- Anderson TJ
- Angelides N
- Araújo HM
- Armstrong JE
- Arthurs M
- Bai X
- Balajthy J
- Balashov S
- Bang J
- Bauer D
- Baxter A
- Bensinger J
- Bernard EP
- Bernstein A
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Birch HJ
- Boast KE
- Boxer B
- Brás P
- Buckley JH
- Bugaev VV
- Burdin S
- Busenitz JK
- Cabrita R
- Carels C
- Carlsmith DL
- Carmona-Benitez MC
- Cascella M
- Chan C
- Chott NI
- Cole A
- Collaboration TLUX-ZEPLIN
- Cottle A
- Cutter JE
- Dahl CE
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Eriksen SR
- Fan A
- Fayer S
- Fiorucci S
- Flaecher H
- Fraser ED
- Fruth T
- Gaitskell RJ
- Genovesi J
- Ghag C
- Gibson E
- Gilchriese MGD
- Gokhale S
- Grinten MGDVD
- Hall CR
- Harrison A
- Haselschwardt SJ
- Hertel SA
- Hor JY-K
- Horn M
- Huang DQ
- Ignarra CM
- Jahangir O
- Ji W
- Johnson J
- Kaboth AC
- Kamaha AC
- Kamdin K
- Kazkaz K
- Khaitan D
- Khazov A
- Khurana I
- Kocher CD
- Korley L
- Korolkova EV
- Kras J
- Kraus H
- Kravitz S
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levy C
- Li J
- Liao F-T
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Loniewski C
- Lopes MI
- Lorenzon W
- Luitz S
- Lyle JM
- Majewski PA
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Marzioni MF
- McKinsey DN
- McLaughlin J
- Meng Y
- Miller EH
- Mizrachi E
- Monte A
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy ASJ
- Naim D
- Naylor A
- Nedlik C
- Nehrkorn C
- Nelson HN
- Neves F
- Nikoleyczik JA
- Nilima A
- Olcina I
- Oliver-Mallory KC
- Pal S
- Palladino KJ
- Palmer J
- Paredes BL
- Parveen N
- Pease EK
- Penning B
- Pereira G
- Piepke A
- Pushkin K
- Reichenbacher J
- Rhyne CA
- Richards A
- Riffard Q
- Rischbieter GRC
- Rosero R
- Rossiter P
- Rutherford G
- Santone D
- Sazzad ABMR
- Schnee RW
- Schubnell M
- Seymour D
- Shaw S
- Shutt TA
- Silk JJ
- Silva C
- Smith R
- Solmaz M
- Solovov VN
- Sorensen P
- Stancu I
- Stevens A
- Stifter K
- Sumner TJ
- Swanson N
- Szydagis M
- Tan M
- Taylor R
- Taylor WC
- Temples DJ
- Terman PA
- Tiedt DR
- Timalsina M
- Tomás A
- Tripathi M
- Tronstad DR
- Turner W
- Tvrznikova L
- Utku U
- Vacheret A
- Vaitkus A
- Viveiros LD
- Wang JJ
- Wang W
- Watson JR
- Webb RC
- White RG
- Whitis TJ
- Wolfs FLH
- Woodward D
- Xiang X
- Xu J
- Yeh M
- Zarzhitsky P
- Publication venue
- 'Center for Open Science'
- Publication date
- 25/01/2020
- Field of study
The LUX-ZEPLIN dark matter search aims to achieve a sensitivity to the WIMP-nucleon spin-independent cross-section down to (1-2) × 10−12 pb at a WIMP mass of 40 GeV/c2. This paper describes the simulations framework that, along with radioactivity measurements, was used to support this projection, and also to provide mock data for validating reconstruction and analysis software. Of particular note are the event generators, which allow us to model the background radiation, and the detector response physics used in the production of raw signals, which can be converted into digitized waveforms similar to data from the operational detector. Inclusion of the detector response allows us to process simulated data using the same analysis routines as developed to process the experimental data
The LUX-ZEPLIN (LZ) Experiment
- Author
- Akerib DS
- Akerlof CW
- Akimov DY
- Alquahtani A
- Alsum SK
- Anderson TJ
- Angelides N
- Araújo HM
- Arbuckle A
- Armstrong JE
- Arthurs M
- Auyeung H
- Bai X
- Bailey AJ
- Balajthy J
- Balashov S
- Bang J
- Barry MJ
- Barthel J
- Bauer D
- Bauer P
- Baxter A
- Belle J
- Beltrame P
- Bensinger J
- Benson T
- Bernard EP
- Bernstein A
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Birrittella B
- Boast KE
- Bolozdynya AI
- Boulton EM
- Boxer B
- Bramante R
- Branson S
- Breidenbach M
- Brás P
- Buckley JH
- Bugaev VV
- Bunker R
- Burdin S
- Busenitz JK
- Campbell JS
- Carels C
- Carlsmith DL
- Carlson B
- Carmona-Benitez MC
- Cascella M
- Chan C
- Cherwinka JJ
- Chiller AA
- Chiller C
- Chott NI
- Cole A
- Coleman J
- Collaboration TLZ
- Colling D
- Conley RA
- Cottle A
- Coughlen R
- Craddock WW
- Cunha JPD
- Curran D
- Currie A
- Cutter JE
- Dahl CE
- Dardin S
- Dasu S
- Davis J
- Davison TJR
- Decheine N
- Dobi A
- Dobson JEY
- Druszkiewicz E
- Dushkin A
- Edberg TK
- Edwards BN
- Edwards J
- Edwards WR
- Elnimr MM
- Emmet WT
- Eriksen SR
- Faham CH
- Fan A
- Fayer S
- Fiorucci S
- Flaecher H
- Florang IMF
- Ford P
- Francis VB
- Froborg F
- Fruth T
- Gaitskell RJ
- Gantos NJ
- Garcia D
- Geffre A
- Gehman VM
- Gelfand R
- Genovesi J
- Gerhard RM
- Ghag C
- Gibson E
- Gilchriese MGD
- Gokhale S
- Gomber B
- Gonda TG
- Greenall A
- Greenwood S
- Gregerson G
- Grinten MGDVD
- Gwilliam CB
- Hall CR
- Hamilton D
- Hans S
- Hanzel K
- Harrington T
- Harrison A
- Haselschwardt SJ
- Hasselkus C
- Heise J
- Hemer D
- Hertel SA
- Hillbrand S
- Hitchcock O
- Hjemfelt C
- Hoff MD
- Holbrook B
- Holtom E
- Hor JY-K
- Horn M
- Huang DQ
- Hurteau TW
- Ignarra CM
- Irving MN
- Jacobsen RG
- Jahangir O
- Jeffery SN
- Ji W
- Johnson J
- Johnson M
- Johnson P
- Jones WG
- Kaboth AC
- Kamaha A
- Kamdin K
- Kasey V
- Kazkaz K
- Keefner J
- Khaitan D
- Khaleeq M
- Khazov A
- Khromov AV
- Khurana I
- Kim WT
- Kim YD
- Kocher CD
- Konovalov AM
- Korley L
- Korolkova EV
- Koyuncu M
- Kras J
- Kraus H
- Kravitz SW
- Krebs HJ
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Kumpan AV
- Kyre S
- Lambert AR
- Landerud B
- Larsen NA
- Laundrie A
- Leason EA
- Lee C
- Lee HS
- Lee J
- Lenardo BG
- Leonard DS
- Leonard R
- Lesko KT
- Levy C
- Li J
- Liao F-T
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Liu Y
- Loniewski C
- Lopes MI
- Lorenzon W
- Lucero D
- Luitz S
- Lyle JM
- Lynch C
- Majewski PA
- Makkinje J
- Malling DC
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Markley DJ
- MarrLaundrie P
- Martin TJ
- Marzioni MF
- Maupin C
- McConnell CT
- McKinsey DN
- McLaughlin J
- Mei D-M
- Meng Y
- Migneault J
- Miller EH
- Minaker ZJ
- Mizrachi E
- Mock J
- Molash D
- Monte A
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy ASJ
- Naim D
- Naylor A
- Nedlik C
- Nehrkorn C
- Nelson HN
- Nesbit J
- Neves F
- Nikkel JA
- Nikoleyczik JA
- Nilima A
- O'Dell J
- O'Neill FG
- O'Sullivan K
- Oh H
- Olcina I
- Olevitch MA
- Oliver-Mallory KC
- Oxborough L
- Pagac A
- Pagenkopf D
- Pal S
- Palladino KJ
- Palmaccio VM
- Palmer J
- Pangilinan M
- Paredes BL
- Patton SJ
- Pease EK
- Penning BP
- Pereira C
- Pereira G
- Peterson IB
- Piepke A
- Pierson S
- Powell S
- Preece RM
- Pushkin K
- Qie Y
- Racine M
- Ratcliff BN
- Reichenbacher J
- Reichhart L
- Rhyne CA
- Richards A
- Riffard Q
- Rischbieter GRC
- Rodrigues JP
- Rose HJ
- Rosero R
- Rossiter P
- Rucinski R
- Rutherford G
- Rynders D
- Saba JS
- Sabarots L
- Santone D
- Sarychev M
- Sazzad ABMR
- Schnee RW
- Schubnell M
- Scovell PR
- Severson M
- Seymour D
- Shaw S
- Shutt GW
- Shutt TA
- Silk JJ
- Silva C
- Skarpaas K
- Skulski W
- Smith AR
- Smith RE
- Smith RJ
- So J
- Solmaz M
- Solovov VN
- Sorensen P
- Sosnovtsev VV
- Stancu I
- Stark MR
- Stephenson S
- Stern N
- Stevens A
- Stiegler TM
- Stifter K
- Studley R
- Sumner TJ
- Sundarnath K
- Sutcliffe P
- Swanson N
- Szydagis M
- Tan M
- Taylor DJ
- Taylor R
- Taylor WC
- Temples D
- Tennyson BP
- Terman PA
- Thomas KJ
- Thomson JA
- Tiedt DR
- Timalsina M
- To WH
- Tomás A
- Tope TE
- Tripathi M
- Tronstad DR
- Tull CE
- Turner W
- Tvrznikova L
- Utes M
- Utku U
- Uvarov S
- Va'vra J
- Vacheret A
- Vaitkus A
- Verbus JR
- Vietanen T
- Viveiros LD
- Voirin E
- Vuosalo CO
- Walcott S
- Waldron WL
- Walker K
- Wang JJ
- Wang L
- Wang R
- Wang Y
- Watson JR
- Weatherly S
- Webb RC
- Wei W-Z
- While M
- White DT
- White JT
- White RG
- Whitis TJ
- Wilson K
- Wisniewski WJ
- Witherell MS
- Wolfs FLH
- Wolfs JD
- Woodward D
- Worm SD
- Xiang X
- Xiao Q
- Xu J
- Yeh M
- Yin J
- Young I
- Zhang C
- Publication venue
- Publication date
- 11/02/2020
- Field of study
We describe the design and assembly of the LUX-ZEPLIN experiment, a direct detection search for cosmic WIMP dark matter particles. The centerpiece of the experiment is a large liquid xenon time projection chamber sensitive to low energy nuclear recoils. Rejection of backgrounds is enhanced by a Xe skin veto detector and by a liquid scintillator Outer Detector loaded with gadolinium for efficient neutron capture and tagging. LZ is located in the Davis Cavern at the 4850' level of the Sanford Underground Research Facility in Lead, South Dakota, USA. We describe the major subsystems of the experiment and its key design features and requirements
Identification of Radiopure Titanium for the LZ Dark Matter Experiment and Future Rare Event Searches
- Author
- Akerib DS
- Akerlof CW
- Akimov DY
- Alsum SK
- Araújo HM
- Arnquist IJ
- Arthurs M
- Bai X
- Bailey AJ
- Balajthy J
- Balashov S
- Barry MJ
- Belle J
- Beltrame P
- Benson T
- Bernard EP
- Bernstein A
- Biesiadzinski TP
- Boast KE
- Bolozdynya A
- Boxer B
- Bramante R
- Brás P
- Buckley JH
- Bugaev VV
- Bunker R
- Burdin S
- Busenitz JK
- Carels C
- Carlsmith DL
- Carlson B
- Carmona-Benitez MC
- Chan C
- Cherwinka JJ
- Chiller AA
- Chiller C
- Cottle A
- Coughlen R
- Craddock WW
- Currie A
- Dahl CE
- Davison TJR
- Dobi A
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Edwards WR
- Emmet WT
- Faham CH
- Fiorucci S
- Fruth T
- Gaitskell RJ
- Gantos NJ
- Gehman VM
- Gerhard RM
- Ghag C
- Gilchriese MGD
- Gomber B
- Grinten MGDVD
- Hall CR
- Hans S
- Hanzel K
- Haselschwardt SJ
- Hertel SA
- Hillbrand S
- Hjemfelt C
- Hoff MD
- Holbrook B
- Holtom E
- Hoppe EW
- Hor JY-K
- Horn M
- Huang DQ
- Hurteau TW
- Ignarra CM
- Jacobsen RG
- Ji W
- Kaboth A
- Kamdin K
- Kazkaz K
- Khaitan D
- Khazov A
- Khromov AV
- Konovalov AM
- Korolkova EV
- Koyuncu M
- Kraus H
- Krebs HJ
- Kudryavtsev VA
- Kumpan AV
- Kyre S
- Lee C
- Lee HS
- Lee J
- Leonard DS
- Leonard R
- Lesko KT
- Levy C
- Liao F-T
- Lin J
- Lindote A
- Linehan RE
- Lippincott WH
- Liu X
- Lopes MI
- Lorenzon W
- Luitz S
- Majewski P
- Manalaysay A
- Manenti L
- Mannino RL
- Markley DJ
- Martin TJ
- Marzioni MF
- McConnell CT
- McKinsey DN
- Mei D-M
- Meng Y
- Miller EH
- Mizrachi E
- Mock J
- Monzani ME
- Morad JA
- Mount BJ
- Murphy ASJ
- Nehrkorn C
- Nelson HN
- Neves F
- Nikkel JA
- O'Dell J
- O'Sullivan K
- Olcina I
- Olevitch MA
- Oliver-Mallory KC
- Palladino KJ
- Paredes BL
- Pease EK
- Piepke A
- Powell S
- Preece RM
- Pushkin K
- Ratcliff BN
- Reichenbacher J
- Reichhart L
- Rhyne CA
- Richards A
- Rodrigues JP
- Rose HJ
- Rosero R
- Rossiter P
- Saba JS
- Sarychev M
- Schnee RW
- Schubnell M
- Scovell PR
- Shaw S
- Shutt TA
- Silva C
- Skarpaas K
- Skulski W
- Solmaz M
- Solovov VN
- Sorensen P
- Sosnovtsev VV
- Stancu I
- Stark MR
- Stephenson S
- Stiegler TM
- Stifter K
- Sumner TJ
- Szydagis M
- Taylor DJ
- Taylor WC
- Temples D
- Terman PA
- Thomas KJ
- Thomson JA
- Tiedt DR
- Timalsina M
- To WH
- Tomás A
- Tope TE
- Tripathi M
- Tvrznikova L
- Va'vra J
- Vacheret A
- Verbus JR
- Vuosalo CO
- Waldron WL
- Wang R
- Watson R
- Webb RC
- Wei W-Z
- While M
- White DT
- Whitis TJ
- Wisniewski WJ
- Witherell MS
- Wolfs FLH
- Woodward D
- Worm S
- Xu J
- Yeh M
- Yin J
- Zhang C
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
The LUX-ZEPLIN (LZ) experiment will search for dark matter particle interactions with a detector containing a total of 10 tonnes of liquid xenon within a double-vessel cryostat. The large mass and proximity of the cryostat to the active detector volume demand the use of material with extremely low intrinsic radioactivity. We report on the radioassay campaign conducted to identify suitable metals, the determination of factors limiting radiopure production, and the selection of titanium for construction of the LZ cryostat and other detector components. This titanium has been measured with activities of 238Ue~<1.6~mBq/kg, 238Ul~<0.09~mBq/kg, 232The~=0.28±0.03~mBq/kg, 232Thl~=0.25±0.02~mBq/kg, 40K~<0.54~mBq/kg, and 60Co~<0.02~mBq/kg (68\% CL). Such low intrinsic activities, which are some of the lowest ever reported for titanium, enable its use for future dark matter and other rare event searches. Monte Carlo simulations have been performed to assess the expected background contribution from the LZ cryostat with this radioactivity. In 1,000 days of WIMP search exposure of a 5.6-tonne fiducial mass, the cryostat will contribute only a mean background of 0.160±0.001(stat)±0.030(sys) counts
Projected sensitivity of the LUX-ZEPLIN experiment to the 0νββ decay of 136Xe
- Author
- Akerib DS
- Akerlof CW
- Alqahtani A
- Alsum SK
- Anderson TJ
- Angelides N
- Araújo HM
- Armstrong JE
- Arthurs M
- Bai X
- Balajthy J
- Balashov S
- Bang J
- Baxter A
- Benitez MCC
- Bensinger J
- Bernard EP
- Bernstein A
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Birch HJ
- Boast KE
- Boxer B
- Brás P
- Buckley JH
- Bugaev VV
- Burdin S
- Busenitz JK
- Cabrita R
- Carels C
- Carlsmith DL
- Cascella M
- Chan C
- Chott NI
- Cole A
- Cottle A
- Cutter JE
- Dahl CE
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Eriksen SR
- Fan A
- Fiorucci S
- Flaecher H
- Fraser ED
- Fruth T
- Gaitskell RJ
- Genovesi J
- Ghag C
- Gibson E
- Gilchriese MGD
- Gokhale S
- Grinten MGDVD
- Hall CR
- Harrison A
- Haselschwardt SJ
- Hertel SA
- Hor JYK
- Horn M
- Huang DQ
- Ignarra CM
- Jahangir O
- Ji W
- Johnson J
- Kaboth AC
- Kamaha AC
- Kamdin K
- Kazkaz K
- Khaitan D
- Khazov A
- Khurana I
- Kocher CD
- Korley L
- Korolkova EV
- Kras J
- Kraus H
- Kravitz S
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levy C
- Li J
- Liao FT
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Loniewski C
- Lopes MI
- Lorenzon W
- Luitz S
- Lyle JM
- Majewski PA
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Marzioni MF
- McKinsey DN
- McLaughlin J
- Meng Y
- Miller EH
- Mizrachi E
- Monte A
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy ASJ
- Naim D
- Naylor A
- Nedlik C
- Nehrkorn C
- Nelson HN
- Neves F
- Nikoleyczik JA
- Nilima A
- O'Sullivan K
- Olcina I
- Oliver-Mallory KC
- Pal S
- Palladino KJ
- Palmer J
- Paredes BL
- Parveen N
- Pease EK
- Penning B
- Pereira G
- Pushkin K
- Reichenbacher J
- Rhyne CA
- Riffard Q
- Rischbieter GRC
- Rosero R
- Rossiter P
- Rutherford G
- Santone D
- Sazzad ABMR
- Schnee RW
- Schubnell M
- Seymour D
- Shaw S
- Shutt TA
- Silk JJ
- Silva C
- Smith R
- Solmaz M
- Solovov VN
- Sorensen P
- Stancu I
- Stevens A
- Stifter K
- Sumner TJ
- Swanson N
- Szydagis M
- Tan M
- Taylor R
- Taylor WC
- Temples DJ
- Terman PA
- Tiedt DR
- Timalsina M
- Tomás A
- Tripathi M
- Tronstad DR
- Turner W
- Tvrznikova L
- Utku U
- Vacheret A
- Vaitkus A
- Viveiros LD
- Wang JJ
- Wang W
- Watson JR
- Webb RC
- White RG
- Whitis TJ
- Wolfs FLH
- Woodward D
- Xiang X
- Xu J
- Yeh M
- Zarzhitsky P
- Publication venue
- Publication date
- Field of study
The LUX-ZEPLIN (LZ) experiment will enable a neutrinoless double beta decay search in parallel to the main science goal of discovering dark matter particle interactions. We report the expected LZ sensitivity to ^136Xe neutrinoless double beta decay, taking advantage of the significant (>600 kg) ^136Xe mass contained within the active volume of LZ without isotopic enrichment. After 1000 live-days, the median exclusion sensitivity to the half-life of ^136Xe is projected to be 1.06×10^26 years (90% confidence level), similar to existing constraints. We also report the expected sensitivity of a possible subsequent dedicated exposure using 90% enrichment with ^136Xe at 1.06×10^27 years
A922 Sequential measurement of 1 hour creatinine clearance (1-CRCL) in critically ill patients at risk of acute kidney injury (AKI)
- Author
- Abbott TE
- Abdallah RI
- Abdel-Aal IR
- Abdelmonem SA
- Abdo WF
- Abellan AN
- Abellán AN
- Abellán AN
- Abellán AN
- Abrams ST
- Ackerley C
- Acuña M
- Adda M
- Adhikari NK
- Adriano G
- Adrie C
- Affatato R
- Affatato R
- Afonso-Rivero D
- Agarossi A
- Agarwal LK
- Ageeva T
- Agrawal R
- Aguayo-DeHoyos E
- Aguilar AL
- Aguilar-Alonso E
- Aguilar-Alonso E
- Aguilar-Alonso E
- Aguirregabyria M
- Ahmadnia E
- Ahn C
- Ahn JY
- Ahn JY
- Ahn MY
- Ahn MY
- Aitken LM
- Akalaev R
- Akbarzadeh A
- Akcan-Arikan A
- Akhlagh SH
- Akhtar N
- AKI Research Group
- Akiduki N
- Akin S
- Akizuki N
- Akkoc T
- Ala-Kokko T
- Alanio A
- Albaiceta GM
- Albaladejo P
- Alberto F
- Albuisson E
- Alcala MA
- Alcázar L
- Aldabo-Pallas T
- Aldana NN
- Aldecoa C
- Alegría L
- Alejandro R
- Alejo GC
- Alejos RM
- Alexandrova E
- Algarte R
- Algarte R
- Algieri I
- Algora-Weber A
- Alhamdi Y
- Aliaga FA
- Aliberti S
- Alkan A
- Almudena PM
- Almudevar PM
- Almudevar PM
- Almudévar PM
- Altıntas ND
- Alvarez J
- Alves SC
- Alzola LM
- Amargianitakis V
- Amaro R
- Amato MB
- Ambler M
- Amerongen MP
- Amininejad T
- Amor LL
- Amorim V
- Anand RK
- Andersen LW
- Andersson S
- Andoh K
- Andrade AH
- Andrade AH
- Andrade AH
- Andrade G
- Andreis DT
- Andreis DT
- Annane D
- Antonelli M
- Antoniadou A
- Antonio C
- Antonucci E
- Antón DG
- Anzueto A
- Appiani F
- Aquevedo A
- Aragon C
- Araujo NJ
- Araujo VF
- ARIAM registry of adult cardiac surgery
- ARIAM-ANDALUCIA
- Arias CC
- Arias N
- Arias-Verdu MD
- Arias-Verdu MD
- Arias-Verdu MD
- Armaganidis A
- Arora MK
- Arora N
- Arrigo M
- Arslantas MK
- Artiguenave M
- Aslanian P
- Aspide R
- Asyralyyeva G
- Ataman S
- Ataman S
- Atchade E
- Atchade E
- Atchasiri S
- Athapattu P
- Atkins G
- Aublanc M
- Aublanc M
- Augustin P
- Augustin P
- Auquier P
- Avilés-Jurado FX
- Avramidis V
- Ayala LY
- Aydin M
- Azevedo JC
- Azevedo JR
- Aznar GP
- Babalis D
- Babini G
- Bachli EB
- Bader A
- Bader A
- Baena J
- Baidya DK
- Baikova VN
- Bakker J
- Balcázar LC
- Balcázar LC
- Baldassarri R
- Baldwin CE
- Balik M
- Ball I
- Ballin A
- Balsera B
- Banderas-Bravo ME
- Banderas-Bravo ME
- Bandert A
- Bangstad IL
- Baptista N
- Baquero JD
- Barbadillo S
- Barberet G
- Barberet G
- Barberet G
- Barbier J
- Barcenilla F
- Barea-Mendoza JA
- Barinas OD
- Baron AV
- Barrachina LG
- Barral M
- Basile-Filho A
- Bassi GL
- Bates D
- Battistini M
- Bauer M
- Bauer PR
- Baumstarck K
- Baumstarck K
- Bawin M
- Bazan N
- Bañeras J
- Beane A
- Beduneau G
- Beduneau G
- Beduneau G
- Beeharry SD
- Beerepoot M
- Begzjav T
- Beishuizen A
- Bell C
- Belletti A
- Bellissimo-Rodrigues F
- Belloli A
- Bellomo R
- Bellver BQ
- Belmonte R
- Ben-Hamouda N
- Bendel S
- Bendel S
- Benyamina M
- Beretta S
- Berg R
- Bergantino B
- Berghmans J
- Bernal FF
- Berric A
- Berrutti D
- Berthelsen RE
- Bertini P
- Bertini P
- Berto MB
- Besevli SG
- Bestle MH
- Bettex D
- Bettex DA
- Beunders R
- Bhasin D
- Bhattal MK
- Bhide S
- Bianchi I
- Bianchi I
- Bianzina S
- Bianzina S
- Bianzina S
- Bishop J
- Bissenova N
- Bisso MC
- Blans MJ
- Blobner M
- Bloomer MJ
- Blot K
- Blot S
- Blot S
- Boa F
- Bobi Q
- Bodingbauer M
- Bodí M
- Boer C
- Bogossian E
- Bonet S
- Bonn M
- Bonnet M
- Borges FK
- Bouadma L
- Boucekine M
- Bougouin W
- Bourenne J
- Boyd JG
- Boyd JG
- Bozbay S
- Bozza F
- Bradac O
- Brandon RA
- Brandon RB
- Braschi A
- Braschi A
- Braschi A
- Brasseur A
- Brasseur A
- Brasseur A
- Braune S
- Brazzi L
- Breitkreutz R
- Brianti R
- Brioni M
- Brochard L
- Brochard L
- Brochard L
- Brock N
- Brody DL
- Brook R
- Brousseau C
- Brown K
- Brugger SC
- Brugger SC
- Bruno F
- Bruno K
- Brusasco C
- Brusasco C
- Brusasco C
- Bruyere O
- Bucknall T
- Buddi S
- Buise M
- Buitinck SH
- Buranavanich P
- Bureau C
- Burle JF
- Burtin P
- Busico M
- Butler MB
- Butrov AV
- Caballero CH
- Caballero J
- Cabello JT
- Cabello JT
- Cabrera AR
- Cabrera JL
- Cabrera JL
- Cabrini L
- Cairus C
- Cakin O
- Caliskan K
- Calpe P
- Calvo CP
- Calvo SA
- Camargo M
- Cambronero JA
- Cameron C
- Campbell R
- Campelo FA
- Campelo FA
- Campos LM
- Cannesson M
- CAPCRI Study
- Capellier G
- Carbonara M
- Cardellino S
- Cardenas CL
- Cariou A
- Cariou A
- Carlesso E
- Carmona AF
- Carmona SA
- Carmona SA
- Carmona SA
- Carmona SA
- Carone M
- Carpio D
- Carratalá A
- Carreira MM
- Carrero-Gómez F
- Carreño ER
- Carreño R
- Carvalho JP
- Carvalho KV
- Casals XN
- Casals XN
- Cassina T
- Castañeda DP
- Castellana D
- Castellanos A
- Castellanos A
- Castillo-Lorente E
- Castillo-Lorente E
- Catalan M
- Catalán RM
- Catena E
- Catena E
- Cauwenberghs H
- Cavalcanti D
- Cavalheiro AM
- Cavalier E
- Cavicchi FZ
- Cavicchi FZ
- Cengiz M
- Ceriani R
- Cermelli S
- Cerović O
- Cha YS
- Chabanne R
- Chacon-Alves S
- Champigneulle B
- Champigneulle B
- Chan KC
- Chan KK
- Chan WS
- Chang CH
- Chang WY
- Chao A
- Chao A
- Chao AS
- Chao HC
- Chaouat M
- Charitidou E
- Charpentier C
- Charpentier J
- Charron C
- Chatelon J
- Chaudhari HK
- Chaussard M
- Chavanon O
- Chaves S
- Chelly J
- Chemam S
- Chen CM
- Chen CM
- Chen CW
- Chen CW
- Chen GQ
- Chen L
- Chen YS
- Chen YS
- Chen YS
- Cheng CC
- Cheng CC
- Cheng CC
- Cheng CC
- Cheng KC
- Cheng YJ
- Chernyshuk S
- Chevret S
- Chhor V
- Chiang CC
- Chiang CH
- Chiang CH
- Chiang CH
- Chiappa C
- Chiou KR
- Chiou KR
- Chiou KR
- Chiu LC
- Chiumello D
- Chiurazzi C
- Chiurazzi C
- Cho Y
- Cho YJ
- Cho YJ
- Choi JY
- Choi JY
- Choi KS
- Choi S
- Choi YJ
- Choi YY
- Chok L
- Cholkraisuwat J
- Cholley B
- Chondropoulos S
- Chou W
- Chouris I
- Chouvarda I
- Christopher KB
- Chrétien JM
- Chrétien JM
- Chrétien JM
- Chumaev A
- Chung CR
- Churchill K
- Chytas A
- Cinel I
- Cinnella G
- Citerio G
- Citerio G
- Clavel M
- Clemente EA
- Clermont G
- Cleyet M
- Cohen Y
- Colaprico A
- Colino L
- Collange O
- Colombo A
- Colombo A
- Colson P
- Combes A
- Concha P
- Connolly B
- Constan A
- Constan A
- Constan A
- Conte V
- Conti G
- Conti G
- Contreras KM
- Contreras MR
- Cook DJ
- Coombs M
- Cordeiro CP
- Cordero M
- Cordolcini V
- Cordovilla-Guardia S
- Cordón J
- Corona A
- Corona A
- Corradi F
- Corradi F
- Corradi F
- Correa-Chamorro E
- Corte FD
- Cortes ML
- Corzo L
- Coss-Bu JA
- Coss-Bu JA
- Costa MI
- Costa RC
- Costa RC
- Costa RC
- Costanzo E
- Cotoia A
- Cottini SR
- Cottle D
- Cotton H
- Cotton H
- Courant P
- Cowan R
- Creagh-Brown B
- Cressoni M
- Creteur J
- Creteur J
- Creteur J
- Creteur J
- Creteur J
- Creteur J
- Creteur J
- Creteur J
- Crimella F
- Cron N
- Cuellar AI
- Cui N
- Cunha MM
- Curiel-Balsera E
- Curiel-Balsera E
- Curinga M
- Curtis A
- Cuthbertson BH
- Cutuli SL
- Câmara M
- D'Arsigny C
- da Silva SL
- da Silva VZ
- Daga-Ruiz D
- Dalhuisen A
- Dalorzo M
- Damas P
- Dambrosio M
- Damås JK
- Das Neves A
- David H
- Davis C
- Davis P
- Day A
- de Abreu MG
- De Backer A
- De Brito-Ashurst I
- De Cassai A
- De Freitas FF
- De Gasperi A
- de Hoyos EA
- De la Calle-Pedrosa N
- de la Fuente MV
- De La Fuente-Martos C
- De La Fuente-Martos C
- De La Rica AS
- De la Torre MA
- De Maglie M
- De Maglie M
- de Molina FJ
- De Morton N
- de Oca Sandoval MA
- De Pascale G
- De Rosa S
- De Sanctis F
- De Silva AP
- De Sousa I
- de Vera AP
- de Wilde W
- De Zani D
- Deblier I
- DeBrunnar R
- Del Arco A
- Del Moral OL
- Del Olmo R
- Del Rosario CG
- Del Sorbo L
- Delgado CP
- Delgado MJ
- Delgado-Amaya M
- Demirkiran O
- Demoule A
- Denehy L
- Der Kinderen EP
- Descotte E
- Deshpande K
- Desmard M
- Desmard M
- Deveugele M
- Deye N
- Di Bello F
- Di Giancamillo M
- Di Gravio V
- Di Gregorio A
- Di Mussi R
- Di Rosso R
- Diaz DD
- Diaz P
- Dilek M
- Dilly MP
- Dima E
- Dimitroulakis K
- Dimitrov BD
- Dimitrov BD
- Dimopoulou IK
- Dinh A
- Divatia JV
- Dixon J
- Doganci M
- Doglia JA
- Doherty P
- Dolset RA
- Dominguez JP
- Domínguez JP
- Donald CL
- Donnino M
- Doorduin J
- Dorent R
- Dos Reis Miranda D
- Dos Santos HP
- Dougall PC
- Doyle J
- Doyle J
- Drover J
- Duarte R
- Dubois EA
- Dubrawski A
- Dubó S
- Dudas G
- Dudoignon E
- Dumas F
- Dunthorne E
- Duran N
- Durand M
- Durovray JD
- Durrant J
- Duzgun M
- Díaz E
- Díaz JJ
- Díaz M
- Díaz PV
- Dünser MW
- E Silva ZC
- E YY
- Ebeling G
- Echeverri JE
- Echeverría JG
- Ediboglu O
- Ediboglu O
- Egea-Guerero JJ
- Egginton JS
- Egi M
- El Adawy AS
- El Hamid MA
- El Hossainy R
- El Sayed E
- El Sayed F
- El Sayed I
- El-Hamamsy M
- El-Keraie A
- Eladawy S
- Elbers PW
- Elgendy M
- Eliet J
- Emmanuel J
- Emmerich M
- Encina B
- Endacott R
- Endacott R
- Engelberts D
- ENVIN-HELICS Study Group
- Erb J
- Erdogan M
- Eroles AA
- Escalada SH
- Escalada SH
- Escoval A
- Escribá A
- Escórcio S
- Eslami S
- Espinasse F
- Espinel E
- Estagnasie P
- Esteban A
- Estella A
- Estenssoro E
- Evelein-Brugman S
- Facchin F
- Faivre V
- Fang M
- Fanzaghi P
- Farias P
- Faulds MC
- Fave G
- Feehan A
- Feijoo AM
- Feliot E
- Ferez MA
- Fernandes MJ
- Fernandes N
- Fernandez NG
- Fernandez R
- Fernandez-Zamora MD
- Fernández IF
- Fernández L
- Fernández MV
- Fernández PA
- Fernández-Barat L
- Fernández-Mondéjar E
- Fernández-Ortega JF
- Ferraz AB
- Ferrero-Calleja J
- Ferri F
- Ferry A
- Ferré A
- Ferrón FR
- Ferrón FR
- Fiks T
- Fiks T
- Fileković S
- Filho CA
- Filho CA
- Filho CA
- Filipe E
- FINNRESUSCI Study Group
- Fischer G
- Fleischmann E
- Fless K
- Floccard B
- Flowers E
- Follin A
- Follin A
- Fong KY
- Fontaiña LP
- Fontana V
- Fontenot T
- Forel JM
- Forni L
- Forni L
- Forni LG
- Forni LG
- Forni LG
- Fournel E
- Fox B
- Franchi P
- Francioni JE
- Francioni JE
- Franco JF
- Frantzeskaki F
- Frantzeskaki F
- Frat JP
- Frat JP
- Frat JP
- Freile MT
- Frenzel T
- Frigeni B
- Frithiof R
- Fritz C
- FROG ICU Investigators
- Fromentin M
- Frontera PR
- Fuentes M
- Fumagalli F
- Fumagalli F
- Fumis RR
- Fushimi K
- Gabán-Díez Á
- Gadgil S
- Gaide-Chevronnay L
- Gainnier M
- Gaite FB
- Gaizauskas E
- Gajic O
- Galache JA
- Gallego-Corpa AI
- Gameiro J
- Gancedo CH
- Gandini L
- Gando S
- Gando S
- Gando S
- Gando S
- Gandola A
- Gandolfi S
- Ganuza MS
- Garcia IP
- Garcia IP
- Garcia M
- Garcia PK
- Garcia-Alvarez JM
- Garcia-Alvarez JM
- Garcia-Delgado M
- Garcia-Gigorro R
- García MF
- García-Martínez MV
- García-Olivares P
- Garnacho-Montero J
- Garrido BB
- Garrido BB
- Garrido EM
- Garrouste M
- Gaspard N
- Gasparovic V
- Gattinoni L
- Gaudard P
- Gavranovic Z
- Gavrychenko D
- Gayat E
- Geantot MA
- Gemmell L
- Gemmell LK
- Genc D
- Genève C
- Georgopoulos D
- Geri G
- GETGAG Working Group
- GETGAG/SEMICYUC
- Ghabina S
- Ghazal S
- Gherli T
- Gherli T
- Ghosh S
- Giannantonio M
- Giannopoulos A
- Giesinger RE
- Gigorro RG
- Gil EM
- Gimenez J
- Gimillo MR
- Ginés AS
- Gioia A
- Girbes AR
- Girotto V
- Gkirkas K
- Glogoski MZ
- Gobert F
- Godinho I
- Godoy K
- Goldsworthy M
- Golovnya E
- Gomes AA
- Gomez C
- Gomez SE
- Gommers D
- Gommers D
- Gonzalez CA
- Gonzalez JA
- Gonzalez V
- Gonzalez-Engroba R
- González AS
- González BS
- González JC
- González-Jiménez AI
- Gonçalves B
- Goodwin S
- Gopcevic A
- Gordillo-Brenes A
- Gordo F
- Gordon M
- Gordon M
- Gorjup V
- Goto T
- Goto T
- Gottlieb J
- Gouveia J
- Gracia RM
- Gradišek P
- Granada RM
- Granados PR
- Grando M
- Granger CL
- Grangé S
- Grangé S
- Grangé S
- Granillo JF
- Grassi L
- Grasso S
- Greco E
- Green RS
- Greer M
- Gregory S
- Grelon F
- Grelon F
- Grelon F
- Grevelink M
- Grossestreuer A
- Guanziroli M
- Guarracino F
- Guarracino F
- Gubianas CM
- Guerrero AP
- Guerrero JE
- Guerrero-Lopez F
- Guerrero-López F
- Guervilly C
- Guidet B
- Guillamon LN
- Guillen JA
- Guillot M
- Guitard PG
- Guitard PG
- Guitard PG
- Gul F
- Gupta A
- Gupta D
- Gupta O
- Gustad LT
- Gutierrez LA
- Gutiérrez-Pizarraya A
- Guérin C
- Guérin C
- Guérin C
- Gálvez V
- Géri G
- Gómez LC
- Gómez-Jiménez C
- Gómez-Jiménez C
- Güven G
- Ha JK
- Hadley JS
- Haghbin S
- Haines R
- Hala P
- Hall D
- Hallows G
- Hallows G
- Hamilton A
- Han HS
- Han SH
- Han SH
- Handler E
- Hanekom S
- Haniffa R
- Hanna AA
- Haritydi T
- Harm S
- Harridge SD
- Harrison D
- Harrison M
- Hart N
- Hart R
- Hartmann J
- Hashimoto Y
- Hassanin H
- Hatakeyama J
- Hatib F
- Hawkins K
- Hayakawa M
- Hayakawa M
- Hayakawa M
- Hayakawa M
- Hayakawa M
- Hayashi K
- He X
- Healey AJ
- Hebert P
- Hegazy S
- Hellevuo H
- Helmy TA
- Helyar S
- Helyar S
- Hempel D
- Henderson MA
- Hendra H
- Henschel B
- Heras G
- Hernandis V
- Hernández A
- Hernández AA
- Hernández AA
- Hernández AA
- Hernández AA
- Hernández AA
- Hernández AA
- Hernández G
- Hernández-Tejedor A
- Herpain A
- Herrera AN
- Herrera AN
- Herrera AN
- Herrera AN
- Herrera AN
- Herrera AN
- Herruzo-Aviles A
- Heunks LM
- Hewitt H
- Heyne T
- Hickey S
- Hidalgo C
- Hikasa Y
- Hillier SD
- Himmel Y
- Himpe D
- Hinojosa-Perez R
- Hirata A
- Hirayama T
- Hirohata S
- Hodgson LE
- Hodgson LE
- Hofmeijer J
- Hollands S
- Hom H
- Hopkins PA
- Hopkins PA
- Hoppu S
- Hoppu S
- Horkan CM
- Horstmann C
- Horton A
- Horvat A
- Hou DS
- Houzé S
- Houzé S
- Howes D
- Hozhabri K
- Hrachovina M
- Hraiech S
- Hravnak M
- Hu HC
- Hua Y
- Hualde JB
- Hualde JB
- Hualde JB
- Hualde JB
- Hualde JB
- Hualde JB
- Huang CH
- Huang WC
- Huang WC
- Huang WC
- Huang WC
- Hubbard A
- Huber W
- Huddart S
- Hull AM
- Hung CY
- Hung WT
- Hung WT
- Hung WT
- Hung WT
- Huot B
- Husheer SL
- Hutchings S
- Hutchison R
- Hwang GS
- Hwang GS
- Ibañes PG
- Ibsen M
- Idei M
- Idei M
- Idone FA
- Iesu E
- Iesu E
- Iglesias-Santiago A
- Ignacio ML
- Iida A
- Iijima H
- Ilan R
- Ilyina V
- Imanaka H
- Inaloo S
- Ince C
- Iotti GA
- Iotti GA
- Iotti GA
- IPREA Study Group
- Irazabal JM
- Irazabal JM
- Ishimatsu S
- Itenov TS
- Iwamoto M
- Izawa M
- Izdes S
- Jaber S
- Jacky A
- Jacobs FM
- Jacques T
- Jaffal K
- Jamali S
- Jang BH
- Janotka M
- Janotka M
- Janotka M
- Jansen D
- Jansen N
- Japan Septic Disseminated Intravascular Coagulation (JSEPTIC DIC) study group
- Jardim JJ
- Jardim M
- Jareño A
- Javadpour S
- Jayasinghe S
- Jean-Baptiste S
- Jean-Baptiste S
- Jensen AE
- Jensen JU
- Jeon YD
- Jeon YD
- Jeong IY
- Jeong IY
- Jeong WY
- Jeong WY
- Jian Z
- Jiao LR
- Jibaja M
- Jimenez-Herrera MF
- Jiménez GJ
- Jo YH
- Joachim J
- Jochmans S
- John G
- Jonas M
- Jonas M
- Jonas M
- Jones C
- Joshi R
- Joshi V
- Jovaisa T
- JSEPTIC (Japanese Society of Education for Physicians and Trainees in Intensive Care) Clinical Trial Group
- Juan WC
- Juanas CA
- Judickas S
- Juez A
- Juliarena A
- Jun IG
- Jun IG
- Jung K
- Jung KW
- Junior JM
- Kaczirek K
- Kaese S
- Kalani N
- Kalenka A
- Kalfon P
- Kamali E
- Kaminsky GE
- Kaneko M
- Kang M
- Kang M
- Kang PL
- Kang PL
- Kang PL
- Kang PL
- Kang Y
- Kao KC
- Kappler F
- Kara A
- Karachi F
- Karanjia N
- Karbing DS
- Karsten E
- Kasdan H
- Kashiya S
- Kashyap R
- Katabami K
- Katabami K
- Katabami K
- Katabami K
- Katira BH
- Kavanagh BP
- Kawamura N
- Kawano S
- Kay FU
- Kayaaslan B
- Kayambu G
- Kazutoshi F
- Ke MW
- Ke MW
- Keep J
- Keep J
- Keller E
- Kellner F
- Kelly JM
- Kenardy J
- Keough E
- Kerhuel L
- Kerr C
- Kezyte G
- Khadjibaev A
- Khaliq W
- Khine H
- Kim DJ
- Kim HJ
- Kim JM
- Kim JM
- Kim JW
- Kim KS
- Kim KS
- Kim KS
- Kim KS
- Kim MH
- Kim MH
- Kim W
- Kimmoun A
- King HS
- Kinnear J
- Kirakli C
- Kirakli C
- Kirca H
- Kirman M
- Kirwan CJ
- Kittnar O
- Klapsing P
- Klaus DA
- Kleinpell R
- Kluge S
- Knafelj R
- Knight LD
- Ko JI
- Ko SB
- Kobayashi A
- Koco E
- Kodate A
- Kodate A
- Kodate A
- Kokkini S
- Kolnikova I
- Komuro T
- Kondili E
- Kongpolprom N
- Kooner G
- Kostalas M
- Kosuk ME
- Kotsopoulos A
- Kou PS
- Kouatchet A
- Kovacikova L
- Kox M
- Kraegpoeth A
- Krenn CG
- Krishna B
- Kristof J
- Kruger A
- Kruger A
- Krüger A
- Ku NS
- Ku NS
- Kubik M
- Kubota K
- Kuebler WM
- Kulaga EV
- Kulkarni AP
- Kumari BK
- Kumbamu A
- Kunze-Szikszay N
- Kurmukov IA
- Kurth T
- Kurtz P
- Kurtz P
- Kwon HM
- Kwon HM
- Kwon WY
- Kwon WY
- Kwon WY
- Kye YC
- Kyle UG
- Kyle UG
- Labaune MA
- Labra C
- Lacerda P
- Laerkner E
- Lafaurie M
- Lafuente E
- Lagonidis D
- Lagos R
- Lahmer T
- Lai CC
- Lai CH
- Lake K
- Lan SK
- Lapteva K
- Lapteva K
- Larsson JS
- Latini R
- Latini R
- Latini R
- Latorre J
- Lattuada M
- Lattuada M
- Lau YH
- Laurent A
- Lauretta MP
- Laureys S
- Lavrentieva A
- Lawrence N
- Lazzeri EH
- Le Brocque R
- Lebherz-Eichinger D
- Lebiedz P
- Lebrón-Gallardo M
- Lebut J
- Lechner C
- Lee C
- Lee CT
- Lee DS
- Lee DS
- Lee EY
- Lee JH
- Lee S
- Lee SH
- Lee SJ
- Lee WY
- Lee YJ
- Lee YJ
- Legrand M
- Legrand M
- Legrand M
- Legriel S
- Leitao AL
- Leite RT
- Leonard H
- Leone M
- Leone M
- Lerma FA
- Lesmes SP
- Lesmes SP
- Lesmes SP
- Lesmes SP
- Lesmes SP
- Lesmes SP
- Letizia T
- Levrat Q
- Levy B
- León JL
- León JP
- León JP
- León JP
- Lheureux O
- Lheureux O
- Lheureux O
- Lheureux O
- Li R
- Li SH
- Liao X
- Lichtenstein D
- Lim TH
- Limuti R
- Lin KC
- Lin KC
- Lin KC
- Lin KC
- Lin KL
- Lin PH
- Lin SC
- Lin SC
- Lin SC
- Lin SC
- Lin WC
- Lin WC
- Lipcsey M
- Lischinsky A
- Lissonde F
- Lissonde F
- Litchfield K
- Liu CP
- Liu CP
- Liu CP
- Liu CP
- Liu D
- Llaurado-Serra M
- Llorente B
- Llorente MÁ
- Lobato MS
- Lobo-Civico A
- Loizou C
- Lombardo MD
- Londoño JG
- Longani N
- Longhi L
- Lopes JA
- Lopez GD
- Lopez R
- Lopez-Caler C
- Lopez-Gude MJ
- Lorini L
- Lortat-Jacob B
- Lortat-Jacob B
- Lotay R
- Loudet CI
- Louf-Durier A
- Louf-Durier A
- Louis B
- Lourido CM
- Lozano JA
- Lozano JA
- Lucendo AP
- Lucendo MA
- Luciani A
- Lucinio NM
- Luini M
- Luján J
- Lukaszewicz AC
- Luna RR
- Lundeg G
- Lusk J
- Lusk J
- Ly H
- Lázaro AS
- López AR
- López L
- López MA
- Macfarlane B
- MacKay A
- MacKay A
- Mackey G
- Mackey G
- MacPhee I
- Macrì M
- Madueño VP
- Maekawa K
- Maekawa K
- Maekawa K
- Maekawa K
- Maertens B
- Maggiorini M
- Maghsoudi B
- Magnanimi E
- Magnoni S
- Magret M
- Mainardi JL
- Maistry N
- Maitra S
- Makiko S
- Malagurski B
- Malek F
- Malo LR
- Maly M
- Malyshev A
- Manca T
- Manca T
- Mancebo J
- Mancebo J
- Mancebo J
- Mancino A
- Mandal K
- Mantz J
- Mantz J
- Mar GY
- Mar GY
- Mar GY
- Mar GY
- Marca L
- Marca L
- Marcos-Zambrano LJ
- Mariani M
- Mariman A
- Marin-Mateos H
- Marine-Vidal J
- Mariotte E
- Mariotti L
- Marmanidou K
- Marmanidou K
- Marqués-Miñana MR
- Marra C
- Marrazzo F
- Marshall P
- Martin AD
- Martin AD
- Martin C
- Martin S
- Martin-Gallardo F
- Martin-Villen L
- Martin-Vivas A
- Martinez AD
- Martinez FH
- Martinez M
- Martinez MP
- Martinez-Lopez P
- Martinez-Reyes L
- Martí AT
- Martín MC
- Martín-Loeches I
- Martín-Loeches I
- Martínez F
- Martínez L
- Martínez L
- Martínez M
- Martínez MP
- Martínez MV
- Martínez NA
- Martínez-Carmona JF
- Marín-Corral J
- Mas A
- Masclans JR
- Masjedi M
- Masjedi M
- Maslove D
- Masson S
- Masson S
- Masson S
- Mata PJ
- Matamis D
- Matamis D
- Matamis D
- Mateos HM
- Mates M
- Mathew R
- Matsuda Y
- Matsukubo S
- Mauri T
- Mayr U
- Mazo C
- Mazurenko G
- Mazza E
- McCormick B
- McCue C
- McHugh L
- Mckinlay J
- McNamara PJ
- McNelly AS
- McPhail MJ
- McWilliams D
- Mebazaa A
- Mebazaa A
- Mecklenburg A
- Medar S
- Mehl A
- Meissonnier J
- Mejías CR
- Mellis C
- Melnyk L
- Melo N
- Mendes A
- Mendez MC
- Mendonca AV
- Mendsaikhan N
- Menendez R
- Mengelle C
- Mercat A
- Mercat A
- Mercat A
- Mergulhão PJ
- Merino-Vega D
- Messenger D
- Mezidi M
- Mezidi M
- Michel L
- Midwinter MJ
- Mignot T
- Miguelena PR
- Mihara Y
- Millar M
- Mimoun M
- Mimoz O
- Min A
- Min HJ
- Mingone D
- Mion MM
- Mira JP
- Mirabella L
- Miranda F
- Miranda R
- Mirković T
- Mistry M
- Mistry N
- Mitchell M
- Mitchell S
- Mizobuchi S
- Mizugaki A
- Mizugaki A
- Mlcek M
- Moerer O
- Moffatt S
- Moggia F
- Mohamed AN
- Mohammed HM
- Mohan R
- Mohankumar L
- Mojoli F
- Mojoli F
- Mojoli F
- Moles SI
- Molina JA
- Molina R
- Monchi M
- Mongkolpun W
- Mongodi S
- Monnet X
- Monroy NS
- Monsalvo S
- Montejo-González JC
- Montenegro AP
- Montenegro WS
- Montero JG
- Montero RM
- Montesinos-Cerro N
- Montgomery HE
- Montini E
- Montoya AA
- Montravers P
- Montravers P
- Moon YJ
- Moon YJ
- Moore M
- Mora-Ordoñez J
- Mora-Ordóñez JM
- Moraes RB
- Morais CC
- Morales RC
- Moreira T
- Morimatsu H
- Morimoto T
- Morman D
- Moro F
- Morán I
- Motos A
- Mouaci A
- Mourad M
- Mourvillier B
- Moxham J
- Muhammad JB
- Mukherjee DN
- Muncharaz AB
- Munteanu G
- Murakami H
- Murakami H
- Muscedere J
- Muscedere J
- Mutlu H
- Muñoz JJ
- Muñoz JM
- Muñoz-Muñoz JL
- Márquez MP
- Mézière G
- Møller MH
- Na SJ
- Nadel S
- Nadkarni V
- Nagib H
- Naito T
- Nakagawa S
- Nakao A
- Nakataki E
- Nakataki E
- Namiki M
- Namiki M
- Nandha R
- Naran P
- Nataf P
- Naumann DN
- Navarro-Guillamón L
- Naz I
- Neels H
- Neto AS
- Neuville M
- Neuzil P
- Neuzil P
- Neves M
- Ng L
- Nicolini EA
- Nicolini F
- Nicolini F
- Nieto B
- Nieto OR
- Nikhilesh J
- Nishigaki A
- Nishimura M
- Nishimura M
- Nisula S
- Nobile L
- Nobile L
- Nobile L
- Noda E
- Nomura T
- Nomura T
- Noon A
- Noon A
- Noriega SK
- Nosaka N
- Nouer SA
- Nouris C
- Nouris C
- Nouris C
- Noursadeghi M
- Noval RL
- Novelli D
- Noč M
- Nseir S
- Nuevo-Ortega P
- Nunes J
- Nunes RS
- Nuvials X
- Nuvials X
- Nyunga M
- Nóbrega JJ
- O'Dwyer MJ
- Obukhova O
- Oddo M
- Ode S
- Oguzhan K
- Oh J
- Ohta Y
- Oikonomou M
- Oikonomou M
- Okada Y
- Okahara S
- Okamoto H
- Okayama Research Investigation Organizing Network (ORION)investigators
- Olaechea P
- Olavarria E
- Olea-Jiménez V
- Olivares F
- Olkkola KT
- Ong C
- Ono Y
- Ono Y
- Ono Y
- Ono Y
- Onodera M
- Onodera M
- Oobayashi W
- Orden VA
- Ori C
- Orlando A
- Orlando A
- Orlando A
- Orlando S
- Orlowski S
- Orozco V
- Ortiz AB
- Ortolano F
- Ostadal P
- Ostadal P
- Ostadal P
- Ostermann M
- Otani N
- Oto J
- Oto J
- Otulakowski G
- Ovnanian V
- Ozkarakas H
- Padeniya A
- Padilla YS
- Pakhare A
- Paktoris-Papine S
- Paldusová B
- Palencia E
- Palencia E
- Pallás TA
- Palomar M
- Palomar M
- Panafidina V
- Panciera G
- Pannu JK
- Papazian L
- Pappachan J
- Paramythiotou E
- Paramythiotou E
- Park CM
- Park CM
- Park J
- Park JS
- Park M
- Park MJ
- Parker C
- Parkin MS
- Parlevliet KL
- Parpibaev F
- Parry SM
- Parslow R
- Pascual OA
- Pascual OA
- Pascual T
- Pasha SA
- Pastor EE
- Patel B
- Patel C
- Patil VP
- Patiño JA
- Patrigeon RG
- Patruno A
- Pattnaik SK
- Paul M
- Paula MP
- Paver N
- Pawar S
- Payen D
- Payen JF
- Payne D
- Paños-Espinosa C
- Peden C
- Peiretti MA
- Pekkarinen PT
- Pelisson FG
- Pellin-Ariño JI
- Pelosi P
- Peláez C
- Penavic LV
- Penichet SM
- Pennisi MA
- Peralvo-Bernat M
- Perbet S
- Pereira CA
- Pereira M
- Pereira SM
- Pereira UV
- Perez C
- Perez JC
- Perez JL
- Perez LP
- Perez M
- Perez-Borrero L
- Perez-Borrero L
- Perez-Borrero L
- Perez-Vela JL
- Perinel S
- Perinel S
- Perivolioti E
- Perner A
- Perner A
- Persona P
- Pertuz ED
- Pertuz ED
- Pertuz ED
- Pertuz ED
- Pesonen E
- Peters K
- Petrova MV
- Petsikas D
- Pettilä V
- Pettilä V
- Pham T
- Pham T
- Pham T
- Pham T
- Philips BJ
- Phongpagdi P
- Pi-Guerrero M
- Pickkers P
- Pickkers P
- Picoita F
- PICS- HCPA: Programa Intrahospitalar de Combate à Sepse do Hospital de Clínicas de Porto Alegre
- Pienovi R
- Pierce C
- Pifferi S
- Pinsky M
- Pinto JL
- Piquilloud L
- Piquilloud L
- Piquilloud L
- Pirracchio R
- Pirracchio R
- Pirracchio R
- Piñol M
- Piñol-Tena A
- Plebani M
- Plouhinec V
- Plug Working Group
- PLUG working group
- PLUG Working Group
- PLUG Working Group
- PLUG Working Group
- Plug working group
- Podlepich V
- Podlepich V
- Pognuz ER
- Poissy J
- Poitou T
- Pompeo MS
- Pons S
- Pont T
- Portillo IP
- Portillo JH
- Post E
- Post M
- Pottecher J
- Poukkanen M
- Powell-Tuck J
- Pozzebon S
- Pozzi M
- Pozzi M
- Pozzi M
- Prabu N
- Prada DA
- Pratikaki M
- Pravettoni D
- Prazeres PH
- Preau S
- Preece J
- Preiser JC
- Price RD
- Prieto J
- Privato E
- Prosperi M
- Prowle JR
- Prīdāne S
- PS-ICU Group
- Psarologakis C
- Puerto-Morlán A
- Pugliese F
- Pujol LM
- Pulham RA
- Pulitano' SM
- Pusapati R
- Puthucheary ZA
- Puthucheary ZA
- Putzu A
- Puybasset L
- Pérez A
- Pérez AG
- Pérez H
- Pérez HR
- Pérez HR
- Pérez LP
- Pérez LP
- Pérez LP
- Qiu H
- Quinart A
- Quintana S
- Quintana S
- Quintel M
- Quinza A
- Rabello L
- Radjou A
- Radu V
- Rai S
- Ramazanoglu A
- Ramelli A
- Ramelli A
- Ramirez JR
- Ramirez P
- Ramirez P
- Ramirez V
- Ramnarayan P
- Ramnarayan P
- Ramos A
- Ramos JV
- Ramos JV
- Ramos JV
- Ramírez CS
- Ramírez CS
- Ramírez JR
- Ranse K
- Ranzani OT
- Rapid Diagnosis of Infections in the Critically Ill Team
- Rattray J
- Raurich JM
- Ravasi S
- Rawal J
- Ray B
- Ray BR
- Raymond T
- Recker F
- Recuerda M
- Redfors B
- Rees SE
- Reeves E
- Reginster JY
- Reichenspurner H
- Reinikainen M
- Reis A
- Reiter A
- Rello J
- Renault A
- Renes-Carreño E
- Renuka S
- Repessé X
- Resche-Rigon M
- Restrepo MI
- Reusch S
- ReVA Research Network and the PROVE Network Investigators
- Revel N
- Revuelto-Rey J
- Rey JR
- Reyes LF
- Rezai F
- Riad Z
- Rialp G
- Richard C
- Richard JC
- Richard JC
- Richard JC
- Richard JC
- Richard JC
- Richard JC
- Richardson S
- Ricksten SE
- Rico J
- Rico T
- Ridi S
- Riera J
- Riera J
- Riera SQ
- Rigal R
- Righy C
- Rigol M
- Rigon MR
- Rincon L
- Rios-Toro JJ
- Riozzi P
- Riozzi P
- Ristagno G
- Ristagno G
- Ristagno G
- Rivas RF
- Rivas RF
- Riveiro M
- Rivera-Fernandez R
- Rivera-Fernandez R
- Rivera-Romero L
- Rizoli S
- Rizos M
- Roasio A
- Robaglia D
- Robert R
- Robles CM
- Roca JM
- Rocha LL
- Rodrigues DP
- Rodrigues NJ
- Rodriguez A
- Rodriguez P
- Rodriguez-Biendicho A
- Rodriguez-Fernandez S
- Rodríguez FG
- Roesthuis L
- Rogero S
- Rolin N
- Rolla F
- Rolland-Debord C
- Romero DG
- Romero I
- Romero JC
- Romero JC
- Romero JC
- Romero JC
- Romeu JD
- Rood PJ
- Ros Martínez J
- Rosario LE
- Rosario LE
- Rosario LE
- Rosario LE
- Rosario LE
- Rosario LE
- Rossetti AO
- Rossi S
- Rossini P
- Rosstalnaya A
- Rota L
- Roth GA
- Rottoli MR
- Rotzel HB
- Rousseau AF
- Routsi C
- Rouw N
- Rouzé A
- Rowlerson A
- Ruberto F
- Rubiera M
- Rubio RJ
- Rudiger A
- Ruffini C
- Ruffini C
- Ruijter A
- Ruiz A
- Ruiz BL
- Ruiz FC
- Ruiz J
- Ruiz-Ramos J
- Ruiz-Rodriguez JC
- Ruiz-Rodríguez JC
- Ruiz-Ruano RDEL
- Runge I
- Runge I
- Runge I
- Rutherford WB
- Rutten AM
- Rydingsward JE
- Saadat F
- Sabetian G
- Sabeļņikovs O
- Sabirov D
- Sadamoto Y
- Sadamoto Y
- Sadamoto Y
- Saeed S
- Saha T
- Saigal S
- Saito M
- Saito N
- Saitou N
- Sakai Y
- Sakieva FI
- Sakuma M
- Sakuraya M
- Sales G
- Salgado DR
- Salluh J
- Sampath S
- Sampath S
- Sampley S
- Sampson D
- Samuels T
- Samy W
- Sanchez A
- Sanchez JA
- Sanchez-Orézzoli MG
- Sandiumenge A
- Sandiumenge A
- Sandroni C
- Sani D
- Santacruz C
- Santana JD
- Santana JD
- Santana MC
- Santana MC
- Santana PS
- Santana PS
- Santana SR
- Santana SR
- Santiago AI
- Santiago AI
- Santos F
- Sanui M
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz ER
- Sanz NM
- Sanz NM
- Sanz NM
- Sato K
- Savi C
- Savin I
- Savvidou S
- Sawamura A
- Sawamura A
- Sawamura A
- Sawamura A
- Scala S
- Scales DC
- Scanziani E
- Scanziani E
- Schaller SJ
- Schlaepfer P
- Schleifer J
- Schmid RM
- Schmidt M
- Schneider AG
- Schoenenberger JA
- Schortgen F
- Schortgen F
- Schortgen F
- Schröder T
- Schuepbach R
- Schultz MJ
- Schultz MJ
- Schwarz C
- Schwarze S
- Schwerdtfeger K
- Sciurti R
- Scott SH
- Sedlák P
- Seemann R
- Seet E
- Sekhri K
- Seldon T
- Sellés MD
- Sendid B
- Senussi T
- Serati Z
- Serbource-Goguel J
- Sergey S
- Serpytis M
- Serra J
- Sesana G
- Shah A
- Shah H
- Shawaf S
- Shears J
- Sheils MA
- Shekerdemian LS
- Shekerdemian LS
- Sherif H
- Shi ZH
- Shimanskiy V
- Shimony JS
- Shin WJ
- Shin WJ
- Shinotsuka CR
- Shlyk I
- Shu CW
- Shuinotsuka C
- Shum HP
- Shum HP
- Sibley S
- Siddiqui SS
- Sidhu P
- Sigcha MS
- Sigera CS
- Signouret T
- Sigurta A
- Silva G
- Silva JC
- Silva JG
- Silva S
- Similowski T
- Simoes CM
- Simon G
- Simsir M
- Simón IF
- Simón IF
- Simón JM
- Simón JM
- Singer L
- Singer M
- Singer M
- Singer M
- Singh H
- Singh N
- Sipylaite J
- Sirisena N
- Sirvent JM
- Siu K
- Sjövall F
- Skinner L
- Skrak P
- Skrifvars M
- Skrifvars MB
- Smekal D
- Snelson C
- Snyder AZ
- Sobhanian S
- Soeffker G
- Soilemezi E
- Soilemezi E
- Soilemezi E
- Sokolova E
- Solanki S
- Soler EA
- Solligård E
- Solé-Violán J
- Somhorst P
- Son Y
- Song I
- Song JG
- Song JG
- Song JW
- Song YG
- Song YG
- Sonneville R
- Sosa M
- Sossou A
- Sousa SC
- Soussi S
- Souza VA
- Spadaro S
- Spadaro S
- Spahn DR
- Spatenkova V
- Spazzadeschi A
- Spijkstra JJ
- Spronk PE
- Spronk PE
- Sprung CL
- St George’s University of London
- Stamm J
- Stamouli M
- Stanić R
- Starczewska M
- Staszewsky L
- Stauffert N
- Stella A
- Stephens T
- Stiphout C
- Stocchetti N
- Stocchetti N
- Stougianni M
- Street H
- Stretti F
- Struijs A
- Stubbs C
- Stubbs C
- Student Research Committee - Shiraz University of Medical Sciences
- Stümpfle R
- Stümpfle R
- Su F
- Su L
- Su PL
- Su PL
- Suchomel P
- Suh GJ
- Suh GJ
- Suh GJ
- Suh GY
- Suh JW
- Sullivan E
- Sun WZ
- Sun XM
- Sung D
- Suwanpasu S
- Suzuki S
- Suzuki T
- Swart M
- Sy O
- Sydow K
- Sylla P
- Sáez VC
- Sánchez B
- Sánchez B
- Sánchez EC
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez MJ
- Sánchez PC
- Sánchez PC
- Sánchez-Elvira LA
- Tabatabaei HR
- Tabei SH
- Taccone F
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taccone FS
- Taggu A
- Taggu A
- Takahashi H
- Takaki S
- Takaki S
- Takeda M
- Takeda M
- Takei T
- Takei T
- Talan L
- Tamura T
- Tanaka H
- Tanaka S
- Tanaka S
- Tane N
- Tang KB
- Tang LK
- Tapia A
- Tapponnier R
- Tapponnier R
- Tapponnier R
- Tarabrin O
- Tarabrin P
- Tavazzi G
- Tavazzi G
- Teboul JL
- Telli S
- Temprano-Gómez I
- Tena SA
- Tencé N
- Terzi N
- Terzi N
- Terzi N
- Terzi N
- Thabut G
- Thabut G
- Theodorakopoulou M
- Thies P
- Thilakasiri MC
- Thomas B
- Thompson E
- Thévenin D
- Tiainen M
- Timsit JF
- Tirkkonen J
- Tirumala S
- Tjepkema-Cloostermans MC
- Tobar M
- Tofiño AL
- Toh CH
- Tokyo Womens Medical University
- Tomas E
- Tomas E
- Tomic I
- Tominaga N
- Tomás MA
- Tonelotto BF
- Tonetti T
- Tonetti T
- Topcu L
- Tormos P
- Torner MM
- Torner MM
- Torrance HD
- Torrent RL
- Torrent RL
- Torres A
- Torres E
- Torres JC
- Torriglia F
- Torriglia F
- Torriglia F
- Torsvik M
- Tosi F
- Touratier S
- Touw HR
- Toval S
- Tran N
- Trapp O
- Travierso C
- Travieso PM
- Traynor T
- Trefler S
- Trenado J
- Trenado J
- Treso-Geira M
- Trifan B
- Triulzi F
- Troeltzsch M
- Troncoso I
- Trouiller P
- Tseng CJ
- Tsirigotis P
- Tsukahara K
- Tsunano Y
- Tsunoda M
- Tsunoda M
- Tsutui T
- Tucci MR
- Tudor BA
- Tuinman PR
- Tullo L
- Turel M
- Turon R
- Twisk JW
- Törnblom S
- Ugawa T
- Ujike Y
- Ulla DV
- Ullman A
- Unal M
- Urbanaviciute I
- Uriona S
- Urli T
- Usón MC
- Vaahersalo J
- Vaara S
- Vaid N
- Vakalos A
- Valbuena BL
- Valbuena BL
- Valeiras-Valero A
- Vallecoccia MS
- Vallejo-Báez J
- Vallverdu M
- Vallverdu M
- Vallverdú I
- Vallés J
- van den Boogaard M
- van der Heiden ES
- van der Hoeven JG
- van der Hoeven JG
- van der Voort PH
- van Galen T
- van Ieperen SN
- Van Logten T
- van Nes M
- van Putten MJ
- van Thiel RJ
- van Wijk A
- Vandijck D
- Vaneker I
- Vanhuyse F
- Vaporidi K
- Vaquerizo C
- Varas GM
- Varas JL
- Varea MM
- Vargiolu A
- Varma A
- Varpula T
- Vatsik MV
- Vazquez D
- Vedage D
- Vega LM
- Veigas P
- Vela JL
- Velasquez T
- Venkatesan K
- Venn R
- Venn R
- Venot M
- Venrdramin A
- Ventura-Rosado A
- Vergani G
- Verginella F
- Verhaeghe R
- Verhage R
- Vermeir P
- Veronesi M
- Vezzani A
- Vezzani A
- Vianna G
- Viciana R
- Vidal A
- Vidal MV
- Vidal MV
- Viegas E
- Vieillard-Baron A
- Vieira JE
- Viera MA
- Viera MA
- Vigne C
- Villa G
- Villa P
- Villalba D
- Villamizar PR
- Villamizar PR
- Villanova M
- Villard I
- Villarreal E
- Villarreal E
- Vincent B
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vincent JL
- Vinje LJ
- Vinsonneau C
- Vitaller S
- Vittone F
- Vogelaers D
- Voiriot G
- Volker T
- Volta CA
- Volta CA
- Vondrakova D
- Vondrakova D
- Vondrakova D
- Vong LV
- Vourli S
- Vrettou C
- Vucic M
- Vázquez CF
- Vázquez CF
- Wada T
- Wada T
- Wada T
- Wada T
- Waldauf P
- Wand S
- Wang CH
- Wang H
- Wann SR
- Wann SR
- Wann SR
- Wann SR
- Wathanawatthu T
- Wee S
- Welte T
- Welters I
- Wetz A
- Weyer CM
- White C
- Wiesner O
- Wijayatilake DS
- Wildenberg L
- Wilks M
- Wilson ME
- WIND study group
- WIND study group
- WIND study group
- Winder-Rhodes S
- Witter T
- Wolf M
- Wolff M
- Wong Y
- Wood B
- Wood CA
- Wood D
- Wood M
- Wray J
- Xie Z
- Xini A
- Xini A
- Xiol EA
- Xu M
- Yager T
- Yaguchi A
- Yaguchi A
- Yamaguchi O
- Yamaguchi O
- Yamaguchi Y
- Yamaguchi Y
- Yamamoto H
- Yamamoto N
- Yaman G
- Yamashita K
- Yamazaki A
- Yan WW
- Yan WW
- Yang JH
- Yang JS
- Yang YL
- Yasuda H
- Yatabe T
- Yebenes JC
- Yeh YC
- Yemets H
- Yergaliyeva A
- Yılmaz G
- Yilmazer F
- Yodice P
- Yokoyama M
- Yonis H
- Yonis H
- Yonis H
- Yoon SZ
- Yoruk F
- Yoshida K
- Yoshida T
- Yoshida T
- Yoshida T
- Yoshida T
- Yoshihiro S
- Yoshitake E
- You KM
- Youn AM
- Young A
- Yu KM
- Yumoto T
- Yuzawa J
- Yuzawa J
- Zabaletta WJ
- Zabini D
- Zahorec M
- Zaien I
- Zakynthinos S
- Zanello M
- Zani D
- Zarantonello F
- Zayas B
- Zepeda EM
- Zeroual N
- Zerva L
- Zhang J
- Zhou JC
- Zhou JC
- Zhou JX
- Zhovnir V
- Zibandah N
- Zijlstra F
- Zimmerman J
- Zogheib E
- Zogheib E
- Zogheib E
- Zullino V
- Zwaag J
- Zýková I
- Álvarez JT
- Álvarez-Lerma F
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2016
- Field of study
Meeting abstrac
LUX-ZEPLIN (LZ) Technical Design Report
- Author
- Akerib DS
- Akerlof CW
- Akimov DY
- Alsum SK
- Araújo HM
- Arthurs M
- Auyeung H
- Bai X
- Bailey AJ
- Balajthy J
- Balashov S
- Barry MJ
- Bauer D
- Bauer P
- Belle J
- Beltrame P
- Benson T
- Bernard EP
- Bernstein A
- Biesiadzinski TP
- Boast KE
- Bolozdynya AI
- Boulton EM
- Boxer B
- Bramante R
- Breidenbach M
- Brás P
- Buckley JH
- Bugaev VV
- Bunker R
- Burdin S
- Busenitz JK
- Carels C
- Carlsmith DL
- Carlson B
- Carmona-Benitez MC
- Cascella M
- Chan C
- Cherwinka JJ
- Chiller AA
- Chiller C
- Cole A
- Colling D
- Conley R
- Cottle A
- Coughlen R
- Craddock WW
- Currie A
- Cutter JE
- Dahl CE
- Dasu S
- Davison TJR
- Dobi A
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Edwards WR
- El-Jurf S
- Elnimr M
- Emmet WT
- Faham CH
- Fan A
- Fayer S
- Fiorucci S
- Ford P
- Francis V
- Froborg F
- Fruth T
- Gaitskell RJ
- Gantos NJ
- Gehman VM
- Gerhard RM
- Ghag C
- Gilchriese MGD
- Gomber B
- Greenall A
- Greenwood S
- Gregerson G
- Grinten MGDVD
- Hall CR
- Hans S
- Hanzel K
- Haselschwardt SJ
- Hau A
- Hemer D
- Hertel S
- Hillbrand S
- Hjemfelt C
- Hoff MD
- Holbrook B
- Holtom E
- Hor JY-K
- Horn M
- Huang DQ
- Hurteau TW
- Ignarra CM
- Jacobsen RG
- Ji W
- Johnson M
- Jones WG
- Kaboth A
- Kamdin K
- Kasey V
- Kazkaz K
- Keefner J
- Khaitan D
- Khaleeq M
- Khazov A
- Khromov AV
- Kim YD
- Konovalov AM
- Korolkova EV
- Koyuncu M
- Kraus H
- Krebs HJ
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Kumpan AV
- Kyre S
- Larsen NA
- Lee C
- Lee HS
- Lee J
- Lenardo BG
- Leonard DS
- Leonard R
- Lesko KT
- Levy C
- Li J
- Liao F-T
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu X
- Lopes MI
- Lorenzon W
- Luitz S
- Majewski P
- Makkinje J
- Malling DC
- Manalaysay AG
- Manenti L
- Mannino RL
- Markley DJ
- Martin TJ
- Marzioni MF
- Maupin C
- McConnell CT
- McKinsey DN
- Mei D-M
- Meng Y
- Miller EH
- Mizrachi E
- Mock J
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy ASJ
- Nehrkorn C
- Nelson HN
- Neves F
- Nikkel JA
- Nilima A
- O'Dell J
- O'Neill FG
- O'Sullivan K
- Olcina I
- Olevitch MA
- Oliver-Mallory KC
- Pagac A
- Palladino KJ
- Pangilinan M
- Paredes BL
- Patton SJ
- Pease EK
- Penning B
- Piepke A
- Pierson S
- Powell S
- Preece RM
- Pushkin K
- Racine M
- Ratcliff BN
- Reichenbacher J
- Reichhart L
- Rhyne CA
- Richards A
- Rodrigues JP
- Rose HJ
- Rosero R
- Rossiter P
- Saba JS
- Sarychev M
- Schnee RW
- Schubnell M
- Scovell PR
- Shaw S
- Shutt GW
- Shutt TA
- Silk JS
- Silva C
- Skarpaas K
- Skulski W
- Solmaz M
- Solovov VN
- Sorensen P
- Sosnovtsev VV
- Stancu I
- Stark MR
- Stephenson S
- Stiegler TM
- Stifter K
- Sumner TJ
- Sundarnath K
- Sutcliffe P
- Szydagis M
- Taylor DJ
- Taylor WC
- Temples D
- Tennyson BP
- Terman PA
- Thomas KJ
- Thomson JA
- Tiedt DR
- Timalsina M
- To WH
- Tomás A
- Tope TE
- Tripathi M
- Tull CE
- Tvrznikova L
- Utes M
- Utku U
- Uvarov S
- Va'vra J
- Vacheret A
- Verbus JR
- Viveiros LD
- Vuosalo CO
- Waldron WL
- Wang L
- Wang R
- Watson R
- Webb RC
- Wei W-Z
- While M
- White DT
- Whitis TJ
- Wisniewski WJ
- Witherell MS
- Wolfs FLH
- Woodward D
- Worm SD
- Xiao Q
- Xu J
- Yeh M
- Yin J
- Young I
- Zhang C
- Publication venue
- Publication date
- Field of study
In this Technical Design Report (TDR) we describe the LZ detector to be built at the Sanford Underground Research Facility (SURF). The LZ dark matter experiment is designed to achieve sensitivity to a WIMP-nucleon spin-independent cross section of three times ten to the negative forty-eighth square centimeters
Projected sensitivity of the LUX-ZEPLIN experiment to the 0 ν β β decay of 136 Xe
- Author
- Akerib DS
- Akerlof CW
- Alqahtani A
- Alsum SK
- Anderson TJ
- Angelides N
- Araujo HM
- Armstrong JE
- Arthurs M
- Bai X
- Balajthy J
- Balashov S
- Bang J
- Baxter A
- Bensinger J
- Bernard EP
- Bernstein A
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Birch HJ
- Boast KE
- Boxer B
- Bras P
- Buckley JH
- Bugaev VV
- Burdin S
- Busenitz JK
- Cabrita R
- Carels C
- Carlsmith DL
- Carmona-Benitez MC
- Cascella M
- Chan C
- Chott NI
- Cole A
- Collaboration LUX-ZEPLINLZ
- Cottle A
- Cutter JE
- Dahl CE
- de Viveiros L
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Eriksen SR
- Fan A
- Fiorucci S
- Flaecher H
- Fraser ED
- Fruth T
- Gaitskell RJ
- Genovesi J
- Ghag C
- Gibson E
- Gilchriese MGD
- Gokhale S
- Hall CR
- Harrison A
- Haselschwardt SJ
- Hertel SA
- Hor JY-K
- Horn M
- Huang DQ
- Ignarra CM
- Jahangir O
- Ji W
- Johnson J
- Kaboth AC
- Kamaha AC
- Kamdin K
- Kazkaz K
- Khaitan D
- Khazov A
- Khurana I
- Kocher CD
- Korley L
- Korolkova EV
- Kras J
- Kraus H
- Kravitz S
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levy C
- Li J
- Liao F-T
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Loniewski C
- Lopes MI
- Lorenzon W
- Luitz S
- Lyle JM
- Majewski PA
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Marzioni MF
- McKinsey DN
- McLaughlin J
- Meng Y
- Miller EH
- Mizrachi E
- Monte A
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy A St J
- Naim D
- Naylor A
- Nedlik C
- Nehrkorn C
- Nelson HN
- Neves F
- Nikoleyczik JA
- Nilima A
- O'Sullivan K
- Olcina I
- Oliver-Mallory KC
- Pal S
- Palladino KJ
- Palmer J
- Paredes B Lopez
- Parveen N
- Pease EK
- Penning B
- Pereira G
- Pushkin K
- Reichenbacher J
- Rhyne CA
- Riffard Q
- Rischbieter GRC
- Rosero R
- Rossiter P
- Rutherford G
- Santone D
- Sazzad ABMR
- Schnee RW
- Schubnell M
- Seymour D
- Shaw S
- Shutt TA
- Silk JJ
- Silva C
- Smith R
- Solmaz M
- Solovov VN
- Sorensen P
- Stancu I
- Stevens A
- Stifter K
- Sumner TJ
- Swanson N
- Szydagis M
- Tan M
- Taylor R
- Taylor WC
- Temples DJ
- Terman PA
- Tiedt DR
- Timalsina M
- Tomas A
- Tripathi M
- Tronstad DR
- Turner W
- Tvrznikova L
- Utku U
- Vacheret A
- Vaitkus A
- van der Grinten MGD
- Wang JJ
- Wang W
- Watson JR
- Webb RC
- White RG
- Whitis TJ
- Wolfs FLH
- Woodward D
- Xiang X
- Xu J
- Yeh M
- Zarzhitsky P
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/07/2020
- Field of study
The LUX-ZEPLIN (LZ) experiment will enable a neutrinoless double β decay search in parallel to the main science goal of discovering dark matter particle interactions. We report the expected LZ sensitivity to 136 Xe neutrinoless double β decay, taking advantage of the significant ( > 600 kg) 136 Xe mass contained within the active volume of LZ without isotopic enrichment. After 1000 live-days, the median exclusion sensitivity to the half-life of 136 Xe is projected to be 1.06 × 10 26 years (90% confidence level), similar to existing constraints. We also report the expected sensitivity of a possible subsequent dedicated exposure using 90% enrichment with 136 Xe at 1.06 × 10 27 years
The LUX-ZEPLIN (LZ) radioactivity and cleanliness control programs
- Author
- Akerib DS
- Akerlof CW
- Akimov DY
- Alquahtani A
- Alsum SK
- Anderson TJ
- Angelides N
- Araújo HM
- Arbuckle A
- Armstrong JE
- Arthurs M
- Auyeung H
- Aviles S
- Bai X
- Bailey AJ
- Balajthy J
- Balashov S
- Bang J
- Barry MJ
- Bauer D
- Bauer P
- Baxter A
- Belle J
- Beltrame P
- Bensinger J
- Benson T
- Bernard EP
- Bernstein A
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Birch HJ
- Birrittella B
- Boast KE
- Bolozdynya AI
- Boulton EM
- Boxer B
- Bramante R
- Branson S
- Breidenbach M
- Brew CAJ
- Brás P
- Buckley JH
- Bugaev VV
- Bunker R
- Burdin S
- Busenitz JK
- Cabrita R
- Campbell JS
- Carels C
- Carlsmith DL
- Carlson B
- Carmona-Benitez MC
- Cascella M
- Chan C
- Cherwinka JJ
- Chiller AA
- Chiller C
- Chott NI
- Cole A
- Coleman J
- Colling D
- Conley RA
- Cottle A
- Coughlen R
- Cox G
- Craddock WW
- Curran D
- Currie A
- Cutter JE
- da Cunha JP
- Dahl CE
- Dardin S
- Dasu S
- Davis J
- Davison TJR
- de Viveiros L
- Decheine N
- Dobi A
- Dobson JEY
- Druszkiewicz E
- Dushkin A
- Edberg TK
- Edwards BN
- Edwards J
- Edwards WR
- Elnimr MM
- Emmet WT
- Eriksen SR
- Faham CH
- Fan A
- Fayer S
- Fiorucci S
- Flaecher H
- Florang IMF
- Ford P
- Francis VB
- Fraser ED
- Froborg F
- Fruth T
- Gaitskell RJ
- Gantos NJ
- Garcia D
- Gehman VM
- Gelfand R
- Genovesi J
- Gerhard RM
- Ghag C
- Gibson E
- Gilchriese MGD
- Gokhale S
- Gomber B
- Gonda TG
- Greenall A
- Greenwood S
- Gregerson G
- Gwilliam CB
- Hall CR
- Hamilton D
- Hans S
- Hanzel K
- Harrington T
- Harrison A
- Harrison J
- Haselschwardt SJ
- Hasselkus C
- Heise J
- Hemer D
- Hertel SA
- Hillbrand S
- Hitchcock O
- Hjemfelt C
- Hoff MD
- Holbrook B
- Holtom E
- Hor JY-K
- Horn M
- Huang DQ
- Hurteau TW
- Ignarra CM
- Irving MN
- Jacobsen RG
- Jahangir O
- Jeffery SN
- Ji W
- Johnson J
- Johnson M
- Johnson P
- Jones WG
- Kaboth AC
- Kamaha A
- Kamdin K
- Kasey V
- Kazkaz K
- Keefner J
- Khaitan D
- Khaleeq M
- Khazov A
- Khromov AV
- Khurana I
- Kim WT
- Kim YD
- Kocher CD
- Kodroff D
- Konovalov AM
- Korley L
- Korolkova EV
- Koyuncu M
- Kras J
- Kraus H
- Kravitz SW
- Krebs HJ
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Kumpan AV
- Kyre S
- Lambert AR
- Landerud B
- Larsen NA
- Laundrie A
- Leason EA
- Lee C
- Lee HS
- Lee J
- Lenardo BG
- Leonard DS
- Leonard R
- Lesko KT
- Levy C
- Li J
- Liao F-T
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Liu Y
- Loniewski C
- Lopes MI
- Lopez-Asamar E
- Lorenzon W
- Lucero D
- Luitz S
- Lyle JM
- Lynch C
- Majewski PA
- Makkinje J
- Malling DC
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Markley DJ
- MarrLaundrie P
- Martin TJ
- Marzioni MF
- Maupin C
- McConnell CT
- McKinsey DN
- McLaughlin J
- Mei D-M
- Meng Y
- Migneault J
- Miller EH
- Minaker ZJ
- Mizrachi E
- Mock J
- Molash D
- Monte A
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy ASJ
- Naim D
- Naylor A
- Nedlik C
- Nehrkorn C
- Nelson HN
- Nesbit J
- Neves F
- Nikkel JA
- Nikoleyczik JA
- Nilima A
- Oh H
- Olcina I
- Olevitch MA
- Oliver-Mallory KC
- Oxborough L
- O’Dell J
- O’Neill FG
- O’Sullivan K
- Pagac A
- Pagenkopf D
- Pal S
- Palladino KJ
- Palmaccio VM
- Palmer J
- Pangilinan M
- Paredes BL
- Parveen N
- Patton SJ
- Pease EK
- Penning BP
- Pereira C
- Pereira G
- Peterson IB
- Piepke A
- Pierson S
- Powell S
- Preece RM
- Pushkin K
- Qie Y
- Racine M
- Ratcliff BN
- Reichenbacher J
- Reichhart L
- Rhyne CA
- Richards A
- Riffard Q
- Rischbieter GRC
- Rodrigues JP
- Rose HJ
- Rosero R
- Rossiter P
- Rucinski R
- Rutherford G
- Saba JS
- Sabarots L
- Santone D
- Sarychev M
- Sazzad ABMR
- Schnee RW
- Schubnell M
- Scovell PR
- Severson M
- Seymour D
- Shaw S
- Shutt GW
- Shutt TA
- Silk JJ
- Silva C
- Skarpaas K
- Skulski W
- Smith AR
- Smith RE
- Smith RJ
- So J
- Solmaz M
- Solovov VN
- Sorensen P
- Sosnovtsev VV
- Stancu I
- Stark MR
- Stephenson S
- Stern N
- Stevens A
- Stiegler TM
- Stifter K
- Studley R
- Sumner TJ
- Sundarnath K
- Sutcliffe P
- Swanson N
- Szydagis M
- Tan M
- Taylor DJ
- Taylor R
- Taylor WC
- Temples D
- Tennyson BP
- Terman PA
- Thomas KJ
- Thomson JA
- Tiedt DR
- Timalsina M
- To WH
- Tomás A
- Tope TE
- Tripathi M
- Tronstad DR
- Tull CE
- Turner W
- Tvrznikova L
- Utes M
- Utku U
- Uvarov S
- Vacheret A
- Vaitkus A
- van der Grinten MGD
- Va’vra J
- Verbus JR
- Vietanen T
- Voirin E
- Vuosalo CO
- Walcott S
- Waldron WL
- Walker K
- Wang JJ
- Wang L
- Wang R
- Wang W
- Wang Y
- Watson JR
- Weatherly S
- Webb RC
- Wei W-Z
- While M
- White DT
- White JT
- White RG
- Whitis TJ
- Wilson K
- Wisniewski WJ
- Witherell MS
- Wolfs FLH
- Wolfs JD
- Woodward D
- Worm SD
- Xiang X
- Xiao Q
- Xu J
- Yeh M
- Yin J
- Young I
- Zarzhitsky P
- Zhang C
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 29/08/2020
- Field of study
LUX-ZEPLIN (LZ) is a second-generation direct dark matter experiment with spin-independent WIMP-nucleon scattering sensitivity above 1.4×10−48cm2 for a WIMP mass of 40GeV/c2 and a 1000days exposure. LZ achieves this sensitivity through a combination of a large 5.6t fiducial volume, active inner and outer veto systems, and radio-pure construction using materials with inherently low radioactivity content. The LZ collaboration performed an extensive radioassay campaign over a period of six years to inform material selection for construction and provide an input to the experimental background model against which any possible signal excess may be evaluated. The campaign and its results are described in this paper. We present assays of dust and radon daughters depositing on the surface of components as well as cleanliness controls necessary to maintain background expectations through detector construction and assembly. Finally, examples from the campaign to highlight fixed contaminant radioassays for the LZ photomultiplier tubes, quality control and quality assurance procedures through fabrication, radon emanation measurements of major sub-systems, and bespoke detector systems to assay scintillator are presented
Simulations of events for the LUX-ZEPLIN (LZ) dark matter experiment
- Author
- :
- Akerib DS
- Akerlof CW
- Alqahtani A
- Alsum SK
- Anderson TJ
- Angelides N
- Araújo HM
- Armstrong JE
- Arthurs M
- Bai X
- Balajthy J
- Balashov S
- Bang J
- Bauer D
- Baxter A
- Bensinger J
- Bernard EP
- Bernstein A
- Bhatti A
- Biekert A
- Biesiadzinski TP
- Birch HJ
- Boast KE
- Boxer B
- Brás P
- Buckley JH
- Bugaev VV
- Burdin S
- Busenitz JK
- Cabrita R
- Carels C
- Carlsmith DL
- Carmona-Benitez MC
- Cascella M
- Chan C
- Chott NI
- Cole A
- Collaboration TL-Z
- Cottle A
- Cutter JE
- Dahl CE
- de Viveiros L
- Dobson JEY
- Druszkiewicz E
- Edberg TK
- Eriksen SR
- Fan A
- Fayer S
- Fiorucci S
- Flaecher H
- Fraser ED
- Fruth T
- Gaitskell RJ
- Genovesi J
- Ghag C
- Gibson E
- Gilchriese MGD
- Gokhale S
- Hall CR
- Harrison A
- Haselschwardt SJ
- Hertel SA
- Hor JY-K
- Horn M
- Huang DQ
- Ignarra CM
- Jahangir O
- Ji W
- Johnson J
- Kaboth AC
- Kamaha AC
- Kamdin K
- Kazkaz K
- Khaitan D
- Khazov A
- Khurana I
- Kocher CD
- Korley L
- Korolkova EV
- Kras J
- Kraus H
- Kravitz S
- Kreczko L
- Krikler B
- Kudryavtsev VA
- Leason EA
- Lee J
- Leonard DS
- Lesko KT
- Levy C
- Li J
- Liao F-T
- Liao J
- Lin J
- Lindote A
- Linehan R
- Lippincott WH
- Liu R
- Liu X
- Loniewski C
- Lopes MI
- Lorenzon W
- Luitz S
- Lyle JM
- Majewski PA
- Manalaysay A
- Manenti L
- Mannino RL
- Marangou N
- Marzioni MF
- McKinsey DN
- McLaughlin J
- Meng Y
- Miller EH
- Mizrachi E
- Monte A
- Monzani ME
- Morad JA
- Morrison E
- Mount BJ
- Murphy ASJ
- Naim D
- Naylor A
- Nedlik C
- Nehrkorn C
- Nelson HN
- Neves F
- Nikoleyczik JA
- Nilima A
- Olcina I
- Oliver-Mallory KC
- Pal S
- Palladino KJ
- Palmer J
- Paredes BL
- Parveen N
- Pease EK
- Penning B
- Pereira G
- Piepke A
- Pushkin K
- Reichenbacher J
- Rhyne CA
- Richards A
- Riffard Q
- Rischbieter GRC
- Rosero R
- Rossiter P
- Rutherford G
- Santone D
- Sazzad ABMR
- Schnee RW
- Schubnell M
- Scovell PR
- Seymour D
- Shaw S
- Shutt TA
- Silk JJ
- Silva C
- Smith R
- Solmaz M
- Solovov VN
- Sorensen P
- Stancu I
- Stevens A
- Stifter K
- Sumner TJ
- Swanson N
- Szydagis M
- Tan M
- Taylor R
- Taylor WC
- Temples DJ
- Terman PA
- Tiedt DR
- Timalsina M
- Tomás A
- Tripathi M
- Tronstad DR
- Turner W
- Tvrznikova L
- Utku U
- Vacheret A
- Vaitkus A
- van der Grinten MGD
- Wang JJ
- Wang W
- Watson JR
- Webb RC
- White RG
- Whitis TJ
- Wolfs FLH
- Woodward D
- Xiang X
- Xu J
- Yeh M
- Zarzhitsky P
- Publication venue
- Publication date
- Field of study