9 research outputs found
Flooding Diagram for Multi-phase Flow in a Moving Bed
- Author
- F. R. Dell and H. R. C. Pratt
- FUKUTAKE Tsuyoshi
- H. Sawistowski
- H. Z. Kister and D. R. Gill
- J. Burgess
- J. F. Elliott R. A. Buchanan and J
- J. S. Eckert
- J. Szekely and J. Mendrykowski
- J. W. Bertetti
- M. Leva
- N. Standish and J. B. Drinkwater
- PINSON D
- R. F. Strigle
- R. H. Perry and D. W. Green
- SUGIYAMA TAKASHI
- T. K. Sherwood
- W. A. Bain and O. A. Hougen
- W. E. Lobo L. Friend, F. Hashmall
- X. F. Dong A. B. Yu, J. Yagi and P
- Publication venue
- 'Iron and Steel Institute of Japan'
- Publication date
- 01/01/2009
- Field of study
Performance of the CMS Level-1 trigger in proton-proton collisions at root s=13 TeV
- Publication venue
- Publication date
- 01/01/2020
- Field of study
At the start of Run 2 in 2015, the LHC delivered proton-proton
collisions at a center-ofmass energy of 13 TeV. During Run 2 (years
2015-2018) the LHC eventually reached a luminosity of 2.1 x 10(34)
cm(-2) s(-1), almost three times that reached during Run 1 (2009-2013)
and a factor of two larger than the LHC design value, leading to events
with up to a mean of about 50 simultaneous inelastic proton-proton
collisions per bunch crossing (pileup). The CMS Level-1 trigger was
upgraded prior to 2016 to improve the selection of physics events in the
challenging conditions posed by the second run of the LHC. This paper
describes the performance of the CMS Level-1 trigger upgrade during the
data taking period of 2016-2018. The upgraded trigger implements pattern
recognition and boosted decision tree regression techniques for muon
reconstruction, includes pileup subtraction for jets and energy sums,
and incorporates pileup-dependent isolation requirements for electrons
and tau leptons. In addition, the new trigger calculates high-level
quantities such as the invariant mass of pairs of reconstructed
particles. The upgrade reduces the trigger rate from background
processes and improves the trigger efficiency for a wide variety of
physics signals
Search for W ` bosons decaying to a top and a bottom quark at root s=13 TeV in the hadronic final state
- Publication venue
- Publication date
- 01/01/2021
- Field of study
A search is performed for W ‘ bosons decaying to a top and a bottom
quark in the all-hadronic final state, in proton-proton collisions at a
center-of-mass energy of 13TeV. The analyzed data were collected by the
CMS experiment between 2016 and 2018 and correspond to an integrated
luminosity of 137fb(-1). Deep neural network algorithms are used to
identify the jet initiated by the bottom quark and the jet containing
the decay products of the top quark when the W ‘ boson from the top
quark decays hadronically. No excess above the estimated standard model
background is observed. Upper limits on the production cross sections of
W ‘ bosons decaying to a top and a bottom quark are set. Both left- and
right-handed W ‘ bosons with masses below 3.4TeV are excluded at 95%
confidence level, and the most stringent limits to date on W ‘ bosons
decaying to a top and a bottom quark in the all-hadronic final state are
obtained. (C) 2021 The Author(s). Published by Elsevier B.V
Correlations of azimuthal anisotropy Fourier harmonics with subevent cumulants in pPb collisions at root s(NN)=8.16 TeV
- Publication venue
- Publication date
- 01/01/2021
- Field of study
Event-by-event long-range correlations of azimuthal anisotropy Fourier
coefficients (v(n)) in 8.16 TeV pPb data, collected by the CMS
experiment at the CERN Large Hadron Collider, are extracted using a
subevent four-particle cumulant technique applied to very low
multiplicity events. Each combination of four charged particles is
selected from either two, three, or four distinct subevent regions of a
pseudorapidity range from -2.4 to 2.4 of the CMS tracker, and with
transverse momentum between 0.3 and 3.0 GeV. Using the subevent cumulant
technique, correlations between v(n) of different orders are measured as
functions of particle multiplicity and compared to the standard cumulant
method without subevents over a wide event multiplicity range. At high
multiplicities, the v(2) and v(3) coefficients exhibit an
anticorrelation; this behavior is observed consistently using various
methods. The v(2) and v(4) correlation strength is found to depend on
the number of subevents used in the calculation. As the event
multiplicity decreases, the results from different subevent methods
diverge because of different contributions of noncollective or
few-particle correlations. Correlations extracted with the four-subevent
method exhibit a tendency to diminish monotonically toward the lowest
multiplicity region (about 20 charged tracks) investigated. These
findings extend previous studies to a significantly lower event
multiplicity range and establish the evidence for the onset of
long-range collective multiparticle correlations in small system
collisions
Measurement of the azimuthal anisotropy of Y(1S) and Y(2S) mesons in PbPb collisions at root s(NN)=5.02 TeV
- Publication venue
- Publication date
- 01/01/2021
- Field of study
The second-order Fourier coefficients (v(2)) characterizing the
azimuthal distributions of Y(1S) and Y(2S) mesons produced in PbPb
collisions at root s(NN) = 5.02 TeV are studied. The Y mesons are
reconstructed in their dimuon decay channel, as measured by the CMS
detector. The collected data set corresponds to an integrated luminosity
of 1.7 nb(-1). The scalar product method is used to extract the v2
coefficients of the azimuthal distributions. Results are reported for
the rapidity range vertical bar y vertical bar < 2.4, in the transverse
momentum interval 0 < pT < 50 GeV/c, and in three centrality ranges of
10-30%, 30-50% and 50-90%. In contrast to the J/psi mesons, the
measured v(2) values for the Y mesons are found to be consistent with
zero. (C) 2021 The Author(s). Published by Elsevier B.V
Age-Related Influences of Leg Vein Filling and Emptying on Blood Volume Redistribution and Sympathetic Reflex during Lower Body Negative Pressure in Humans.
- Author
- Alnaqueeb MA Al Zaid NS, and Goldspink G
- Boccalon H Ginestet MC, Longhi R, and Puel P
- Convertino VA Doerr DF, Flores JF, Hoffler GW, and Buchanan P
- DAVY K P
- Elliott HL Sumner DJ, Mclean K, and Reid JL
- Gauer OH and Sieker HO
- Hansen F Mangell P, Sonesson B, and Lä
- Hogikyan RV and Supiano MA
- Iwase S Mano T, Watanabe T, Saito M, and Kobayashi F
- Jansen RWMM Lenders JWM, Thien T, and Hoefnagels WHL
- MANO T
- Neglen P and Raju S
- Ng AV Johnson D, Callister R, and Seals D
- Nielsen H Hasenkam JM, Pilegaard HK, Aalkjaer C, and Mortensen FV
- Olsen H and Lä
- Olsen H Vernersson E, and Lä
- Schnizer W Klatt J, Baeker H, and Rieckert H
- Shiraki K Sagawa MK, Younda N, and Miki K
- Silver AJ
- Smith JJ Hughes CV, Ptacin MJ, Barney JA, Tristani FE, and Ebert TJ
- Stachendeld NS DiPietro L, Nadel ER, and Mack GW
- Vaitkevicious PV Fleg JL, Engel JH, O'Connor FC, Wright JC, Lakatta LE, Yin FCP, and Lakatta EG
- Vestal R Wood A, and Shand D
- Publication venue
- 'Physiological Society of Japan'
- Publication date
- 01/01/2002
- Field of study
Building a Micro Foundation for Industrial Ecology
- Author
- Allenby B. R.
- Allenby B. R.
- Allenby B. R.
- Andrews C. J.
- Andrews C. J.
- Axelrod R.
- Axelrod R.
- Ayres R. U.
- Ayres R. U.
- Barash D. P.
- Batson C. D.
- Boulding K. E.
- Buchanan J. M.
- Castells M.
- Christie R.
- Dawkins R.
- Elliott E. D.
- Epstein J.
- Frankel C.
- Frosch R. A.
- Gandy M.
- Georgescu-Roegen N.
- Goldsmith T. H.
- Graedel T. E.
- Graedel T. E.
- Green D. P.
- Greve M. S.
- Harcourt A. H.
- Hirsh R.
- Joskow P.
- Kagel J.
- Kahneman D.
- Krishnan R.
- Lund R.
- Marwell G.
- Miller G. A.
- Nelson K.
- Nelson R. R.
- Northeast Recycling Council (NERC)
- O'Rourke D.
- O'Rourke D.
- Organisation for Economic Co-operation and Development (OECD)
- Palfrey T. R.
- Palfrey T. R.
- Panayotou T.
- Peet R.
- Rejeski D.
- Resnick M.
- Ringquist E. J.
- Rousseau D. M.
- Rousseau D. M.
- Samuelson P. A.
- Scharfman M. P.
- Schelling T. C.
- Shugart W. F.
- Simon H. A.
- Smart B.
- Stein R.
- Thomas V. M.
- Tibbs H.
- U.S. Environmental Protection Agency (EPA) Office of Solid Waste, Municipal and Industrial Solid Waste Division
- U.S. President's Council on Sustainable Development (PCSD)
- Wackernagle M.
- Weimer D. L.
- Williamson O. E.
- Wilson E. O.
- Yandle B.
- Publication venue
- 'MIT Press - Journals'
- Publication date
- Field of study
Monofluoro Aliphatic Compounds
- Author
- A Bowers
- A Bowers
- A Bowers
- A Farah
- A Farah
- A Farah
- A Iciiihara
- A Kandel
- A Kandel
- A Marcus
- A Marcus
- A Rothstein
- A. B. Hastings
- A. M. Gotto
- A. S. Fairhurst
- AB Hastings
- AG Callely
- AH Meuler
- AH Phillips
- AHC Gillieson
- AI Krasna
- AI Krasna
- AK Barbour
- AM Dominguez
- BA Kilby
- BC Saunders
- BC Saunders
- BC Saunders
- BC Saunders
- BT Cole
- BT Cole
- C LiebÉCQ
- C Martius
- C Martius
- C Martius
- C Rimington
- C Terner
- C-Y YÜAN
- CE Inman
- CH Beatty
- Chari-Bitron A.
- Chari-Bitron A., and Y. Avi-DoR
- CW Tullock
- D Rivett
- DA Ali
- DA Clarke
- DB Cater
- DH Treble
- DH Treble
- DH Treble
- DLE Bronnert
- DN Glew
- DP Miller
- DW Fanshier
- E Kun
- E Kun
- E Kun
- ED Bergmann
- ED Bergmann
- ED Bergmann
- ED Bergmann
- ED Bergmann
- ED Bergmann
- ED Bergmann
- ED Bergmann
- EF Annison
- EJ Conway
- EM Gal
- EM Gal
- EM Gal
- EM Gal
- ET Mcbee
- F Swarts
- FB Power
- FH Dean
- FH Dean
- FJ Buckle
- FJ Mullin
- FL Engel
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FLM Pattison
- FM Singer
- FW Hoffmann
- FW Hoffmann
- FW Hoffmann
- G Fawaz
- G Kalnitsky
- G Olah
- G Peeters
- G Schmidt
- GA Olaa
- GCN Jayasuriya
- GH Dixon
- GJ O’Neill
- GK Meldrum
- GL Foss
- GMK Hughes
- GR Bartlett
- GR Bartlett
- GR Pscheidt
- Gryszkiewicz-Trochimowski E., A. Sporzynski et J. Wnuk
- Gryszkiewicz-Trochimowski E., O
- GW Pucher
- H Busch
- H Kacser
- HB Stoner
- HG Ferguson
- HL Blumgart
- HL Kornberg
- I Blank
- I. L. Knunyants
- I. L. Knunyants
- IA Rose
- IG Walker
- J Mager
- J Mager
- J Reilly
- J Salle
- JD Judah
- JD Judah
- JD Zerte
- JE Millington
- JE Millington
- JF Fried
- JF Morrison
- JFK Wilshire
- JG Aldous
- JG Aldous
- JG Jarrett
- JH Whittem
- JM Buchanan
- JM Lowenstein
- JM Parker
- JO Hutchens
- JR Weeks
- JSC Marais
- JSC Marais
- K Kirschner
- K Miura
- K Miura
- K Miura
- K Miura
- K-U Hartman
- LC Hendershot
- LC Hendershot
- LR Murray
- M Dixon
- M Dixon
- M Hudlicki
- M Hudlicki
- M Kochmann
- M Raasch
- MB Chenoweth
- MB Chenoweth
- MB Chenoweth
- MC Ord
- Mirosevic-Sorgo P., and B. C. Saunders
- MM Oliveira
- MS Newman
- N Horiuchi
- N. N. Yarovenko
- NB Chapman
- NF Taylor
- NF Taylor
- NF Taylor
- NP Badeniiuizen
- O Benitez
- P Buffa
- P Buffa
- P Buffa
- PB Oelrichs
- PB Oelrichs
- PFV Ward
- PJ Brown
- PV Nair
- PW Kent
- R Bullwinkle
- R O’Brien
- R Tschesche
- R. D. O’Brien
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RA Peters
- RE Parker
- REA Dear
- RF Furchgott
- RG Stickland
- RJ Hall
- RJ Hall
- RL Buchanan
- RL Buchanan
- RL Buchanan
- RL Jenkins
- RMC Dawson
- RMC Dawson
- RMC Dawson
- RO Brady
- RO Brady
- RR Fraser
- RR Fraser
- RS Gordon
- S Black
- S Bliéecq-Hutter
- S Dagley
- S Gitter
- S Gitter
- S Lang
- SR Dickman
- SR Elsden
- TG Taylor
- TR Blohm
- VooNG Sing-TuH, and Ten-Chang Chiang
- VR Potter
- W Lindenbaum
- W Renner
- W Wolleman
- WA Bulen
- WB Elliott
- WB Elliott
- WB Elliott
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- WB Elliott
- WC Howell
- WC Howell
- WD Kumler
- WD Lotspeich
- WF Edgell
- WR Hasek
- WW Tourtellotte
- WW Tourtellotte
- Y Avi-Don
- Y Avi-Don
- Y Avi-Don
- ZM Bacq
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/1966
- Field of study
Protein Turnover
- Author
- A Edström
- A Edström
- A Globus
- A Hamberger
- A Hamberger
- A Hess
- A Hirano
- A Lajtha
- A Lajtha
- A Lajtha
- A Lajtha
- A Lajtha
- A Lajtha
- A Lajtha
- A Lajtha
- A Lajtha
- A Neidle
- A Neidle
- A Neuberger
- A Niklas
- A Norström
- A Vitale-Neugebauer
- AA Abdel-Latif
- AA Khan
- AH Riesen
- AJ Carlson
- AJ Goldberg
- AJ Patel
- AJ Sussman
- AK Falvey
- AL Beaudet
- AL Beaudet
- AL Flanagas
- AL Goldberg
- AL Koch
- AN Davison
- and Studies of the stability
- AV Escueta
- AV LeBouton
- AW Brown
- B Droz
- B Droz
- B Droz
- B D’Monte
- B D’Monte
- B Grafstein
- B Jakoubek
- B Jakoubek
- B Poole
- B Sadasivudu
- B Schultze
- B Schultze
- B Shepartz
- B Tiplady
- B. Tiplady
- BG Uzman
- BI Roots
- BM Hanking
- BS McEwen
- BW Agranoff
- BW Moore
- BW Moore
- C Blomstrand
- C Blomstrand
- C Blomstrand
- C Kupfer
- C Prives
- C Voit
- CB Klee
- CE Lumsden
- CE Lumsden
- CF Baxter
- CJ Berg Van de
- CJ Berg van den
- CT Jones
- CT Jones
- CWM Adams
- D Haider
- D Haider
- D Richter
- D Richter
- D Richter
- D Richter
- DA Jones
- DA Rappoport
- DA Rappoport
- DA Rappoport
- DA Shafritz
- DB Hudson
- DB Roodyn
- DD Wheeler
- DF Matheson
- DF Matheson
- DF Matheson
- DF Matheson
- DF Scott
- DH Adams
- DH Clouet
- DH Clouet
- DH Clouet
- DH Clouet
- DH Ford
- DH Ford
- DJL Luck
- DJL Luck
- DL Buchanan
- DM Greenberg
- DM Kipnis
- DS Beattie
- DS Riggs
- E Bailey
- E Bell
- E Costa
- E Costa
- E Edström
- E Glassman
- E Klika
- E Koenig
- E Koenig
- E Koenig
- E Raghupathy
- E Robertis de
- E Wolstenholme
- EC Henshaw
- ED Kiehn
- EG Brunngraber
- EM Scolnick
- EM Scolnick
- ER Einstein
- ER Einstein
- ER Einstein
- F Friedberg
- F Friedberg
- F Hajos
- F Lipmann
- F Lipmann
- F Nissl
- F Orrego
- F Orrego
- F Orrego
- F Rawlins
- FE Sampson
- FH Portujal
- FL Margolis
- FL Margolis
- FT Kenney
- FT Kenny
- FT Kenny
- FT Mérei
- FT Mérei
- G Bolcsfoldi
- G Brunner
- G Guroff
- G Gurofîand
- G Koya
- G Levi
- G Porcellati
- G Porcellati
- G Porcellati
- G Ungar
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- GM Hochwald
- GP Talwar
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- GS Bennett
- GSL Appeltauer
- H Aurich
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- H Cramer
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- H Mcllwain
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- HA Klein
- HB Bosmann
- HB Bosmann
- HC Agrawal
- HM Temin
- HN Munro
- HN Munro
- HN Munro
- HP Metzger
- HP Metzger
- HR Herschman
- HR Mahler
- HR Mahler
- HS Bachelard
- I Lindner
- I Smart
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- T Kawasahi
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- YV Belik
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/1971
- Field of study