255 research outputs found
Study of the B^0 Semileptonic Decay Spectrum at the Upsilon(4S) Resonance
- Author
- A Anastassov
- A Bean
- A Bellerive
- A Efimov
- A Freyberger
- A Ryd
- A Smith
- A Soffer
- A Undrus
- A Wolf
- A.D Foland
- A.H Mahmood
- A.J Sadoff
- A.J Weinstein
- Altarelli
- Athanas
- Athanas
- B Barish
- B Gittelman
- B Nemati
- B.E Berger
- B.H Behrens
- B.I Eisenstein
- B.K Heltsley
- Barish
- Barish
- Bartelt
- Bigi
- Bigi
- Bortoletto
- C Bebek
- C Darling
- C O'Grady
- C Prescott
- C Qiao
- C Ward
- C.D Jones
- C.P Jessop
- C.R Ng
- D Besson
- D Cinabro
- D Coppage
- D Fujino
- D He
- D Peterson
- D Riley
- D Roberts
- D Ugolini
- D.B MacFarlane
- D.G Cassel
- D.H Miller
- D.J Lange
- D.L Hartill
- D.L Kreinick
- D.M Asner
- D.M Coffman
- D.S Crowcroft
- D.W Bliss
- D.Y.-J Kim
- E Gerndt
- E Johnson
- E Nordberg
- E.H Thorndike
- E.I Shibata
- F Frasconi
- F Li
- F Wappler
- F Würthwein
- G Bonvicini
- G Brandenburg
- G Eigen
- G Masek
- G Viehhauser
- G.C Moneti
- G.D Gollin
- G.E Gladding
- G.S Ludwig
- H Kagan
- H Marsiske
- H Park
- H Severini
- H Yamamoto
- H.A Cho
- H.N Nelson
- H.P Paar
- I Karliner
- I Korolkov
- I Kravchenko
- I Narsky
- I Volobouev
- I.C Lai
- I.P.J Shipsey
- Isgur
- J Bartelt
- J Ernst
- J Fast
- J Gronberg
- J Kandaswamy
- J Lee
- J Masui
- J Mevissen
- J Roy
- J Staeck
- J Urheim
- J Ye
- J Yelton
- J Zheng
- J.D Richman
- J.E Duboscq
- J.G Smith
- J.J O'Neill
- J.J Thaler
- J.L Rodriguez
- J.P Alexander
- J.R Patterson
- J.S Miller
- J.W Hinson
- Jessop
- K Berkelman
- K Bloom
- K Cho
- K Honscheid
- K Kinoshita
- K Lingel
- K.D Fisher
- K.K Gan
- K.M Ecklund
- K.W Edwards
- K.W McLean
- Kubota
- L Gibbons
- L.P Perera
- M Artuso
- M Athanas
- M Bishai
- M Chadha
- M Dickson
- M Gao
- M Goldberg
- M Lattery
- M Lohner
- M Ogg
- M Palmer
- M Schmidtler
- M Selen
- M Sung
- M Wood
- M Yurko
- M.A Marsh
- M.B Spencer
- M.L Perl
- M.M Zoeller
- M.S Alam
- M.S Witherell
- N Hancock
- N Katayama
- N Kwak
- N Menon
- N.B Mistry
- P Avery
- P Baringer
- P Gaidarev
- P Pomianowski
- P Rankin
- P Skubic
- P.C Kim
- P.I Hopman
- P.M Patel
- P.S Drell
- R Ammar
- R Balest
- R Davis
- R Ehrlich
- R Elia
- R Fulton
- R Godang
- R Greene
- R Janicek
- R Kass
- R Kutschke
- R Mountain
- R Poling
- R Stroynowski
- R Wang
- R Wanke
- R Wilson
- R.A Briere
- R.J Morrison
- R.M Hans
- Richman
- S Anderson
- S Blinov
- S Chan
- S Kopp
- S Kotov
- S Marka
- S Menary
- S Patton
- S Roberts
- S Schrenk
- S Schuh
- S Stone
- S Timm
- S Yang
- S.B Athar
- S.D Johnson
- S.E Csorna
- S.F Schaffner
- S.J Richichi
- S.W Gray
- Saulnier
- T Bergfeld
- T Hart
- T Lee
- T Riehle
- T Skwarnicki
- T.E Browder
- T.E Coan
- T.K Nelson
- V Fadeyev
- V Jain
- V Savinov
- V Sharma
- V Shelkov
- W.R Ross
- W.S Brower
- W.T Ford
- Wang
- X Xing
- X Zhou
- Y Kubota
- Y Kwon
- Y Li
- Y Liu
- Y Maravin
- Y Mukhin
- Y.S Gao
- Z Ling
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/1997
- Field of study
We have made a first measurement of the lepton momentum spectrum in a sample
of events enriched in neutral B's through a partial reconstruction of B0 -->
D*- l+ nu. This spectrum, measured with 2.38 fb**-1 of data collected at the
Upsilon(4S) resonance by the CLEO II detector, is compared directly to the
inclusive lepton spectrum from all Upsilon(4S) events in the same data set.
These two spectra are consistent with having the same shape above 1.5 GeV/c.
From the two spectra and two other CLEO measurements, we obtain the B0 and B+
semileptonic branching fractions, b0 and b+, their ratio, and the production
ratio f+-/f00 of B+ and B0 pairs at the Upsilon(4S). We report b+/b0=0.950
(+0.117-0.080) +- 0.091, b0 = (10.78 +- 0.60 +- 0.69)%, and b+ = (10.25 +- 0.57
+- 0.65)%. b+/b0 is equivalent to the ratio of charged to neutral B lifetimes,
tau+/tau0.Comment: 14 page, postscript file also available at
http://w4.lns.cornell.edu/public/CLN
Radiative Decay Modes of the D0 Meson
- Author
- Alam M.S. (M. S.)
- Alexander J.P. (J. P.)
- Ammar R. (R.)
- Anastassov A. (A.)
- Anderson S. (S.)
- Artuso M. (M.)
- Asner D.M. (D. M.)
- Athanas M. (M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Azfar F. (F.)
- Baker R. (R.)
- Balest R. (R.)
- Baringer P. (P.)
- Bartelt J. (J.)
- Bean A. (A.)
- Bebek C. (C.)
- Behrens B.H. (B. H.)
- Bellerive A. (Alain)
- Berger B.E. (B. E.)
- Bergfeld T. (T.)
- Berkelman K. (K.)
- Besson D. (D.)
- Bishai M. (M.)
- Bliss D.W. (D. W.)
- Bloom K. (K.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Brandenburg G. (G.)
- Briere R.A. (R. A.)
- Browder T.E. (T. E.)
- Cassel D.G. (D. G.)
- Chadha M. (M.)
- Chan S. (S.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Coppage D. (D.)
- Crowcroft D.S. (D. S.)
- Csorna S.E. (S. E.)
- Darling C. (C.)
- Davis R. (R.)
- Dickson M. (M.)
- Drell P.S. (P. S.)
- Duboscq J.E. (J. E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (Kenneth W.)
- Efimov A. (A.)
- Ehrlich R. (R.)
- Eigen G. (G.)
- Eisenstein B.I. (B. I.)
- Ernst J. (J.)
- Ershov A. (A.)
- Fadeyev V. (V.)
- Fast J. (J.)
- Foland A.D. (A. D.)
- Ford W.T. (W. T.)
- Fujino D. (D.)
- Gaidarev P. (P.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gladding G.E. (G. E.)
- Glenn S. (S.)
- Godang R. (R.)
- Goldberg M. (M.)
- Gollin G.D. (G. D.)
- Gray S.W. (S. W.)
- Greene R. (R.)
- Gritsan A. (A.)
- Gronberg J. (J.)
- Hans R.M. (R. M.)
- Hart T. (T.)
- Hartill D.L. (D. L.)
- He D. (D.)
- Heltsley B.K. (B. K.)
- Hill T.S. (T. S.)
- Hinson J.W. (J. W.)
- Honscheid K. (K.)
- Hopman P.I. (P. I.)
- Jain V. (V.)
- Janicek R. (R.)
- Jessop C.P. (C. P.)
- Johnson E. (E.)
- Johnson S.D. (S. D.)
- Jones C.D. (C. D.)
- Kagan H. (H.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kass R. (R.)
- Kim D.Y.-J. (D. Y.J.)
- Kim P.C. (P. C.)
- Kinoshita K. (K.)
- Kopp S. (S.)
- Korolkov I. (I.)
- Kotov S. (S.)
- Kravchenko I. (I.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Kwak N. (N.)
- Kwon Y. (Y.)
- Lai I.C. (I. C.)
- Lange D.J. (D. J.)
- Lee J. (J.)
- Lee S.J. (S. J.)
- Lee T. (T.)
- Li Y. (Y.)
- Ling Z. (Z.)
- Lingel K. (K.)
- Liu Y. (Y.)
- Lohner M. (M.)
- MacFarlane D.B. (D. B.)
- Mahmood A.H. (A. H.)
- Maravin Y. (Y.)
- Marka S. (S.)
- Marsh M.A. (M. A.)
- Marsiske H. (H.)
- Masek G. (G.)
- McLean K.W. (K. W.)
- Menon N. (N.)
- Miller D.H. (D. H.)
- Miller J.S. (J. S.)
- Mistry N.B. (N. B.)
- Moneti G.C. (G. C.)
- Morrison R.J. (R. J.)
- Mountain R. (R.)
- Narsky I. (I.)
- Nelson H.N. (H. N.)
- Nelson T.K. (T. K.)
- Nemati B. (B.)
- Ng C.R. (C. R.)
- Nordberg E. (E.)
- Ogg M. (M.)
- O’Grady C. (C.)
- O’Neill J.J. (J. J.)
- Paar H.P. (H. P.)
- Palmer M. (M.)
- Park H. (H.)
- Patel P.M. (P. M.)
- Patterson J.R. (J. R.)
- Patton S. (S.)
- Perera L.P. (L. P.)
- Perl M.L. (M. L.)
- Peterson D. (D.)
- Poling R. (R.)
- Pomianowski P. (P.)
- Prell S. (S.)
- Prescott C. (C.)
- Richichi S.J. (S. J.)
- Riehle T. (T.)
- Riley D. (D.)
- Roberts D. (D.)
- Roberts S. (S.)
- Rodriguez J.L. (J. L.)
- Ross W.R. (W. R.)
- Roy J. (J.)
- Ryd A. (A.)
- Sadoff A.J. (A. J.)
- Savinov V. (V.)
- Schmidtler M. (M.)
- Schrenk S. (S.)
- Schuh S. (S.)
- Selen M. (M.)
- Severini H. (H.)
- Sharma V. (V.)
- Shelkov V. (V.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Smith J.G. (J. G.)
- Soffer A. (A.)
- Spencer M.B. (M. B.)
- Staeck J. (J.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sung M. (M.)
- Thaler J.J. (J. J.)
- Thorndike E.H. (E. H.)
- Timm S. (S.)
- Ugolini D. (D.)
- Undrus A. (A.)
- Urheim J. (J.)
- Valant-Spaight B. (B.)
- Viehhauser G. (G.)
- Volobouev I. (I.)
- von Dombrowski S. (S.)
- Wang R. (R.)
- Wappler F. (F.)
- Ward C. (C.)
- Weinstein A.J. (A. J.)
- Wilson R. (R.)
- Wolf A. (A.)
- Würthwein F. (F.)
- Xing X. (X.)
- Yamamoto H. (H.)
- Ye J. (J.)
- Yelton J. (J.)
- Yurko M. (M.)
- Zheng J. (J.)
- Zhou G.J. (G. J.)
- Zhou L. (L.)
- Zhou X. (X.)
- Zoeller M.M. (M. M.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/1998
- Field of study
Using data recorded by the CLEO-II detector at CESR we have searched for four
radiative decay modes of the D0 meson: D0→ϕγ,
D0→ωγ, D0→Kˉ∗γ, and D0→ρ0γ. We
obtain 90% CL upper limits on the branching ratios of these modes of 1.9×10−4, 2.4×10−4, 7.6×10−4 and 2.4×10−4
respectively.Comment: 15 page postscript file, postscript file also available through
http://w4.lns.cornell.edu/public/CLN
Measurement of the Mass Splittings between the bbˉχb,J(1P) States
- Author
- Alam M.S. (M. S.)
- Alexander J.P. (J. P.)
- Ammar R. (R.)
- Anastassov A. (A.)
- Anderson S. (S.)
- Artuso M. (M.)
- Asner D.M. (D. M.)
- Athanas M. (M.)
- Athar S.B. (S. B.)
- Avery P. (P.)
- Azfar F. (F.)
- Baker R. (R.)
- Baringer P. (P.)
- Bartelt J. (J.)
- Bean A. (A.)
- Bebek C. (C.)
- Behrens B.H. (B. H.)
- Bellerive A. (Alain)
- Berger B.E. (B. E.)
- Bergfeld T. (T.)
- Berkelman K. (K.)
- Besson D. (D.)
- Bishai M. (M.)
- Bliss D.W. (D. W.)
- Bloom K. (K.)
- Boisvert V. (V.)
- Bonvicini G. (G.)
- Brandenburg G. (G.)
- Briere R.A. (R. A.)
- Browder T.E. (T. E.)
- Cassel D.G. (D. G.)
- Chadha M. (M.)
- Chan S. (S.)
- Cinabro D. (D.)
- Coan T.E. (T. E.)
- Coppage D. (D.)
- Crowcroft D.S. (D. S.)
- Csorna S.E. (S. E.)
- Darling C. (C.)
- Davis R. (R.)
- Dickson M. (M.)
- Drell P.S. (P. S.)
- Duboscq J.E. (J. E.)
- Ecklund K.M. (K. M.)
- Edwards K.W. (K. W.)
- Efimov A. (A.)
- Ehrlich R. (R.)
- Eigen G. (G.)
- Eisenstein B.I. (B. I.)
- Ernst J. (J.)
- Ershov A. (A.)
- Fadeyev V. (V.)
- Fast J. (J.)
- Foland A.D. (A. D.)
- Ford W.T. (W. T.)
- Fujino D. (D.)
- Gaidarev P. (P.)
- Galik R.S. (R. S.)
- Gan K.K. (K. K.)
- Gao Y.S. (Y. S.)
- Gibbons L. (L.)
- Gittelman B. (B.)
- Gladding G.E. (G. E.)
- Glenn S. (S.)
- Godang R. (R.)
- Goldberg M. (M.)
- Gollin G.D. (G. D.)
- Gray S.W. (S. W.)
- Greene R. (R.)
- Gritsan A. (A.)
- Gronberg J. (J.)
- Hans R.M. (R. M.)
- Hart T. (T.)
- Hartill D.L. (D. L.)
- He D. (D.)
- Heltsley B.K. (B. K.)
- Hill T.S. (T. S.)
- Hinson J.W. (J. W.)
- Honscheid K. (K.)
- Hopman P.I. (P. I.)
- Jaffe D.E. (D. E.)
- Jain V. (V.)
- Janicek R. (R.)
- Jessop C.P. (C. P.)
- Johnson E. (E.)
- Jones C.D. (C. D.)
- Kagan H. (H.)
- Kandaswamy J. (J.)
- Karliner I. (I.)
- Kass R. (R.)
- Kim D. (D. Y.-J.)
- Kinoshita K. (K.)
- Kopp S. (S.)
- Korolkov I. (I.)
- Kotov S. (S.)
- Kravchenko I. (I.)
- Kreinick D.L. (D. L.)
- Kubota Y. (Y.)
- Kwak N. (N.)
- Kwon Y. (Y.)
- Lai I.C. (I. C.)
- Lange D.J. (D. J.)
- Lee J. (J.)
- Lee S.J. (S. J.)
- Lee T. (T.)
- Li Y. (Y.)
- Ling Z. (Z.)
- Lingel K. (K.)
- Liu Y. (Y.)
- Lohner M. (M.)
- Lyon A.L. (A. L.)
- MacFarlane D.B. (D. B.)
- Mahmood A.H. (A. H.)
- Maravin Y. (Y.)
- Marka S. (S.)
- Marsh M.A. (M. A.)
- Marsiske H. (H.)
- Masek G. (G.)
- McLean K.W. (K. W.)
- Menon N. (N.)
- Miller D.H. (D. H.)
- Miller J.S. (J. S.)
- Mistry N.B. (N. B.)
- Moneti G.C. (G. C.)
- Morrison R.J. (R. J.)
- Mountain R. (R.)
- Narsky I. (I.)
- Nelson H.N. (H. N.)
- Nelson T.K. (T. K.)
- Ng C.R. (C. R.)
- Nordberg E. (E.)
- Ogg M. (M.)
- O’Neill J.J. (J. J.)
- Paar H.P. (H. P.)
- Palmer M. (M.)
- Patel P.M. (P. M.)
- Patterson J.R. (J. R.)
- Patton S. (S.)
- Perera L.P. (L. P.)
- Perl M.L. (M. L.)
- Peterson D. (D.)
- Poling R. (R.)
- Pomianowski P. (P.)
- Prell S. (S.)
- Prescott C. (C.)
- Richichi S.J. (S. J.)
- Riehle T. (T.)
- Riley D. (D.)
- Roberts D. (D.)
- Roberts S. (S.)
- Rodriguez J.L. (J. L.)
- Roy J. (J.)
- Sadoff A.J. (A. J.)
- Savinov V. (V.)
- Schmidtler M. (M.)
- Schrenk S. (S.)
- Schuh S. (S.)
- Schwarthoff H. (H.)
- Selen M. (M.)
- Severini H. (H.)
- Sharma V. (V.)
- Shelkov V. (V.)
- Shibata E.I. (E. I.)
- Shipsey I.P.J. (I. P.J.)
- Skubic P. (P.)
- Skwarnicki T. (T.)
- Smith A. (A.)
- Smith J.G. (J. G.)
- Soffer A. (A.)
- Spencer M.B. (M. B.)
- Staeck J. (J.)
- Stone S. (S.)
- Stroynowski R. (R.)
- Sung M. (M.)
- Thaler J.J. (J. J.)
- Thorndike E.H. (E. H.)
- Timm S. (S.)
- Ugolini D. (D.)
- Undrus A. (A.)
- Urheim J. (J.)
- Valant-Spaight B. (B.)
- Viehhauser G. (G.)
- Volobouev I. (I.)
- von Dombrowski S. (S.)
- Wang J.C. (J. C.)
- Wappler F. (F.)
- Ward C. (C.)
- Weinstein A.J. (A. J.)
- Wilson R. (R.)
- Wolf A. (A.)
- Würthwein F. (F.)
- Xing X. (X.)
- Yamamoto H. (H.)
- Ye J. (J.)
- Yelton J. (J.)
- Yurko M. (M.)
- Zheng J. (J.)
- Zhou G.J. (G. J.)
- Zhou L. (L.)
- Zhou X. (X.)
- Zoeller M.M. (M. M.)
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 12/03/1998
- Field of study
We present new measurements of photon energies and branching fractions for
the radiative transitions: Upsilon(2S)->gamma+chi_b(J=0,1,2). The masses of the
chi_b states are determined from the measured radiative photon energies. The
ratio of mass splittings between the chi_b substates,
r==(M[J=2]-M[J=1])/(M[J=1]-M[J=0]) with M the chi_b mass, provides information
on the nature of the bbbar confining potential. We find
r(1P)=0.54+/-0.02+/-0.02. This value is in conflict with the previous world
average, but more consistent with the theoretical expectation that r(1P)<r(2P);
i.e., that this mass splittings ratio is smaller for the chi_b(1P) triplet than
for the chi_b(2P) triplet.Comment: 11 page postscript file, postscript file also available through
http://w4.lns.cornell.edu/public/CLN
New records of Monstrilloida Sars, 1901 (Crustacea: Copepoda) from Rio Grande do Norte (northeastern coast of Brazil)
- Author
- ALMEIDA L.R.
- Cristina de Oliveira Dias
- DAVIS C.C.
- DIAS C.O
- DIAS C.O
- DIAS C.O.
- DUARTE A.K.
- GRYGIER M.J.
- GRYGIER M.J.
- GRYGIER M.J.
- Guilherme Fulgêncio de Medeiros
- GURNEY R.
- GUSMÃO L.M.O.
- HO J.S.
- HOPCROFT R.R.
- HUYS R.
- ISAAC M.J.
- JOHNSSON R.
- LEITE N.R.
- PEKALA G.A.
- PORTO-NETO F.F.
- ROSE M.
- SARS G.O.
- SILVA A.C.C.
- SILVA T.A.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- SUÁREZ-MORALES E.
- Sérgio Luiz Costa Bonecker
- THOMPSON I.C.
- WILSON C.B.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Digestibilidade e ganhos em peso de ovinos alimentados com diferentes fontes de volumosos e recebendo somatotropina recombinante bovina (rBST)
- Author
- Alexandre Amstalden Moraes Sampaio
- BEERMANN D.H.
- CHEN H.T.
- DAVIS S.L.
- EARLY R.J.
- EISEMANN J.H.
- Fernanda Pereira da Silva
- GRAFF L.
- GREGOR O.
- HART I.C.
- Jane Maria Bertocco Ezequiel
- Jesus Aparecido Ferro
- JOHNSSON I.D.
- Juliana Borsari Dourado Sancanari
- Marcos Macari
- Maria Inês Tiraboschi Ferro
- MATTOS W.
- McLAUGHLIN C.L.
- MOSELEY W.M.
- MUIR L.A.
- PETERS J.P.
- POUCIUS P.A.
- SCHWARZ F.J.
- SODERHOLM C.G.
- Sérgio Nascimento Kronka
- VAN SOEST P.J.
- WALLIS M.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- 01/01/1999
- Field of study
Studies of the Cabbibo-Suppressed Decays D+→π0ℓ+ν and D+→ηe+νe
- Author
- A. Anastassov
- A. Bean
- A. Bellerive
- A. Efimov
- A. Freyberger
- A. Ryd
- A. Smith
- A. Soffer
- A. Undrus
- A. Wolf
- A.D. Foland
- A.H. Mahmood
- A.J. Sadoff
- A.J. Weinstein
- Adler
- Alam
- Ali
- B. Barish
- B. Gittelman
- B. Nemati
- B.E. Berger
- B.H. Behrens
- B.I. Eisenstein
- B.K. Heltsley
- Barnett
- Bauer
- Bean
- Butler
- C. Bebek
- C. Darling
- C. O'Grady
- C. Prescott
- C. Qiao
- C. Ward
- C.D. Jones
- C.P. Jessop
- C.R. Ng
- Crisafulli
- D. Besson
- D. Cinabro
- D. Coppage
- D. Fujino
- D. He
- D. Peterson
- D. Riley
- D. Roberts
- D. Smith
- D. Ugolini
- D.B. MacFarlane
- D.G. Cassel
- D.H. Miller
- D.J. Lange
- D.L. Hartill
- D.L. Kreinick
- D.M. Asner
- D.M. Coffman
- D.S. Crowcroft
- D.W. Bliss
- D.Y.-J. Kim
- Domingues
- E. Gerndt
- E. Johnson
- E. Nordberg
- E.H. Thorndike
- E.I. Shibata
- F. Frasconi
- F. Li
- F. Wappler
- F. Würthwein
- Fox
- Frabetti
- G. Bonvicini
- G. Brandenburg
- G. Eigen
- G. Masek
- G. Viehhauser
- G.C. Moneti
- G.D. Gollin
- G.E. Gladding
- G.J. Zhou
- G.S. Ludwig
- H. Kagan
- H. Marsiske
- H. Park
- H. Severini
- H. Yamamoto
- H.A. Cho
- H.N. Nelson
- H.P. Paar
- I. Karliner
- I. Korolkov
- I. Kravchenko
- I. Narsky
- I. Volobouev
- I.C. Lai
- I.P.J. Shipsey
- Isgur
- Isgur
- Isgur
- Isgur
- J. Bartelt
- J. Ernst
- J. Fast
- J. Gronberg
- J. Kandaswamy
- J. Lee
- J. Masui
- J. Mevissen
- J. Roy
- J. Staeck
- J. Urheim
- J. Ye
- J. Yelton
- J. Zheng
- J.D. Richman
- J.E. Duboscq
- J.G. Smith
- J.J. O'Neill
- J.J. Thaler
- J.L. Rodriguez
- J.P. Alexander
- J.R. Patterson
- J.S. Miller
- J.W. Hinson
- K. Berkelman
- K. Bloom
- K. Cho
- K. Honscheid
- K. Kinoshita
- K. Lingel
- K.D. Fisher
- K.K. Gan
- K.M. Ecklund
- K.W. Edwards
- K.W. McLean
- Kubota
- Körner
- L. Gibbons
- L.P. Perera
- Lepage
- Lubicz
- M. Artuso
- M. Athanas
- M. Bishai
- M. Chadha
- M. Dickson
- M. Gao
- M. Goldberg
- M. Lattery
- M. Lohner
- M. Ogg
- M. Palmer
- M. Schmidtler
- M. Selen
- M. Sung
- M. Wood
- M. Yurko
- M.A. Marsh
- M.B. Spencer
- M.L. Perl
- M.M. Zoeller
- M.S. Alam
- M.S. Witherell
- N. Hancock
- N. Katayama
- N. Kwak
- N. Menon
- N.B. Mistry
- Narison
- P. Avery
- P. Baringer
- P. Gaidarev
- P. Pomianowski
- P. Rankin
- P. Skubic
- P.C. Kim
- P.I. Hopman
- P.M. Patel
- P.S. Drell
- R. Ammar
- R. Balest
- R. Davis
- R. Ehrlich
- R. Elia
- R. Fulton
- R. Godang
- R. Greene
- R. Janicek
- R. Kass
- R. Kutschke
- R. Mountain
- R. Poling
- R. Stroynowski
- R. Wang
- R. Wanke
- R. Wilson
- R.A. Briere
- R.J. Morrison
- R.M. Hans
- S. Anderson
- S. Blinov
- S. Chan
- S. Kopp
- S. Kotov
- S. Marka
- S. Menary
- S. Patton
- S. Roberts
- S. Schrenk
- S. Schuh
- S. Stone
- S. Timm
- S.B. Athar
- S.D. Johnson
- S.E. Csorna
- S.F. Schaffner
- S.J. Lee
- S.J. Richichi
- S.W. Gray
- T. Bergfeld
- T. Hart
- T. Lee
- T. Riehle
- T. Skwarnicki
- T.E. Browder
- T.E. Coan
- T.K. Nelson
- T.S. Hill
- V. Fadeyev
- V. Jain
- V. Savinov
- V. Sharma
- V. Shelkov
- W.R. Ross
- W.S. Brower
- W.T. Ford
- X. Xing
- X. Zhou
- Y. Kubota
- Y. Kwon
- Y. Li
- Y. Liu
- Y. Maravin
- Y.S. Gao
- Z. Ling
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/1997
- Field of study
Using 4.8 fb−1 of data taken with the CLEO II detector, the branching
fraction for the Cabibbo-suppressed decay D+→π0ℓ+ν measured
relative to the Cabibbo favored decay D+→K0ˉℓ+ν is found to be
0.046±0.014±0.017. Using Vcs and Vcd from unitarity
constraints, we determine ∣f+π(0)/f+K(0)∣2=0.9±0.3±0.3 We
also present a 90% confidence level upper limit for the branching ratio of the
decay D+→ηe+νe relative to that for D+→π0e+νe of
1.5.Comment: 10 page postscript file, postscript file also available through
http://w4.lns.cornell.edu/public/CLN
Intra-specific pelage color variation in a South American small rodent species
- Author
- Camargo C.R.
- Capilla P.
- Caro T.
- Caro T.
- Carraway L.N.
- Cloudsley-Thompson J.L.
- Cuthill I.C.
- Davis A.K.
- Davis A.K.
- E. M. Colombo
- Endler J.A.
- Grill C.P.
- Heth G.
- Hill G.E.
- J. D. Sandoval
- Jayat J.P.
- Jayat J.P.
- Lai Y.-C.
- Linnen C.R.
- Lozano R.D.
- M. L. Sandoval Salinas
- Malinowski E.R.
- Musser G.M.
- Otto M.
- PARDIÑAS U.F.J.
- Pardiñas U.F.J.
- Patten M.A.
- QUEIROLO D.
- R. M. Barquez
- Reig O.A.
- Rios E.
- Rowland H.M.
- Ruiz J.F.
- Schanda J.
- Schanda J.D.
- Senar J.C.
- Singaravelan N.
- Singaravelan N.
- Smith M.F.
- Sokal R.R.
- Sumner P.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Causal Inference from Descriptions of Experimental and Non-Experimental Research: Public Understanding of Correlation-Versus-Causation
- Author
- American Psychological Association
- Anelli C.
- April Bleske-Rechek
- Boyles S.
- Davis I.C.
- Dobelli R.
- French C.
- Gwinn A.M.
- Hatfield J.
- Hood B.M.
- Jaslow R.
- Kaplan M.
- Katelyn M. Morrison
- Kaufman G.
- Kerr J.C.
- Kida T.E.
- Leary M.R.
- Luke D. Heidtke
- Martinez E.
- National Science Education Standards
- Newberg A.
- Reinhart A.L.
- Sharing chores leads to a happy marriage
- Shermer M.
- Stanovich K.E.
- Stanovich K.E.
- Texting ‘improves language skill
- Watts D.J.
- Publication venue
- 'Informa UK Limited'
- Publication date
- Field of study
Velocity-space sensitivity of the time-of-flight neutron spectrometer at JET
- Author
- Abel I.
- Afanesyev V.
- Aftanas M.
- Agarici G.
- Aggarwal K.M.
- Aho-Mantila L.
- Ahonen E.
- Aints M.
- Airila M.
- Akers R.
- Alarcon T.
- Albanese R.
- Alexeev A.
- Alfier A.
- Allan P.
- Almaviva S.
- Alonso A.
- Alper B.
- Altmann H.
- Alves D.
- Ambrosino G.
- Amosov V.
- Amwiddowson A.M.Widdowson
- Andersson F.
- Anderssonsund´en E.
- Andreev V.
- Andrew Y.
- Angelone M.
- Anghel A.
- Anghel M.
- Angioni C.
- Apruzzese G.
- Arcis N.
- Arena P.
- Argouarch A.
- Ariola M.
- Armitano A.
- Armstrong R.
- Arnoux G.
- Arshad S.
- Artaserse G.
- Artaud J.F.
- Ash A.
- Asp E.
- Asunta O.
- Atanasiu C.V.
- Athyagaraja A.Thyagaraja
- Atkins G.
- Avotina L.
- Awilson A.Wilson
- Axton M.D.
- Ayres C.
- Baciero A.
- Bailescu V.
- Baiocchi B.
- Baker R.A.
- Balboa I.
- Balden M.
- Balorin N Balshaw C. Balorin N. Balshaw
- Banks J.W.
- Baranov Y.F.
- Barbier D.
- Barlow I.L.
- Barnard M.A.
- Barnsley R.
- Barrena L.
- Barrera L.
- Baruzzo M.
- Basiuk V.
- Bateman G.
- Batistoni P.
- Baumgarten N.
- Baylor L.
- Bazylev B.
- Beaumont P.S.
- Beausang K.
- Bekris N.
- Beldishevski M.
- Bell A.C.
- Belli F.
- Bellinger M.
- Bellizio T.
- Belo P.S.A.
- Belonohy E.
- Bennett P.E.
- Benterman N.A.
- Berger-By G.
- Bergsåker H.
- Berk H.
- Bernardo J.
- Bernert M.
- Bertrand B.
- Beurskens M.N.A.
- Bieg B.
- Bienkowska B.
- Biewer T.M.
- Bigi M.
- Bin W.
- Bird J.
- Bizarro J.
- Bj¨orkas C.
- Blackman T.R.
- Blanchard P.
- Blanco E.
- Blum J.
- Bobkov V.
- Boboc A.
- Boilson D.
- Bolshakova I.
- Bolzonella T.
- Boncagni L.
- Bonheure G.
- Bonnin X.
- Borba D.
- Borthwick A.
- Botrugno A.
- Boulbe C.
- Bouquey F.
- Bourdelle C.
- Bovert K.V.
- Bowden M.
- Boyce T.
- Boyer H.J.
- Bozhenkov A.
- Brade R.J.
- Bradshaw J.M.A.
- Braet J.
- Braic V.
- Braithwaite G.C.
- Brault C.
- Breizman B.
- Bremond S.
- Brennan P.D.
- Brett A.
- Breue J.
- Brezinsek S.
- Bright M.D.J.
- Briscoe F.
- Brix M.
- Brombin M.
- Brown B.C.
- Brown D.P.D.
- Brzozowski J.
- Bucalossi J.
- Buckley M.A.
- Budd T.
- Budny R.V.
- Bunting P.
- Buratti P.
- Burcea G.
- Burckhart A.
- Butcher P.R.
- Buttery R.J.
- B´ecoulet M.
- B´ılkov´a P.
- Cahyna P.
- Calabr`o G.
- Callaghan C.P.
- Caminade J.P.
- Camp P.G.
- Campling D.C.
- Caniello R.
- Canik J.
- Cannas B.
- Capel A.J.
- Carannante G.
- Card P.J.
- Cardinali A.
- Carlstrom T.
- Carman P.
- Carralero D.
- Carraro L.
- Carter T.
- Carvalho B.B.
- Carvalho I.
- Carvalho P.
- Casati A.
- Castaldo C.
- Caughman J.
- Cavazzana R.
- Cavinato M.
- Cecconello M.
- Cecil E.
- Cecil F.E.
- Cenedese A.
- Centioli C.
- Cesario R.
- Challis C.D.
- Chandler M.
- Chang C.
- Chankin A.
- Chapman I.T.
- Chektybayev B.
- Chernyshova M.
- Child D.J.
- Chiru P.
- Chitarin G.
- Chugonov I.
- Chugunov I.
- Ciric D.
- Clairet F.
- Clarke R.H.
- Clay R.
- Clever M.
- Coad J.P.
- Coates P.A.
- Cocilovo V.
- Coda S.
- Coelho R.
- Coenen J.
- Coffey I.
- Colas L.
- Cole M.
- Collins S.
- Combs S.
- Compan J.
- Conboy J.E.
- Conroy S.
- Cook N.
- Cook S.P.
- Coombs D.
- Cooper S.R.
- Corre Y.
- Corrigan G.
- Cortes S.
- Coster D.
- Counsell G.F.
- Courtois X.
- Cox M.
- Craciunescu T.
- Cramp S.
- Crisanti F.
- Croci G.
- Croft O.
- Crombe K.
- Cromb´e K.
- Crowley B.J.
- Cruz N.
- Cseh G.
- Cupido L.
- Curuia M.
- Cusack R.A.
- Cwfwaldon C.W.F.Waldon
- Cwiegmann C.Wiegmann
- Czarnecka A.
- Czarski T.
- Dalley S.
- Daly E.T.
- Dalziel A.
- Daniel R.
- Darrow D.
- David O.
- Davies N.
- Davies W.
- Davis J.J.
- Day C.
- Day I.E.
- De Angelis R.
- de Arcas G.
- de la Cal E.
- de la Luna E.
- De Tommasi G.
- de Vries P.C.
- De-Angelis R.
- Debaar M.R.
- Degli Agostini F.
- del-Castillo-Negrete D.
- Delabie E.
- Delpech L.
- Denisov G.
- Denyer A.J.
- Denyer R.F.
- Depablos J.L.
- Devaux S.
- Devynck P.
- Di Matteo L.
- Di Pace L.
- Dirken P.J.
- Dittmar T.
- Dnestrovskiy A.
- Dodt D.
- Doerner R.
- Doldatov S.
- Dominiczak K.
- Dooley P.
- Dorling S.E.
- Douai D.
- Down A.P.
- Doyle P.T.
- Drake J.R.
- Dreischuh T.
- Drozdov V.
- Dumortier P.
- Dunai D.
- Duran I.
- Durodi´e F.
- Dutta P.
- Dux R.
- Dylst K.
- Eaton R.
- Edlington T.
- Edwards A.M.
- Edwards D.T.
- Edwards P.K.
- Eich T.
- Ekedahl A.
- Elevant T.
- Ellingboe B.
- Elsmore C.G.
- Emmoth B.
- Erdei G.
- Ericsson G.
- Ericsson G.
- Eriksson A.
- Eriksson J.
- Eriksson L.G.
- Esposito B.
- Esser H.G.
- Estrada T.
- Evangelidis E.A.
- Evans G.E.
- Ewart G.D.
- Ewers D.T.
- Falchetto G.
- Falie D.
- Fanthome J.G.A.
- Farthing J.W.
- Fasoli A.
- Faugeras B.
- Fedorczak N.
- Felton R.C.
- Fenzi C.
- Fernades A.
- Fernandes H.
- Ferreira J.
- Ferreira J.A.
- Ferron J.
- Fessey J.A.
- Figini L.
- Figueiredo A.
- Figueiredo J.
- Figueiredo J.
- Finburg P.
- Finken K.H.
- Fischer U.
- Fitzgerald N.
- Fk¨ochl F.K¨ochl
- Flanagan J.
- Fleming C.
- Forbes A.D.
- Ford O.
- Formisano A.
- Fraboulet D.
- Francis R.J.
- Frassinetti L.
- Fresa R.
- Friconneau J.P.
- Frigione D.
- Fullard K.
- Fundamenski W.
- Furnopalumbo M.
- Gao X.
- Garavaglia S.
- Garbet X.
- Garcia Munoz M.
- Garcia J.
- Gardner W.
- Garibaldi P.
- Garnier D.
- Garzotti L.
- Gatu Johnson M.
- Gaudio P.
- Gauthier E.
- Gaze J.W.
- Gear D.F.
- Gedney J.
- Gee S.J.
- Gelfusa M.
- Genangeli E.
- Gerasimov S.
- Geraud A.
- Gerbaud T.
- Gherendi M.
- Ghirelli N.
- Giacalone J.C.
- Giacomelli L.
- Gibson C.S.
- Gil C.
- Gilligan S.J.
- Gimblett C.G.
- Gin D.
- Giovannozzi E.
- Giroud C.
- Giruzzi G.
- Gkocsis G.Kocsis
- Godwin J.
- Goff J.K.
- Gohil P.
- Goloborod’Ko V.
- Gonc¸alves B.
- Goniche M.
- Gonzales S.
- Gonz´alez de Vicente S.M.
- Goodyear A.
- Gorelenkov N.
- Gorini G.
- Goulding R.
- Graham B.
- Graham D.
- Graham M.E.
- Gravera G.Ravera
- Graves J.
- Green N.R.
- Greuner H.
- Grigore E.
- Griph F.S.
- Grisolia C.
- Gros G.
- Groth M.
- Gryaznevich M.P.
- Gr¨unhagen S.
- Guirlet R.
- Gunn J.
- Gupta A.
- Guzdar P.
- G´al K.
- G´ojska A.
- Hackett L.J.
- Hacquin S.
- Haist B.
- Hakola A.
- Halitovs M.
- Hall S.J.
- Hallworth Cook S.P.
- Hamilton D.T.
- Han H.
- Handley R.C.
- Harding S.
- Harling J.D.W.
- Harting D.
- Harvey M.J.
- Haupt T.D.V.
- Hawkes N.C.
- Hawryluk R.
- Hay J.H.
- Hayashi N.
- Haydon P.W.
- Hayward I.R.
- Hazel S.
- Heesterman P.J.L.
- Heidbrink W.
- Heinola K.
- Hellesen C.
- Hellsten T.
- Hemming O.N.
- Hender T.C.
- Henderson M.
- Hennion V.
- Hidalgo C.
- Higashijima S.
- Hill J.W.
- Hill K.
- Hill M.
- Hillairet J.
- Hillis D.
- Hirai T.
- Hitchin M.
- Hjalmarsson A.
- Hobirk J.
- Hogan C.
- Hogben C.H.A.
- Hogeweij G.M.D.
- Hollingham I.C.
- Holyaka R.
- Homfray D.A.
- Honeyands G.
- Hong J.H.
- Hong S.H.
- Horn B.A.
- Horton A.R.
- Horton L.D.
- Hor´acek J.
- Hotchin S.P.
- Hough M.R.
- Houlberg W.
- Howell D.F.
- Huber A.
- Huddleston T.M.
- Hudson Z.
- Hughes M.
- Hume C.C.
- Hunt A.J.
- Hunter C.L.
- Hutchinson T.S.
- Huygen S.
- Huysmans G.
- Hweisen H.Weisen
- Ide S.
- Illescas C.
- Imbeaux F.
- Ivanova D.
- Ivanova-Stanik I.
- Ivings E.
- Ivoitsekhovitch I.Voitsekhovitch
- Jachmich S.
- Jackson G.
- Jacobsen A.S.
- Jacquet P.
- Jakubowska K.
- James P.V.
- Janky F.
- Jednorog S.
- Jenkins I.
- Jennison M.A.C.
- Jeskins C.
- Jin Kwon O.
- Jmtravere J.M.Travere
- Joffrin E.
- Johnson M.F.
- Johnson R.
- Johnson T.
- Jolovic D.
- Jonauskas V.
- Jones E.M.
- Jones G.
- Jones H.D.
- Jones T.T.C.
- Jouvet M.
- Jup´en C.
- Jweiland J.Weiland
- J¨arvinen A.
- Kachtchouk I.
- Kaczmarczyk J.
- Kallenbach A.
- Kalupin D.
- Kamelander G.
- Kamendje R.
- Kamiya K.
- Kappatou A.
- Kasparek W.
- Kasprowicz G.
- Katramados I.
- Kaveney G.
- Kaye A.S.
- Kear M.J.
- Keeling D.L.
- Kelliher D.
- Kempenaars M.
- Khilar P.
- Khilkevich E.
- Kidd N.G.
- Kiisk M.
- Kim H.
- Kim K.M.
- King R.F.
- Kinna D.J.
- Kiptily V.
- Kirnev G.
- Kirneva N.
- Kirov K.
- Kirschner A.
- Kisielius R.
- Kislov D.
- Kiss G.
- Kizane G.
- Klein A.
- Klepper C.
- Klimov N.
- Klix A.
- Knaup M.
- Kneuper K.
- Kneupner H.
- Knight P.J.
- Knipe S.J.
- Koppitz T.
- Korotkov A.
- Korsholm S.B.
- Koskela T.
- Koslowski H.R.
- Kotov V.
- Kovari M.D.
- Kramer G.
- Krasilnikov A.
- Krasilnikov V.
- Kraus S.
- Kreter A.
- Krieger K.
- Kritz A.
- Krivchenkov Y.
- Kruezi U.
- Krylov S.
- Ksiazek I.
- Kuhn S.
- Kukushkin A.
- Kundu A.
- Kurki-Suonio T.
- Kurowski A.
- Kuteev B.
- Kuyanov A.
- Kvulliez K.Vulliez
- Kyrytsya V.
- K¨allne J.
- K¨uhnlein W.
- K´alvin S.
- La Haye R.
- Laan M.
- Labate C.
- Lachichi A.
- Laguardia L.
- Lam N.
- Lang P.
- Large M.T.
- Lasa A.
- Lassiwe I.
- Last J.R.
- Lawson K.D.
- Laxåback M.
- Layne R.A.
- Leblanc B.
- Lee J.
- Lee S.
- Leggate H.J.
- Leguern F.
- Lehnen M.
- Leigheb M.
- Leipold F.
- Lengar I.
- Lennholm M.
- Lerche E.
- Lescure C.N.
- Li Puma A.
- Li Y.
- Liang Y.
- Likonen J.
- Lin Y.
- Lindholm V.
- Linke J.
- Linstead S.A.
- Lipshultz B.
- Litaudon X.
- Litvak A.G.
- Liu Y.
- Loarer T.
- Loarte A.
- Lobel R.C.
- Lomas P.J.
- Long F.D.
- Looker D.J.
- Lopez J.
- Lotte P.
- Louche F.
- Loughlin M.J.
- Loving A.B.
- Lowry C.
- Luce T.
- Lucock R.M.A.
- Lukanitsa A.
- Lukin A.
- Lungu A.M.
- Lungu C.P.
- Lyssoivan A.
- L¨onnroth J.
- Macheta P.
- Mackenzie A.S.
- Macrae M.
- Maddaluno G.
- Maddison G.P.
- Madsen J.
- Magesh B.
- Maget P.
- Maggi C.F.
- Maier H.
- Mailloux J.
- Makkonen T.
- Makowski M.
- Malaquias A.
- Manning C.J.
- Mansfield M.
- Manso M.E.
- Mantica P.
- Marcenko N.
- Marchitti M.A.
- Mardenfeld M.
- Marechal J.L.
- Marinelli M.
- Marinucci M.
- Marocco D.
- Marren C.A.
- Marsen S.
- Martin D.
- Martin D.L.
- Martin G.
- Martin Y.
- Mart´ın-Sol´ıs J.R.
- Masaki K.
- Masiello A.
- Maszl C.
- Matejcik S.
- Matilal A.
- Mattei M.
- Matthews G.F.
- Mattoo S.
- Matveev D.
- Maviglia F.
- May C.R.
- Mayer M.
- Mayoral M.L.
- Mazon D.
- Mazzotta C.
- Mazzucato E.
- Mccarthy P.
- Mcclements K.G.
- Mccormick K.
- Mccullen P.A.
- Mccune D.
- Mcdonald D.C.
- Mcgregor R.
- Mckivitt J.P.
- Meakins A.
- Medina F.
- Meigs A.G.
- Menard M.
- Meneses L.
- Menmuir S.
- Merrigan I.R.
- Mertens P.
- Messiaen A.
- Meyer H.
- Mh¨uhnerbein M.H¨uhnerbein
- Miano G.
- Michling R.
- Miele M.
- Miettunen J.
- Migliucci P.
- Miller A.G.
- Mills S.F.
- Milnes J.J.
- Min Kim K.
- Mindham T.
- Miorin E.
- Mirizzi F.
- Mirones E.
- Mironov M.
- Mitteau R.
- Mkocan M.Kocan
- Mlyn´ar J.
- Mollard P.
- Monakhov I.
- Monier-Garbet P.
- Mooney R.
- Moreau D.
- Moreau P.
- Moreira L.
- Morgan A.
- Morgan P.D.
- Morlock C.
- Morris A.W.
- Mort G.L.
- Murakami M.
- Murari A.
- Mustata I.
- Mweiszflog M.Weiszflog
- Mztokar M.Z.Tokar
- M´esz´aros B.
- Nabais F.
- Nakano T.
- Nardon E.
- Nash G.
- Naulin V.
- Nave M.F.F.
- Nazikian R.
- Nedzelski I.
- Negus C.R.
- Neilson J.D.
- Nemtsev G.
- Neto A.
- Neu R.
- Neubauer O.
- Newbert G.J.
- Newman M.
- Nicholls K.J.
- Nicolai A.
- Nicolas L.
- Nieckchen P.
- Nielsen A.H.
- Nielsen P.
- Nielsen S.K.
- Nielsen S.K.
- Nielson G.
- Nieto J.
- Nightingale M.P.S.
- Nishijima D.
- Noble C.
- Nocente M.
- Nordman H.
- Norman M.
- Nowak S.
- Nunes I.
- Oberkofler M.
- Odstrcil M.
- Ohsako T.
- Okabayashi M.
- Olariu S.
- Oleynikov A.
- Ongena J.
- Orsitto F.
- Oswuigwe O.I.
- Ottaviani M.
- Oyama N.
- O’Gorman T.
- O’Mullane M.
- Pacella D.
- Paget K.
- Pajuste E.
- Palazzo S.
- Pal´enic J.
- Pamela J.
- Pamela S.
- Pangione L.
- Panin A.
- Panja S.
- Pankin A.
- Pantea A.
- Parail V.
- Paris P.
- Parisot T.
- Park M.
- Parkin A.
- Parsloe A.
- Parsons B.T.
- Pasqualotto R.
- Pastor P.
- Paterson R.
- Patigwell P.A.Tigwell
- Paul M.K.
- Peach D.
- Pearce R.J.H.
- Pearson B.J.
- Pearson I.J.
- Pedrick L.C.
- Pedrosa M.A.
- Pegourie B.
- Pereira R.
- Pereslavtsev P.
- Perevezentsev A.
- Pericoli-Ridolfini V.
- Perona A.
- Perrot Y.
- Peruzzo S.
- Peschanyy S.
- Petravich G.
- Petrizzi L.
- Petrov V.
- Petrzilka V.
- Philipps V.
- Piccolo F.
- Pietropaolo A.
- Pillon M.
- Pinches S.D.
- Pinna T.
- Pintsuk G.
- Piovesan P.
- Pironti A.
- Pisano F.
- Pitts R.
- Plaum B.
- Plyusnin V.
- Polasik M.
- Poli F.M.
- Pomaro N.
- Pompilian O.
- Poncet L.
- Pool P.J.
- Popovichev S.
- Porcelli F.
- Porfiri M.T.
- Portafaix C.
- Pospieszczyk A.
- Possnert G.
- Pozniak K.
- Pradhan S.
- Pragash R.
- Prajapati V.
- Prestopino G.
- Prior P.
- Prokopowicz R.
- Ptrabuc P.Trabuc
- Ptrimble P.Trimble
- Puiatti M.E.
- Purahoo K.
- Pustovitov V.
- P¨utterich T.
- P¨uttmann-Kneupner D.
- Quercia A.
- Rachlew E.
- Rademaker R.
- Rafiq T.
- Rainford M.S.J.
- Ramogida G.
- Rapp J.
- Rasmussen J.
- Rasmussen J.J.
- Rathod K.
- Ratt´a G.
- Refy D.
- Reichle R.
- Reinelt M.
- Reiser D.
- Reiss R.
- Reiter D.
- Rendell D.
- Reux C.
- Rewoldt G.
- Ribeiro T.T.
- Riccardo V.
- Richards D.
- Rigollet F.
- Rimini F.G.
- Rios L.
- Riva M.
- Rkoch R.Koch
- Roberts J.E.C.
- Robins R.J.
- Robinson D.S.
- Robinson S.A.
- Robson D.W.
- Roche H.
- Rodionov N.
- Rohde V.
- Rolfe A.
- Romanelli F.
- Romanelli M.
- Romano A.
- Romero J.
- Ronchi E.
- Rosanvallon S.
- Roux Ch.
- Rowe S.
- Rubel M.
- Rubinacci G.
- Ruiz M.
- Ruset C.
- Russell M.
- Ruth A.
- Rwenninger R.Wenninger
- Ryc L.
- Rydzy A.
- Rzadkiewicz J.
- R¨odig M.
- Saarelma S.
- Sabathier F.
- Sabot R.
- Sadakov S.
- Sadvakassova A.
- Sadykov A.
- Sagar P.
- Saibene G.
- Saille A.
- Saint-Laurent F.
- Salewski M.
- Salewski M.
- Salmi A.
- Salzedas F.
- Samm U.
- Sanchez P.
- Sanders S.
- Sanders S.G.
- Sandford G.
- Sandland K.
- Sandquist P.
- Sands D.E.G.
- Santala M.I.K.
- Santra P.
- Sartori F.
- Sartori R.
- Sauter O.
- Savelyev A.
- Savtchkov A.
- Scales S.C.
- Scarabosio A.
- Schaefer N.
- Schmidt A.
- Schmidt V.
- Schmitz O.
- Schmuck S.
- Schneider M.
- Scholz M.
- Schweer B.
- Schweinzer J.
- Sch¨opf K.
- Seki M.
- Semeraro L.
- Semerok A.
- Sergienko G.
- Sertoli M.
- Shannon M.M.J.
- Sharapov S.E.
- Shaw S.R.
- Shevelev A.
- Sieglin B.
- Sievering R.
- Silva C.A.
- Simmons P.A.
- Simonetto A.
- Simpson D.
- Sipil¨a S.K.
- Sips A.C.C.
- Sirinelli A.
- Sir´en P.
- Sj¨ostrand H.
- Skoivuranta S.Koivuranta
- Skopintsev D.
- Slabkowska K.
- Smith P.G.
- Snipes J.
- Snoj L.
- Snyder S.
- Soare S.
- Solano E.R.
- Soleto A.
- Solomon W.
- Soltane C.
- Sonato P.
- Sopplesa A.
- Sorrentino A.
- Sousa J.
- Sowden C.B.C.
- Sozzi C.
- Spelzini T.
- Spence J.
- Spineanu F.
- Spuig P.
- Sp¨ah P.
- Stagg R.D.
- Stamp M.F.
- Stan-Sion C.
- Stancalie V.
- Stangeby P.
- Stankiewicz R.
- Starkey D.E.
- Stead M.J.
- Stejner M.
- Stejner M.
- Stephen A.V.
- Stephen M.
- Stevens A.L.
- Stokes R.B.
- Stork D.
- Stosti S.Tosti
- Stoyanov D.
- Strachan J.
- Strand P.
- Stransky M.
- Strauss D.
- Strintzi D.
- Studholme W.
- Su Na Y.
- Subba F.
- Summers H.P.
- Sun Y.
- Surdu-Bob C.
- Surrey E.
- Sutton D.J.
- Svensson J.
- Swain D.
- Swiesen S.Wiesen
- Syme B.D.
- Symonds I.D.
- Szabolics T.
- Szepesi T.
- Szydlowski A.
- Tabares F.
- Takalo V.
- Takenaga H.
- Tala T.
- Talbot A.R.
- Taliercio C.
- Tame C.
- Tardocchi M.
- Taroni L.
- Telesca G.
- Terra A.
- Terrington A.O.
- Testa D.
- Theis J.M.
- Thomas J.D.
- Thomas P.D.
- Thomas P.R.
- Thompson V.K.
- Thomser C.
- Thun Ch. Perezvon
- Tiseanu I.
- Tivey R.
- Todd J.M.
- Todd T.N.
- Trkov A.
- Trukhina E.
- Tsalas M.
- Tsitrone E.
- Tskhakaya jun D.
- Tudisco O.
- Tugarinov S.
- Turner M.M.
- Tyrrell S.G.J.
- Umeda N.
- Unterberg B.
- Urano H.
- Urquhart A.J.
- Uytdenhouwen I.
- Vaccaro A.
- Vadgama A.P.
- Vagliasindi G.
- Valcarcel D.
- Valisa M.
- Vallory J.
- Valovic M.
- Van Eester D.
- van Rooij G.J.
- Vanmilligen B.
- Varandas C.A.F.
- Vartanian S.
- Vasava K.
- Vdovin V.
- Vega J.
- Verdoolaege G.
- Verger J.M.
- Vermare L.
- Verona C.
- Versloot T.
- Vervier M.
- Vicente J.
- Villari S.
- Villedieu E.
- Villone F.
- Vince J.E.
- Vine G.J.
- Vinyar I.
- Viola B.
- Vitale E.
- Vitelli R.
- Vitins A.
- Vlad M.
- Vrancken M.
- Walker M.
- Walsh M.J.
- Waterhouse J.
- Watkins M.L.
- Watson M.J.
- Wauters T.
- Way M.W.
- Webb C.R.
- West A.T.
- Weulersse J.M.
- Wheatley M.R.
- Whiteford A.D.
- Whitehead A.M.
- Whitehurst A.G.
- Wilson D.
- Wilson D.J.
- Wilson H.R.
- Wischmeier M.
- Witts D.M.
- Wolf R.C.
- Wolowski J.
- Woscov P.
- Wright J.
- Xu G.S.
- Yavorskij V.
- Yerashok V.
- Yoo M.
- Yorkshades J.
- Young C.
- Young D.
- Young I.D.
- Yuhong X.
- Yun S.
- Zabeo L.
- Zabolotny W.
- Zaccarian L.
- Zagorski R.
- Zaitsev F.S.
- Zakharov L.
- Zanino R.
- Zaroschi V.
- Zastrow K.D.
- Zatz I.
- Zefran B.
- Zeidner W.
- Zerbini M.
- Zhang T.
- Zhitlukin A.
- Zhu Y.
- Zimmermann O.
- Zoita V.
- Zoletnik S.
- Zwingman W.
- Publication venue
- 'AIP Publishing'
- Publication date
- 01/01/2014
- Field of study
The velocity-space sensitivities of fast-ion diagnostics are often described by so-called weight functions. Recently, we formulated weight functions showing the velocity-space sensitivity of the often dominant beam-target part of neutron energy spectra. These weight functions for neutron emission spectrometry (NES) are independent of the particular NES diagnostic. Here we apply these NES weight functions to the time-of-flight spectrometer TOFOR at JET. By taking the instrumental response function of TOFOR into account, we calculate time-of-flight NES weight functions that enable us to directly determine the velocity-space sensitivity of a given part of a measured time-of-flight spectrum from TOFOR
Variação da temperatura do substrato e fotossíntese em mudas de laranjeira 'Valência'
- Author
- ALLEN D.J.
- BAKER N.R.
- BERNACCHI C.J.
- BEVINGTON K.B.
- Daniela Favero São Pedro Machado
- DAVIS W.J.
- DEMMIG B.
- DODD I.C.
- Eduardo Caruso Machado
- EPRON D.
- FARQUHAR G.D.
- FLEXAS J.
- HABERMANN G.
- HUBBARD R.M.
- IGLESIAS D.J.
- José Rodrigues Magalhães Filho
- KAUFMANN M.R.
- LONG S.P.
- MACHADO E.C.
- MACHADO E.C.
- MAXWELL K.
- MEDINA C.L.
- Rafael Vasconcelos Ribeiro
- REUTHER W.
- RIBEIRO R.V.
- RIBEIRO R.V.
- RIBEIRO R.V.
- Rômulo Augusto Ramos
- SCHREIBER U
- TOURNAIRE-ROUX C.
- WARREN C.R.
- ZHOU Y.H.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
- …