43 research outputs found
Grain boundary effects on magnetotransport in bi-epitaxial films of La0.7Sr0.3MnO3
- Author
- A.J. Millis
- A.P. Ramirez
- B.-S. Teo
- C. Srinitiwarawong
- F. Guinea
- G. D. Mahan
- H.L. Ju
- H.S. Wang
- H.S. Wang
- H.Y. Hwang
- J. Inoue
- J. O’Donnell
- J.-H. Park
- J.E. Evetts
- J.Y.T. Wei
- J.Z. Sun
- K. Char
- K. Steenbeck
- K. Steenbeck
- Ll. Balcells
- M. Julliere
- M. Ziese
- M. Ziese
- M. Ziese
- M.F. Hundley
- N. Furukawa
- P. Svedlindh
- Pin Lyu
- Pin Lyu
- R. A. Chakalov
- R. Mathieu
- R. Shreekala
- R. von Helmolt
- R.Y. Gu
- S. Lee
- S. Satpathy
- S.P. Isaac
- W. Westerburg
- W.E. Pickett
- X.W. Li
- Y. Okimoto
- Yu Lu
- Z. G. Ivanov
- Z. G. Ivanov
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 11/07/2000
- Field of study
The low field magnetotransport of La0.7Sr0.3MnO3 (LSMO) films
grown on SrTiO3 substrates has been investigated. A high qualtity LSMO film
exhibits anisotropic magnetoresistance (AMR) and a peak in the
magnetoresistance close to the Curie temperature of LSMO. Bi-epitaxial films
prepared using a seed layer of MgO and a buffer layer of CeO2 display a
resistance dominated by grain boundaries. One film was prepared with seed and
buffer layers intact, while a second sample was prepared as a 2D square array
of grain boundaries. These films exhibit i) a low temperature tail in the low
field magnetoresistance; ii) a magnetoconductance with a constant high field
slope; and iii) a comparably large AMR effect. A model based on a two-step
tunneling process, including spin-flip tunneling, is discussed and shown to be
consistent with the experimental findings of the bi-epitaxial films.Comment: REVTeX style; 14 pages, 9 figures. Figure 1 included in jpeg format
(zdf1.jpg); the eps was huge. Accepted to Phys. Rev.
Multi-response analysis in the material characterisation of electrospun poly (lactic acid)/halloysite nanotube composite fibres based on Taguchi design of experiments: fibre diameter, non-intercalation and nucleation effects
- Author
- A. Saraf
- A.H. Touny
- C.C. Harvey
- D.G. Yu
- D.H. Reneker
- E. Joussein
- E. Luong-Van
- E. Zussman
- G.H. Lee
- H.M. Powell
- Hazim J. Haroosh
- Hitoshi Takagi
- J. Zeng
- J.H. Lee
- J.M. Deitzel
- J.T. Yoon
- K. Prashantha
- Kin-Tak Lau
- M. Liu
- M. Murariu
- M.M. Bergshoef
- R. Gopal
- R. Khosrokhavar
- R. Qi
- S. Deng
- S.H. Park
- Thomas Bickford
- W.E. Teo
- W.S. Chow
- X. Jia
- Y. Dong
- Y. Dong
- Y. Zhou
- Y.A. Dzenis
- Y.C. Ahn
- Y.M. Lvov
- Yu Dong
- Z. Jia
- Z.M. Huang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2013
- Field of study
Poly (lactic acid) (PLA)/halloysite nanotube (HNT) composite fibres were prepared by using a simple and versatile electrospinning technique. The systematic approach via Taguchi design of experiments (DoE) was implemented to investigate factorial effects of applied voltage, feed rate of solution, collector distance and HNT concentration on the fibre diameter, HNT non-intercalation and nucleation effects. The HNT intercalation level, composite fibre morphology, their associated fibre diameter and thermal properties were evaluated by means of X-ray diffraction (XRD) analysis, scanning electron microscopy (SEM), imaging analysis and differential scanning calorimetry (DSC), respectively. HNT non-intercalation phenomenon appears to be manifested as reflected by the minimal shift of XRD peaks for all electrospun PLA/HNT composite fibres. The smaller-fibre-diameter characteristic was found to be sequentially associated with the feed rate of solution, collector distance and applied voltage. The glass transition temperature (T g) and melting temperature (T m) are not highly affected by varying the material and electrospinning parameters. However, as the indicator of the nucleation effect, the crystallisation temperature (T c) of PLA/HNT composite fibres is predominantly impacted by HNT concentration and applied voltage. It is evident that HNT’s nucleating agent role is confirmed when embedded with HNTs to accelerate the cold crystallisation of composite fibres. Taguchi DoE method has been found to be an effective approach to statistically optimise critical parameters used in electrospinning in order to effectively tailor the resulting physical features and thermal properties of PLA/HNT composite fibres
Electrospinning of ceramic nanofibers: Fabrication, assembly and applications
- Author
- B. Eick
- B.K. Guo
- B.S. Lee
- B.Z. Tian
- C. Yi
- C.A. Bonino
- C.B. Zhu
- C.H. Wang
- C.J. Li
- C.K. Chan
- C.L. Shao
- C.L. Shao
- C.L. Shao
- C.M. Lieber
- C.R. Martin
- C.Y. Su
- D. Li
- D. Li
- D. Li
- D. Li
- D. Li
- D. Li
- D. Li
- D. Li
- D. Lin
- D. Lin
- D. Lin
- D. Lin
- D. Lin
- D. Lin
- D. Lin
- D. Lin
- D. Tsivion
- D.G. Shin
- D.K. Hwang
- F. Croce
- F. Lijo
- F.O. Ochanda
- G. Zhao
- H. Han
- H. Wu
- H. Wu
- H. Wu
- H. Wu
- H. Wu
- H. Wu
- H. Wu
- H. Wu
- H. Yan
- H.P. Li
- H.P. Li
- H.P. Li
- H.P. Li
- H.P. Li
- H.Q. Liu
- H.R. Jung
- H.R. Jung
- H.R. Jung
- H.S. Choi
- H.W. Lu
- H.Y. Guan
- H.Y. Wang
- J. Moon
- J. Xiang
- J.A. Lee
- J.B. Mu
- J.C. Hulteen
- J.H. Kong
- J.H. Kong
- J.H. Nam
- J.J. Miao
- J.K. Kim
- J.S. Huang
- J.S. Lee
- J.T. McCann
- J.Y. Huang
- K.R. Reddy
- L. Wang
- L.J. Chen
- L.M. Li
- L.Q. Mai
- L.W. Ji
- L.W. Ji
- M. Alcoutlabi
- M. Law
- M. Rose
- M. Yaman
- M.J. Laudenslager
- M.Q. Liu
- M.S. Dresselhaus
- O. Toprakci
- O.K. Varghese
- P. Zhang
- P. Zhang
- P.H. Kang
- P.N. Zhu
- P.W. Zhu
- P.X. Gao
- Q. Fan
- Q. Peng
- Q.P. Pham
- R. Dersch
- R. Ostermann
- R. Ramaseshan
- R. Zhang
- R. Zhang
- R. Zhang
- S. Barth
- S. Cavaliere
- S. Kuchibhatla
- S. Neubert
- S.H. Lee
- S.H. Zhan
- S.H. Zhan
- S.H. Zhang
- S.J. Kim
- S.J. Limmer
- S.J. Park
- S.Y. Ju
- T. Palacios
- T. Yuan
- T.P. Cao
- T.Z. Zhang
- W. Luo
- W. Sigmund
- W. Zheng
- W.E. Teo
- X.B. Ke
- X.B. Ke
- X.F. Lu
- X.H. Yang
- X.J. Yang
- X.L. Qin
- X.M. Cui
- X.W. Zhang
- X.Y. Li
- Y. Huang
- Y. Li
- Y. Zhu
- Y.E. Roginskaya
- Y.F. Zhao
- Y.G. Li
- Y.J. Qiu
- Y.L. Cheah
- Y.N. Xia
- Y.Q. Dai
- Y.S. Lee
- Y.X. Gu
- Z.L. Wang
- Z.M. Huang
- Z.W. Fu
- Z.X. Dong
- Z.X. Yang
- Z.Y. Cai
- Z.Y. Zhang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Search for jet extinction in the inclusive jet-pT spectrum from proton-proton collisions at s=8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
- Barnes V.E.Ew
- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
- Benhabib L.Cv
- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
- Benussi L.Bf
- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
- Beri S.B.Au
- Bernardes C.A.L
- Bernardini J.Bm
- Bernet C.Cv
- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
- Bondu O.Cv
- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
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- Bouhali O.Fd
- Bourilkov D.Ea
- Boutle S.Fg
- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
- Branson J.G.Ds
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- Breto G.Dp
- Breuker H.Cv
- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
- Brinson J.Et
- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
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- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
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- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
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- Ciocci M.A.Bm
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- Ciulli V.Be
- Civinini C.Be
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- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
- Coughlan J.A.Di
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- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
- Cuevas J.Ct
- Cuffiani M.Bc
- Cumalat J.P.Dw
- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
- Czellar S.Ar
- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
- D\u2019Alfonso M.Cv
- D\u2019Enterria D.Cv
- D\u2019Hondt J.E
- D\u2019Imperio G.Bn
- D\ufcnser M.Cx
- Da Costa E.M.K
- Da Silveira G.G.H
- Dabrowski A.Cv
- Daci N.E
- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
- Dallavalle G.M.Bc
- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
- De Palma M.Bb
- De Roeck A.Cv
- de Troc\uf3niz J.F.Cs
- De Visscher S.Cv
- De Wolf E.A.D
- Degano A.Bo
- Deisher A.Cx
- Deiters K.Cw
- Dejardin M.Ab
- Del Re D.Bn
- Delaere C.H
- Delannoy A.G.Ff
- Delgado Peris A.Cr
- Dell\u2019Orso R.Bm
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- Demaria N.Bo
- Demina R.Ez
- Demiragli Z.Do
- Demortier L.Fa
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- Depasse P.Af
- Dermenev A.Cl
- Descroix A.Am
- Dewanjee R.K.Ay
- Dhingra N.Do
- Di Giovanni G.P.Ea
- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
- Diamond B.Ec
- Diemoz M.Bn
- Dierlamm A.Am
- Dietz C.Da
- Dietz-Laursonn E.Ai
- Diez Pardos C.Ak
- Dildick S.G
- Dilsiz K.Ef
- Dimitrov A.N
- Dinardo M.E.Bh
- Dishaw A.Dt
- Dissertori G.Cx
- Dittmann J.Dl
- Dittmar M.Cx
- Dittmer S.Dx
- Dobrzynski L.Ac
- Dobson M.Cv
- Dobur D.F
- Dodd L.Fi
- Dogra S.L
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- Dominik W.Ch
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- Doneg\ue0 M.Cx
- Dooling S.Ak
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- Dremin I.Cn
- Driga O.Eu
- Drozdetskiy A.Es
- du Pree T.H
- Du R.O
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- Dudero P.R.Fe
- Dugad S.Ay
- Duggan D.Fb
- Dumanoglu I.Dc
- Dunne P.Dj
- Dupont-Sagorin N.Cv
- Duric S.Fi
- Durkin L.S.Et
- Duru F.Ef
- Dutta D.Ax
- Dutta S.Aw
- Dutta V.El
- Eckerlin G.Ak
- Ecklund K.M.Ey
- Eckstein D.Ak
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- Eerola P.Y
- Eggert N.Dx
- Eichhorn T.Ak
- Ekmedzic M.Cq
- El Mamouni H.Af
- Eller P.Cx
- Elliott-Peisert A.Cv
- Ellison J.Dr
- Elmer P.Eu
- Elvira V.D.Dz
- Eno S.C.Ek
- Epshteyn V.Cm
- Er\uf6 J.B
- Erbacher R.Dp
- Erdmann M.Ai
- Erdmann W.Cw
- Erdogan Y.Aj
- Erfle J.Al
- Ershov A.Co
- Escalante Del Valle A.Cr
- Eshaq Y.Ez
- Eskut E.Dc
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- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
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- Everaerts P.Dq
- Fabbri F.Bc
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- Fabbro B.Ab
- Fabjan C.B
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- Faccioli P.Ci
- Fagot A.G
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- Fan J.Af
- Fan\uf2 L.Bl
- Fanfani A.Bc
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- Farrell C.Dq
- Fasanella D.Bc
- Faulkner J.Fe
- Faure J.L.Ab
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- Feld L.Ah
- Ferapontov A.Do
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- Ferencek D.Fb
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- Fernandez Bedoya C.Cr
- Fernandez Menendez J.Ct
- Fernandez Perez Tomei T.R.L
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- Ferreira Parracho P.G.Ci
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- Fiore L.Bb
- Fiorendi S.Bh
- Fiori F.Bm
- Fischer R.Ai
- Fisher M.Ea
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- Flix J.Cr
- Florent A.Ac
- Florez C.Q
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- Fo\ue0 L.Bm
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- Folgueras S.Ct
- Fonseca De Souza S.K
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- Ford W.T.Dw
- Forthomme L.H
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- Franco Sevilla M.Dt
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- Frazier R.Dh
- Freeman J.Dz
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- Frueboes T.Cg
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- Gabusi M.Bk
- Gadrat S.Ae
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- Geenen H.Aj
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- George C.Dt
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- Libeiro T.Fe
- Ligabue F.
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- Novgorodova O.Ak
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- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
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- Zabel J.Ey
- Zabi A.Ac
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- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
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- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Published by the American Physical Society under the terms of the Creative Commons Attribution 3.0 License. Further distribution of this work must maintain attribution to the author(s) and the published articles title, journal citation, and DOI.The first search at the LHC for the extinction of QCD jet production is presented, using data collected with the CMS detector corresponding to an integrated luminosity of 10.7 fb−1 of proton-proton collisions at a center-of-mass energy of 8 TeV. The extinction model studied in this analysis is motivated by the search for signatures of strong gravity at the TeV scale (terascale gravity) and assumes the existence of string couplings in the strong-coupling limit. In this limit, the string model predicts the suppression of all high-transverse-momentum standard model processes, including jet production, beyond a certain energy scale. To test this prediction, the measured transverse-momentum spectrum is compared to the theoretical prediction of the standard model. No significant deficit of events is found at high transverse momentum. A 95% confidence level lower limit of 3.3 TeV is set on the extinction mass scale
Searches for electroweak neutralino and chargino production in channels with Higgs, Z, and W bosons in pp collisions at 8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
- Barnes V.E.Ew
- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
- Benhabib L.Cv
- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
- Benussi L.Bf
- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
- Beri S.B.Au
- Bernardes C.A.L
- Bernardini J.Bm
- Bernet C.Cv
- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
- Bondu O.Cv
- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
- Boudoul G.Af
- Bouhali O.Fd
- Bourilkov D.Ea
- Boutle S.Fg
- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
- Branson J.G.Ds
- Breedon R.Dp
- Breto G.Dp
- Breuker H.Cv
- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
- Brinson J.Et
- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
- Chasserat J.Af
- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
- Chinellato J.K
- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
- Cimmino A.G
- Ciocci M.A.Bm
- Cittolin S.Ds
- Ciulli V.Be
- Civinini C.Be
- Claes D.R.Eo
- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
- Coughlan J.A.Di
- Cousins R.Dq
- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
- Cuevas J.Ct
- Cuffiani M.Bc
- Cumalat J.P.Dw
- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
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- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
- D\u2019Alfonso M.Cv
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- D\u2019Hondt J.E
- D\u2019Imperio G.Bn
- D\ufcnser M.Cx
- Da Costa E.M.K
- Da Silveira G.G.H
- Dabrowski A.Cv
- Daci N.E
- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
- Dallavalle G.M.Bc
- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
- De Palma M.Bb
- De Roeck A.Cv
- de Troc\uf3niz J.F.Cs
- De Visscher S.Cv
- De Wolf E.A.D
- Degano A.Bo
- Deisher A.Cx
- Deiters K.Cw
- Dejardin M.Ab
- Del Re D.Bn
- Delaere C.H
- Delannoy A.G.Ff
- Delgado Peris A.Cr
- Dell\u2019Orso R.Bm
- Della Negra M.Dj
- Della Ricca G.Bp
- Demaria N.Bo
- Demina R.Ez
- Demiragli Z.Do
- Demortier L.Fa
- Denegri D.Ab
- Depasse P.Af
- Dermenev A.Cl
- Descroix A.Am
- Dewanjee R.K.Ay
- Dhingra N.Do
- Di Giovanni G.P.Ea
- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
- Diamond B.Ec
- Diemoz M.Bn
- Dierlamm A.Am
- Dietz C.Da
- Dietz-Laursonn E.Ai
- Diez Pardos C.Ak
- Dildick S.G
- Dilsiz K.Ef
- Dimitrov A.N
- Dinardo M.E.Bh
- Dishaw A.Dt
- Dissertori G.Cx
- Dittmann J.Dl
- Dittmar M.Cx
- Dittmer S.Dx
- Dobrzynski L.Ac
- Dobson M.Cv
- Dobur D.F
- Dodd L.Fi
- Dogra S.L
- Dolen J.Ep
- Dom\uednguez V\ue1zquez D.Cr
- Dominguez A.Eo
- Dominik W.Ch
- Donato S.Bm
- Doneg\ue0 M.Cx
- Dooling S.Ak
- Dordevic M.Cv
- Dorigo T.Bj
- Dorland T.Ak
- Doroba K.Ch
- Dosselli U.Bj
- Dozen C.Dc
- Draeger A.R.Al
- Dragicevic M.B
- Dragoiu C.Fe
- Dremin I.Cn
- Driga O.Eu
- Drozdetskiy A.Es
- du Pree T.H
- Du R.O
- Duarte Campderros J.Cu
- Duarte J.Du
- Duchardt D.Ai
- Dudero P.R.Fe
- Dugad S.Ay
- Duggan D.Fb
- Dumanoglu I.Dc
- Dunne P.Dj
- Dupont-Sagorin N.Cv
- Duric S.Fi
- Durkin L.S.Et
- Duru F.Ef
- Dutta D.Ax
- Dutta S.Aw
- Dutta V.El
- Eckerlin G.Ak
- Ecklund K.M.Ey
- Eckstein D.Ak
- Edelhoff M.Ah
- Eerola P.Y
- Eggert N.Dx
- Eichhorn T.Ak
- Ekmedzic M.Cq
- El Mamouni H.Af
- Eller P.Cx
- Elliott-Peisert A.Cv
- Ellison J.Dr
- Elmer P.Eu
- Elvira V.D.Dz
- Eno S.C.Ek
- Epshteyn V.Cm
- Er\uf6 J.B
- Erbacher R.Dp
- Erdmann M.Ai
- Erdmann W.Cw
- Erdogan Y.Aj
- Erfle J.Al
- Ershov A.Co
- Escalante Del Valle A.Cr
- Eshaq Y.Ez
- Eskut E.Dc
- Etesami S.M.Az
- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
- Evdokimov O.Ee
- Everaerts P.Dq
- Fabbri F.Bc
- Fabbri F.Bf
- Fabbro B.Ab
- Fabjan C.B
- Fabozzi F.Bi
- Faccioli P.Ci
- Fagot A.G
- Fahim A.Az
- Fan J.Af
- Fan\uf2 L.Bl
- Fanfani A.Bc
- Fantasia C.Dn
- Farrell C.Dq
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- Faure J.L.Ab
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- Favart D.H
- Favart L.F
- Fay J.Af
- Fedi G.Y
- Fehling D.Eg
- Feindt M.Am
- Felcini M.Ba
- Feld L.Ah
- Ferapontov A.Do
- Ferbel T.Ez
- Ferencek D.Fb
- Ferguson T.Dv
- Ferguson W.Dj
- Fern\ue1ndez Ramos J.P.Cr
- Fernandez Bedoya C.Cr
- Fernandez Menendez J.Ct
- Fernandez Perez Tomei T.R.L
- Fernandez M.Cu
- Ferreira Parracho P.G.Ci
- Ferri F.Ab
- Ferro C.Cz
- Ferro F.Bg
- Field R.D.Ea
- Filipovic N.Ac
- Finco L.Bo
- Finger M.
- Finger M.V
- Fiore L.Bb
- Fiorendi S.Bh
- Fiori F.Bm
- Fischer R.Ai
- Fisher M.Ea
- Fisk I.Dz
- Fl\ufcgge G.Aj
- Flacher H.Dh
- Flanagan W.Fd
- Flix J.Cr
- Florent A.Ac
- Florez C.Q
- Flouris G.Ap
- Flowers K.Dt
- Flowers S.Et
- Flucke G.Ak
- Fo\ue0 L.Bm
- Focardi E.Be
- Folgueras S.Ct
- Fonseca De Souza S.K
- Fontaine J.-C.ad
- Ford W.T.Dw
- Forthomme L.H
- Foudas C.Ap
- Fouz M.C.Cr
- Fr\ufchwirth R.B
- Francis B.Fg
- Franco Sevilla M.Dt
- Franzoni G.Cv
- Frazier R.Dh
- Freeman J.Dz
- Frensch F.Am
- Friedl M.B
- Friis E.Fi
- Frueboes T.Cg
- Fulcher J.Dj
- Funk W.Cv
- Furic I.K.Ea
- Futyan D.Dj
- G\uf3rski M.Cg
- G\uf6rner M.Al
- G\ufclmez E.De
- G\ufcth A.Ai
- Gabusi M.Bk
- Gadrat S.Ae
- Galanti M.Bj
- Gallinaro M.Ci
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- Gamsizkan H.Dd
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- Ganjour S.Ab
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- Gay A.P.R.F
- Gaz A.Dw
- Geenen H.Aj
- Geffert P.Dt
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- Geisler M.Aj
- Gel\ue9 D.Ad
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- Gennai S.Bh
- George C.Dt
- Geralis T.An
- Gerber C.E.Ee
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- Gershtein Y.Fb
- Geurts F.J.M.Ey
- Ghete V.M.B
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- Giubilato P.Bj
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- Gninenko S.Cl
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- Gokbulut G.Dc
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- Golf F.Dt
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- Gomez Ceballos G.El
- Gomez Moreno B.Q
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- Gonzalez Caballero I.Ct
- Gonzalez Lopez O.Cr
- Gonzalez Suarez R.Eo
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- Gottschalk E.Dz
- Goulianos K.Fa
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- Govoni P.Bh
- Goy Lopez S.Cr
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- Grab C.Cx
- Grandi C.Bc
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- Gray L.Dz
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- Graziano A.Cu
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- Green D.Dz
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- Gurpinar E.Dc
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- H\uf6ing R.S.Al
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- Harper S.Di
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- Heredia-de La Cruz I.Bz
- Hernandez A.C.Fd
- Hernandez J.M.Cr
- Herndon M.Fi
- Herrera C.M.J
- Herv\ue9 A.Fi
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- Hidas D.Fb
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- Hindrichs O.Ah
- Hinzmann A.Cy
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- Hoorani H.R.Cf
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- Ivanov A.Ei
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- Ivova Rikova M.Dr
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- Jain S.Aw
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- Kalogeropoulos A.Ak
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- Kenny R.P.
- Kenzie M.Dj
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- Khachatryan V.A
- Khakzad M.Az
- Khalatyan S.Ee
- Khalid S.Cf
- Khalil S.Ei
- Khan A.Dk
- Khan W.A.Cf
- Kharchilava A.Ep
- Khein L.Co
- Khotilovich V.Fd
- Khukhunaishvili A.Ez
- Khurana R.Aw
- Khurshid T.Cf
- Kieseler J.Ak
- Kiesenhofer W.B
- Kilminster B.Cy
- Kim D.Bw
- Kim D.H.Br
- Kim G.N.Br
- Kim H.Bu
- Kim J.H.Bv
- Kim J.Y.Bt
- Kim M.S.Br
- Kim T.J.Bs
- Kim V.Ck
- Kim Y.Bu
- Kinnunen R.Z
- Kirakosyan M.Cn
- Kirsanov M.Cl
- Kirschenmann H.Al
- Klabbers P.Fi
- Klanner R.Al
- Klapoetke K.Em
- Klein D.Ds
- Klein K.Ah
- Kleinwort C.Ak
- Klima B.Dz
- Klingebiel D.Ai
- Klute M.El
- Klyukhin V.Co
- Kn\ufcnz V.B
- Knowlton D.Eo
- Knutsson A.D
- Knutzen S.Ai
- Ko W.Dp
- Koay S.A.Eu
- Kodolova O.Co
- Kogler R.Al
- Kokkas P.Ap
- Kolberg T.Ek
- Kole G.Ay
- Komaragiri J.R.By
- Komm M.H
- Konecki M.Ch
- Kong D.J.Br
- Konigsberg J.Ea
- Konoplyanikov V.Cj
- Konstantinov D.Cp
- Kornmayer A.Am
- Kortelainen M.J.Z
- Korytov A.Ea
- Kotlinski D.Cw
- Kotov K.Et
- Kottachchi Kankanamge Don C.Fh
- Kousouris K.Cv
- Kovac M.S
- Kovitanggoon K.Fe
- Kozhuharov V.N
- Kr\ue4tschmer I.B
- Kr\ufccker D.Ak
- Krajczar K.Cv
- Krammer M.B
- Krasnikov N.Cl
- Kravchenko I.Eo
- Kreczko L.Dh
- Kreis B.Dz
- Kress M.Ew
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- Kreuzer P.Ai
- Kroeger R.En
- Krofcheck D.Cd
- Krolikowski J.Ch
- Kropivnitskaya A.Bq
- Krutelyov V.Fd
- Krychkine V.Cp
- Kubik A.Er
- Kubota Y.Em
- Kuessel Y.Aj
- Kukartsev G.Do
- Kumar A.Av
- Kumar A.Av
- Kumar A.Av
- Kumar A.Ep
- Kumar S.Ay
- Kumar V.Ax
- Kunori S.Fe
- Kuo C.M.Cz
- Kurca T.Af
- Kurt P.Ee
- Kuznetsova E.Am
- Kwan S.Dz
- Kwon E.Bw
- Kyberd P.Dk
- Kypreos T.Ea
- Kyriakis A.An
- L\ue9onard A.F
- La Licata C.Bp
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- Lacroix F.Dr
- Lai Y.S.El
- Laird E.Do
- Lamichhane P.Fh
- Lamp\ue9n T.Z
- Lanaro A.Fi
- Lander R.Dp
- Landsberg G.Do
- Lane R.Dj
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- Lange C.Cy
- Lange D.Ej
- Lange J.Al
- Lange W.Ak
- Langenegger U.Cw
- Lannon K.Es
- Lapsien T.Al
- Lariccia P.Bl
- Lassila-Perini K.Z
- Lath A.Fb
- Lawson P.Dn
- Lazaridis C.Fi
- Lazo-Flores J.Eo
- Le Bihan A.-C.ad
- Lebourgeois M.Ds
- Lecoq P.Cv
- Ledovskoy A.Fg
- Lee B.Bu
- Lee J.Bw
- Lee K.S.Bu
- Lee S.Br
- Lee S.W.Fe
- Lee Y.-J.el
- Leggat D.Dk
- Lehti S.Z
- Lei Y.J.Da
- Lelas D.R
- Lemaitre V.H
- Lenz T.Al
- Lenzi P.Be
- Leonard J.Ak
- Leonardo N.Ew
- Leonidov A.Cn
- Leslie D.Dk
- Lethuillier M.Af
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- Levchenko P.Ck
- Levchuk L.Dg
- Levin A.El
- Levine A.Fi
- Li H.Fg
- Li Q.P
- Li W.Ey
- Li W.P
- Liang S.O
- Libeiro T.Fe
- Ligabue F.
- Liko D.B
- Lin C.Fg
- Lin W.Cz
- Linacre J.Dz
- Lincoln D.Dz
- Lind\ue9n T.Z
- Ling T.Y.Et
- Lingemann J.Aj
- Linn S.Eb
- Lipka K.Ak
- Lipton R.Dz
- Lista L.Bi
- Litov L.N
- Liu H.Dl
- Liu H.Dr
- Liu S.P
- Liu T.Dz
- Liu Y.F.Da
- Lloret Iglesias L.Ct
- Lo Vetere M.Bg
- Lobanov A.Ak
- Lobelle Pardo P.Am
- Locci E.Ab
- Lohmann W.Ak
- Lokhtin I.Co
- Lomtadze T.Bm
- Long O.R.Dr
- Longo E.Bn
- Lopes Pegna D.Ew
- Lopez Virto A.Cu
- Lopez-Fernandez R.Bz
- Loukas D.An
- Louren\ue7o C.Cv
- Loveless R.Fi
- Low J.F.Ea
- Lowette S.E
- Lu R.-S.da
- Lu Y.Ek
- Lu Y.J.Cz
- Lucas C.Dh
- Lucas R.Dj
- Lucchini M.T.Bh
- Luckey P.D.El
- Luetic J.T
- Luiggi Lopez E.Dw
- Lujan P.Eu
- Luk M.Do
- Lukina O.Co
- Lungu G.Fa
- Luo W.Es
- Lusito L.Er
- Lustermann W.Cx
- Luthra A.Dr
- Lutz B.Ak
- Luukka P.Z
- Luyckx S.D
- Lychkovskaya N.Cm
- Lykken J.Dz
- Lynch S.Es
- Lyons L.Dj
- M\ue4enp\ue4\ue4 T.Z
- M\ufcller T.Am
- Ma T.El
- Macneill I.Ds
- Maes M.E
- Maeshima K.Dz
- Maggi G.Bb
- Maggi M.Bb
- Magini N.Cv
- Magnan A.-M.dj
- Maguire C.Ff
- Mahmoud M.A.W
- Maity M.Ay
- Majumder D.Da
- Majumder G.Ay
- Makouski M.Ei
- Maksimovic P.Eg
- Malakhov A.Cj
- Malberti M.Dr
- Malbouisson H.K
- Malcles J.Ab
- Malek M.Eh
- Malgeri L.Cv
- Malhotra S.Av
- Malik S.Dj
- Malik S.Eo
- Malvezzi S.Bh
- Mangano B.Cx
- Mankel R.Ak
- Mannelli M.Cv
- Mans J.Em
- Manthos N.Ap
- Mantovani G.Bl
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- Mao Y.Ff
- Mao Y.P
- Maravin Y.Ei
- Marcellini S.Bc
- Marchesini I.Al
- Marco J.Cu
- Marco R.Cu
- Marfin I.Ak
- Margaroli F.Bn
- Margoni M.Bj
- Marinelli N.Es
- Marini A.C.Cx
- Marinov A.M
- Marionneau M.Ek
- Mariotti C.Bo
- Markou A.An
- Markou C.An
- Markowitz P.Eb
- Marlow D.Eu
- Marone M.Bp
- Maroussov V.Ew
- Marraffino J.M.Dz
- Marrouche J.Cv
- Martelli A.Bh
- Martin C.Eg
- Martin W.Dk
- Martinez Outschoorn V.I.Dz
- Martinez Rivero C.Cu
- Martinez Ruiz del Arbol P.Cx
- Martinez G.Eb
- Martini L.Bm
- Martins T.D.R.J
- Maruyama S.Dz
- Marzocchi B.Bh
- Maselli S.Bo
- Masetti G.Bc
- Masetti L.Cv
- Mason D.Dz
- Massironi A.Eq
- Mastrolorenzo L.Ac
- Matchev K.Ea
- Mathias B.Dj
- Matorras F.Cu
- Matos Figueiredo D.K
- Matveev V.Cj
- Mavromanolakis G.U
- Mazumdar K.Ay
- Mcbride P.Dz
- Mccartin J.G
- Mccoll N.Dt
- Md Ali M.A.B.By
- Medvedeva T.Eu
- Meier F.Eo
- Meijers F.Cv
- Meister D.Cx
- Mekterovic D.T
- Melo A.Ff
- Melzer-Pellmann I.-A.ak
- Menasce D.Bh
- Mendez H.Ev
- Meneguzzo A.T.Bj
- Meng Z.Dh
- Menichelli M.Bl
- Meola S.Bi
- Mercadante P.G.L
- Meridiani P.Bn
- Merino G.Cr
- Merkel P.Ew
- Merlo J.-P.ef
- Mermerkaya H.Ef
- Merola M.Bi
- Merschmeyer M.Ai
- Mersi S.Cv
- Meschi E.Cv
- Meschini M.Be
- Mesropian C.Fa
- Messineo A.Bm
- Mestvirishvili A.Ef
- Mesyats G.Cn
- Meyer A.Ai
- Meyer A.B.Ak
- Miceli T.Dp
- Micheli F.Bn
- Michlin B.Ey
- Migliore E.Bo
- Mignerey A.C.Ek
- Mikulec I.B
- Milenovic P.Ea
- Millan Mejias B.Cy
- Miller D.H.Ew
- Millet P.Ai
- Milosevic J.Cq
- Min\ue9 P.Ac
- Mirabito L.Af
- Mirman N.Dx
- Mironov C.Ac
- Mishra K.Dz
- Misiura M.Ch
- Missiroli M.Cs
- Mitselmakher G.Ea
- Mitta G.Ak
- Mittal M.Au
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- Modak A.Aw
- Moeller A.Ef
- Mohammadi Najafabadi M.Az
- Mohammadi A.F
- Mohanty A.K.Ax
- Mohanty G.B.Ay
- Mohapatra A.Fi
- Mohr N.Cx
- Moisenz P.Cj
- Molnar J.Ar
- Monaco V.Bo
- Montalvo R.Fd
- Montanari A.Bc
- Montanino D.Bp
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- Moon D.H.Ee
- Mooney M.Eu
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- Moran D.Cs
- Morelos Pineda A.Cc
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- Morovic S.Cv
- Mossolov V.C
- Mott A.Du
- Mousa J.U
- Mozer M.U.Am
- Mrenna S.Dz
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- Mukherjee S.Aw
- Mulders M.Cv
- Mulhearn M.Dp
- Mundim L.K
- Muniz L.Ea
- Munoz Sanchez F.J.Cu
- Murray M.Eh
- Murumaa M.X
- Murzin V.Ck
- Musella P.Cv
- Musich M.Bo
- Musienko Y.Dz
- Mussgiller A.Ak
- My S.Bb
- N\ue4geli C.Cx
- N\ufcrnberg A.Am
- Nachtman J.Ef
- Nahn S.Dz
- Naimuddin M.Av
- Nam S.K.Bq
- Narain M.Do
- Naranjo I.N.Ac
- Naseri M.Az
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- Nash J.Dj
- Nauenberg U.Dw
- Naumann-Emme S.Ak
- Navarria F.L.Bc
- Navarro De Martino E.Cr
- Nawrocki K.Cg
- Nayak A.Ak
- Negrete M.O.Dr
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- Neu C.Fg
- Neumeister N.Ew
- Newbold D.M.Dh
- Newman H.B.Du
- Newman-Holmes C.Dz
- Ngadiuba J.Cy
- Nguyen F.Ci
- Nguyen H.Dr
- Nguyen M.Ac
- Nicolaou C.U
- Nicolas Kaufman G.Dx
- Nikitenko A.Dj
- Nishu N.Au
- Nogima H.K
- Noonan D.Eh
- Nourbakhsh S.Bn
- Novaes S.F.L
- Novgorodova O.Ak
- Nowack A.Aj
- Nowak F.Ak
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- Nugent I.M.Aj
- Nuttens C.H
- Nuzzo S.Bb
- O\u2019Brien C.Ee
- O\u2019Dell V.Dz
- Obertino M.M.Bo
- Obraztsov S.Co
- Ocalan K.Dd
- Ocampo Rios A.A.G
- Ochando C.Ac
- Ochesanu S.D
- Odell N.Er
- Ogul H.Ef
- Oh Y.D.Br
- Ojalvo I.Fi
- Olaiya E.Di
- Olbrechts A.E
- Oliveros S.En
- Olivito D.Ds
- Olschewski M.Ai
- Olsen J.Eu
- Olszewski M.Ch
- Onel Y.Ef
- Onengut G.Dc
- Oreshkin V.Ck
- Organtini G.Bn
- Orimoto T.Eq
- Orsini L.Cv
- Ortona G.Bo
- Osipenkov I.Fd
- Ostapchuk A.Ah
- Ott J.Al
- Ozdemir K.Dc
- Ozok F.Ef
- Ozturk S.Dc
- P\ue9rez-Calero Yzquierdo A.Cr
- Pacher L.Bo
- Padeken K.Ai
- Padhi S.Ds
- Padley B.P.Ey
- Padula S.S.L
- Paganini P.Ac
- Pagano D.H
- Paganoni M.Bh
- Pakhotin Y.Fd
- Paktinat Mehdiabadi S.Az
- Palichik V.Cj
- Palinkas J.Ar
- Palla F.Bm
- Palmer C.Ds
- Panagiotou A.Ao
- Pandolfi F.Cx
- Pant L.M.Ax
- Panwalkar S.Fb
- Paoletti S.Be
- Paolucci P.Bi
- Papacz P.Ai
- Papadopoulos I.Ap
- Pape L.Cv
- Paradas E.Ap
- Paramatti R.Bn
- Paramesvaran S.Dh
- Parashar N.Ex
- Parida B.Ay
- Park H.Br
- Park I.C.Bv
- Park M.Fb
- Park S.Bv
- Park S.K.Bu
- Pashenkov A.Cl
- Pastika N.Em
- Pastrone N.Bo
- Patel R.Fb
- Patterson J.R.Dx
- Paulini M.Dv
- Paus C.El
- Pauss F.Cx
- Pavlov B.N
- Pazzini J.Bj
- Pearson T.Es
- Pedraza I.Cb
- Pedrini D.Bh
- Pedro K.Ek
- Peiffer T.Al
- Pela J.Dj
- Pellett D.Dp
- Pelliccioni M.Bo
- Peltola T.Z
- Pena C.Du
- Penzo A.Ef
- Perchalla L.Aj
- Perelygin V.Cj
- Perera L.En
- Perez E.Cv
- Perieanu A.Ah
- Perloff A.Fd
- Perni\ue8 L.F
- Perrey H.Ak
- Perries S.Af
- Perrini L.H
- Perrotta A.Bc
- Perrozzi L.Cv
- Perry T.Fi
- Peruzzi M.Cx
- Pesaresi M.Dj
- Petkov P.N
- Petrakou E.Da
- Petridis K.Dj
- Petrilli A.Cv
- Petrillo G.Ez
- Petrov V.Cp
- Petrucciani G.Cv
- Petrushanko S.Co
- Petyt D.Di
- Pfeiffer A.Cv
- Piccolo D.Bf
- Piedra Gomez J.Cu
- Pieri M.Ds
- Pierini M.Cv
- Pierro G.A.Fi
- Pietsch N.Al
- Pilot J.Dp
- Pimi\ue4 M.Cv
- Pin A.H
- Pinna Angioni G.L.Bo
- Piotrzkowski K.H
- Piparo D.Cv
- Piperov S.M
- Pirou\ue9 P.Eu
- Pitzl D.Ak
- Placakyte R.Ak
- Plagge M.Cv
- Planer M.Es
- Plestina R.O
- Poehlsen J.Al
- Poehlsen T.Al
- Pol M.E.J
- Polatoz A.Dc
- Polese G.Fi
- Polic D.R
- Poll A.Dh
- Pollack B.Er
- Pompili A.Bb
- Pooth O.Aj
- Popov A.H
- Popov V.Cm
- Potenza A.Bo
- Potenza R.Bd
- Pozdnyakov A.Er
- Pozzobon N.Bj
- Prado Da Silva W.L.K
- Primavera F.Bc
- Prokofyev O.Dz
- Prosper H.Ec
- Psallidas A.An
- Ptochos F.U
- Puerta Pelayo J.Cr
- Pugliese G.Bb
- Puigh D.Et
- Puljak I.R
- Python Q.E
- Qian S.J.P
- Quan X.Eu
- Quast G.Am
- Quertenmont L.H
- Quintario Olmeda A.Cr
- Quittnat M.Cx
- R\uf6cker S.Am
- Rabady D.B
- Rabbertz K.Am
- Racz A.Cv
- Radburn-Smith B.C.Ew
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- Radogna R.Bb
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- Rahbaran B.B
- Rahmat R.Ef
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- Ramirez Vargas J.E.Ev
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- Ratnikov F.Am
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- Raupach F.Ah
- Raymond D.M.Dj
- Razis P.A.U
- Rebane L.Cx
- Rebassoo F.Ej
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- Redjimi R.Ey
- Redondo I.Cr
- Regnard S.Ac
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- Reis T.F
- Reithler H.Ai
- Rekovic V.Cq
- Renker D.Cw
- Reucroft S.Ce
- Rezaei Hosseinabadi F.Az
- Ribeiro Cipriano P.M.Ak
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- Richardson C.Dn
- Richman J.Dt
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- Roberts J.Ey
- Robmann P.Cy
- Robutti E.Bg
- Rodenburg M.Et
- Rodozov M.M
- Rodr\uedguez-Marrero A.Y.Cu
- Rodrigo T.Cu
- Rodrigues Antunes J.Ci
- Rodriguez J.L.Eb
- Roe J.Fd
- Rogan C.Du
- Rogerson S.Dj
- Roh Y.Bu
- Rohe T.Cw
- Rohlf J.Dn
- Rohringer H.B
- Roland B.D
- Roland C.El
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- Rolandi G.Cv
- Romanowska-Rybinska K.Cg
- Romeo F.Bl
- Romero A.Bo
- Romero L.Cr
- Ron E.Ak
- Ronchese P.Bj
- Ronga F.J.Cy
- Rose A.Dj
- Rose A.Fd
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- Rosowsky A.Ab
- Ross I.Fi
- Rossi A.M.Bc
- Rossini M.Cx
- Rougny R.D
- Rovelli C.Bn
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- Rovere M.Cv
- Roy D.Aw
- Ruchti R.Es
- Ruiz Alvarez J.D.Af
- Ruiz-Jimeno A.Cu
- Rumerio P.Dm
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- Safarzadeh B.Az
- Safonov A.Fd
- Safronov G.Cm
- Saha A.Bl
- Sahin M. 6.Ak
- Saini L.K.Ei
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- Sakharov A.Br
- Sakulin H.Cv
- Sakuma T.Fd
- Salazar Ibarguen H.A.Cb
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- Salfeld-Nebgen J.Ak
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- Saoulidou N.Ao
- Sarangi T.Fi
- Sarkar S.Aw
- Sauvan J.B.Ac
- Savin A.Fi
- Savoy-Navarro A.Bm
- Savrin V.Co
- Saxena P.Ak
- Scarborough T.Dl
- Sch\ue4fer C.Cv
- Sch\uf6fbeck R.B
- Schael S.Ah
- Schettler H.Al
- Schizzi A.Bp
- Schleper P.Al
- Schlieckau E.Al
- Schmidt A.Al
- Schmidt R.Ak
- Schmitt M.Er
- Schmitz S.A.Ai
- Schnetzer S.Fb
- Schoerner-Sadenius T.Ak
- Schr\uf6der M.Ak
- Schwick C.Cv
- Scodellaro L.Cu
- Searle M.Dp
- Seez C.Dj
- Segala M.Do
- Seidel M.Al
- Seitz C.Ak
- Seixas J.Ci
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- Sekmen S.Dd
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- Semenov S.Cm
- Sen S.Ef
- Senkin S.Dh
- Seo H.Bw
- Serban A.T.Bm
- Seva T.F
- Sexton-Kennedy E.Dz
- Sgandurra L.Af
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- Sharp P.Dj
- Shchutska L.Ea
- Sheldon P.Ff
- Shepherd-Themistocleous C.H.Di
- Shi X.Ew
- Shipsey I.Ew
- Shmatov S.Cj
- Shoaib M.Cf
- Shrestha S.Ei
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- Shukla P.Ax
- Shumeiko N.C
- Siegrist P.Cv
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- Sikler F.Aq
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- Simonetto F.Bj
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- Singh G.Bb
- Singh J.B.Au
- Singovsky A.Em
- Sinthuprasith T.Do
- Sirois Y.Ac
- Siroli G.P.Bc
- Sirunyan A.M.A
- Skatchkov N.Cj
- Skhirtladze N.Ei
- Skinnari L.Dx
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- Smirnov V.Cj
- Smith G.Et
- Smith J.Dp
- Smith J.G.Dw
- Smith V.J.Dh
- Smith W.H.Fi
- Snigirev A.Co
- Snook B.Ff
- Snow G.R.Eo
- Snowball M.Ea
- Soares M.S.Cr
- Sobol A.Cp
- Soffi L.Bn
- Sogut K.Dc
- Soha A.Dz
- Sola V.Al
- Solano A.Bo
- Somalwar S.Fb
- Son D.C.Br
- Song S.Bt
- Sonnenschein L.Ai
- Sordini V.Af
- Sorokin P.Dg
- Spagnolo P.Bm
- Spalding W.J.Dz
- Spanier S.Fc
- Spannagel S.Ak
- Speer T.Do
- Sperka D.Dn
- Sphicas P.Cv
- Spiegel L.Dz
- Spiezia A.Bl
- Spiga D.Cv
- Spiridonov A.Cm
- Spiropulu M.Du
- Squillacioti P.Bm
- Squires M.Dp
- Srimanobhas N.Db
- St. John J.Dn
- St\uf6ckli F.El
- Stadie H.Al
- Stahl A.Aj
- Staiano A.Bo
- Starodumov A.Cx
- Steggemann J.Cv
- Steinbr\ufcck G.Al
- Stenson K.Dw
- Stephans G.S.F.El
- Stickland D.Eu
- Stieger B.Cv
- Stiliaris E.Ao
- Stober F.M.Am
- Stolin V.Cm
- Stolp D.Dp
- Stone R.Fb
- Stoye M.Cv
- Stoykova S.M
- Stoynev S.Er
- Strauss J.B
- Stringer R.Eh
- Strobbe N.G
- Strom D.E
- Stuart D.Dt
- Stupak J.Ex
- Sturdy J.Fh
- Suarez Gonzalez J.C
- Suarez I.Fd
- Sudano E.Ds
- Sudhakar K.Ay
- Sudic L.T
- Sulak L.Dn
- Sulimov V.Ck
- Sultanov G.M
- Summers D.En
- Sumorok K.El
- Sumowidagdo S.Dr
- Sun W.Dx
- Sunar Cerci D.Dc
- Sung K.Er
- Surat U.E.Dd
- Suwonjandee N.Db
- Svintradze I.Ei
- Svyatkovskiy A.Ew
- Swain S.K.At
- Swanson J.Do
- Swartz M.Eg
- Symonds P.Dk
- Szillasi Z.Ar
- Szleper M.Cg
- Sznajder A.K
- Tabarelli de Fatis T.Bh
- Tadel M.Ds
- Takahashi M.Cx
- Takahashi Y.Cv
- Takasugi E.Dq
- Tali B.Dc
- Talvitie J.Aa
- Tambe N.Em
- Tamponi U.Bo
- Tan P.Ef
- Tao J.O
- Tapper A.Dj
- Taroni S.Cy
- Tatarinov A.Fd
- Taurok A.B
- Tavernier S.E
- Taylor L.Dz
- Tcholakov V.M
- Tenchini R.Bm
- Teo W.D.Dx
- Teodorescu L.Dk
- Teyssier D.Ai
- Th\ufcer S.Ai
- Thea A.Di
- Theofilatos K.Cx
- Thom J.Dx
- Thomas L.F
- Thomas S.Fb
- Thomassen P.Fb
- Thompson J.Dx
- Thyssen F.G
- Tiko A.X
- Timciuc V.Du
- Tiras E.Ef
- Titov M.Ab
- Tkaczyk S.Dz
- Tlisov D.Cl
- To W.Dt
- Tomalin I.R.Di
- Tonelli Manganote E.J.K
- Tonelli G.Bm
- Tonjes M.B.Ek
- Tonwar S.C.Ek
- Topakli H.Dc
- Topkar A.Ax
- Topsis-Giotis I.An
- Torassa E.Bj
- Toropin A.Cl
- Tosi M.Bj
- Tosi N.Bc
- Tosi S.Bg
- Tourtchanovitch L.Cp
- Traczyk P.Bn
- Tran N.V.Dz
- Travaglini R.Bc
- Treberer-Treberspurg W.B
- Treille D.Cv
- Tricomi A.Bd
- Trioss A.Bj
- Tripathi M.Dp
- Trocino D.Eq
- Trocsanyi Z.L.As
- Troendle D.Al
- Tropiano A.Be
- Troshin S.Cp
- Tsamalaidze Z.Ag
- Tsirou A.Cv
- Tu Y.Ds
- Tucker J.Dx
- Tully C.Eu
- Tumasyan A.A
- Tuo S.Ff
- Tuominen E.Z
- Tuominiemi J.Z
- Tuovinen E.Z
- Turkewitz J.Em
- Turner M.Dk
- Turner P.Ee
- Tuuva T.Aa
- Tuve C.Bd
- Tytgat M.G
- Tyurin N.Cp
- Tzeng Y.M.Da
- Ujvari B.As
- Ulmer K.A.Dw
- Ulrich R.Am
- Umer T.Bp
- Uplegger L.Dz
- Usai E.Al
- Uvarov L.Ck
- Uzunian A.Cp
- Vaandering E.W.Dz
- Valls N.Es
- Valuev V.Dq
- Van De Klundert M.D
- Van Doninck W.E
- Van Haevermaet H.D
- Van Hove P.Ad
- Van Mechelen P.D
- Van Mulders P.E
- Van Onsem G.P.E
- Van Remortel N.D
- Van Spilbeeck A.D
- Vander Donckt M.Af
- Vander Velde C.F
- Vanelderen L.Al
- Vanini S.Bj
- Vanlaer P.F
- Vardarl\u131 F.I.Df
- Varela J.Ci
- Varelas N.Ee
- Vargas Trevino A.D.R.Ak
- Vartak A.Ds
- Vavilov S.Ck
- Vazquez Acosta M.Dj
- Vazquez Valencia F.Ca
- Veelken C.Ac
- Veeraraghavan V.Ec
- Velasco M.Er
- Velicanu D.El
- Velkovska J.Ff
- Venditti R.Bb
- Ventura S.Bj
- Venturi A.Bm
- Verdier P.Af
- Verdini P.G.Bm
- Veres G.I.Cv
- Vergili M.Dc
- Vernieri C.Bm
- Verwilligen P.Bb
- Verzetti M.Cy
- Veszpremi V.Aq
- Vesztergombi G.Aq
- Veverka J.El
- Vidal Marono M.H
- Vidal R.Dz
- Vila I.Cu
- Vilar Cortabitarte R.Cu
- Vilela Pereira A.K
- Villella I.E
- Vinogradov A.Cn
- Virdee T.Dj
- Viret S.Af
- Vischia P.Ci
- Vishnevskiy D.Ez
- Vitulo P.Bk
- Vizan Garcia J.M.H
- Vlasov E.Cm
- Vlimant J.R.Cv
- Vogel H.Dv
- Volkov A.Cp
- Volobouev I.Fe
- Volpe R.Cz
- Vorobiev I.Dv
- Vorobyev A.Ck
- Vorobyev A.Ck
- Voutilainen M.Y
- Vuosalo C.Fi
- Vutova M.M
- W\uf6hri H.K.Cv
- W\ufcrthwein F.Ds
- Wagner S.R.Dw
- Wagner-Kuhr J.Am
- Walker M.Fb
- Wallny R.Cx
- Walsh R.Ak
- Waltenberger W.B
- Wang D.P
- Wang F.Ew
- Wang J.F
- Wang Q.Eh
- Wang R.-J.eq
- Wang X.O
- Wang Z.O
- Wardle N.Cv
- Wayand S.Am
- Wayne M.Es
- Weber H.A.Cx
- Weber H.Ah
- Weber M.Ai
- Weber M.Dq
- Weiler T.Am
- Weinberg M.Ec
- Welke C.Ds
- Wendland L.Z
- Weng Y.Dx
- Werner J.S.Eu
- West C.Dt
- Wetzel J.Ef
- Whitbeck A.Dz
- Whitmore J.Dz
- Wickramage N.Ay
- Wilbur S.Dp
- Wilken R.Da
- Wilkinson R.Du
- Williams T.Dh
- Wimpenny S.Dr
- Winer B.L.Et
- Winn D.Dy
- Winstrom L.Dx
- Wissing C.Ak
- Wittich P.Dx
- Wittmer B.Ah
- Wolf M.Es
- Wolf R.Am
- Wolfe H.Et
- Wollny H.Cv
- Wolszczak W.Ch
- Womersley W.J.Di
- Won S.Er
- Wood D.Eq
- Wood J.Fg
- Wood J.S.Eh
- Woodard A.Es
- Woods N.Fi
- Worm S.D.Di
- Wright D.Ej
- Wulsin H.W.Et
- Wulz C.-E.b
- Wyslouch B.El
- Xiao H.Af
- Xie S.Du
- Xie W.Ew
- Xu L.Ew
- Yagil A.Ds
- Yalvac M.Dd
- Yang F.Dz
- Yang M.El
- Yang Y.Cy
- Yazgan E.G
- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Searches for supersymmetry (SUSY) are presented based on the electroweak pair production of neutralinos and charginos, leading to decay channels with Higgs, Z, and W bosons and undetected lightest SUSY particles (LSPs). The data sample corresponds to an integrated luminosity of about 19.5 fb(-1) of proton-proton collisions at a center-of-mass energy of 8 TeV collected in 2012 with the CMS detector at the LHC. The main emphasis is neutralino pair production in which each neutralino decays either to a Higgs boson (h) and an LSP or to a Z boson and an LSP, leading to hh, hZ, and ZZ states with missing transverse energy (E-T(miss)). A second aspect is chargino-neutralino pair production, leading to hW states with E-T(miss). The decays of a Higgs boson to a bottom-quark pair, to a photon pair, and to final states with leptons are considered in conjunction with hadronic and leptonic decay modes of the Z and W bosons. No evidence is found for supersymmetric particles, and 95% confidence level upper limits are evaluated for the respective pair production cross sections and for neutralino and chargino mass values
A review on electrospinning design and nanofibre assemblies
- Author
- Publication venue
- 'IOP Publishing'
- Publication date
- 28/07/2006
- Field of study
10.1088/0957-4484/17/14/R01Nanotechnology1714R89-R106NNOT
Electrospun fibre bundle made of aligned nanofibres over two fixed points
- Author
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/09/2005
- Field of study
10.1088/0957-4484/16/9/077Nanotechnology1691878-1884NNOT
Porous tubular structures with controlled fibre orientation using a modified electrospinning method
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/06/2005
- Field of study
10.1088/0957-4484/16/6/049Nanotechnology166918-924NNOT
Remodeling of three-dimensional hierarchically organized nanofibrous assemblies
- Publication venue
- 'Bentham Science Publishers Ltd.'
- Publication date
- 01/01/2008
- Field of study
10.2174/157341308786306080Current Nanoscience44361-36
Fabrication and characterization of hierarchically organized nanoparticle-reinforced nanofibrous composite scaffolds
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2011
- Field of study
10.1016/j.actbio.2010.07.041Acta Biomaterialia71193-20