498 research outputs found
Search for sterile neutrino mixing in the MINOS long-baseline experiment
- Author
- Adamson P
- Andreopoulos C
- Auty DJ
- Ayres DS
- Backhouse C
- Barr G
- Barrett WL
- Bishai M
- Blake A
- Bock GJ
- Boehnlein DJ
- Bogert D
- Bower C
- Cavanaugh S
- Chapman JD
- Cherdack D
- Childress S
- Choudhary BC
- Cobb JH
- Coelho JAB
- Coleman SJ
- Collaboration MINOS
- Cravens JP
- Cronin-Hennessy D
- Culling AJ
- Danko IZ
- de Jong JK
- Devenish NE
- Diwan MV
- Dorman M
- Erwin AR
- Escobar CO
- Evans JJ
- Falk E
- Feldman GJ
- Frohne MV
- Gallagher HR
- Godley A
- Goodman MC
- Gouffon P
- Gran R
- Grashorn EW
- Grzelak K
- Habig A
- Harris D
- Harris PG
- Hartnell J
- Hatcher R
- Heller K
- Himmel A
- Holin A
- Huang X
- Hylen J
- Irwin GM
- Isvan Z
- Jaffe DE
- James C
- Jensen D
- Jr BPD
- Kafka T
- Kasahara SMS
- Koizumi G
- Kopp S
- Kordosky M
- Koskinen DJ
- Krahn Z
- Kreymer A
- Lang K
- Ling J
- Litchfield PJ
- Litchfield RP
- Loiacono L
- Lucas P
- Ma J
- Mann WA
- Marchionni A
- Marshak ML
- Marshall JS
- Mayer N
- McGowan AM
- Mehdiyev R
- Meier JR
- Messier MD
- Metelko CJ
- Michael DG
- Miller WH
- Mishra SR
- Mitchell J
- Moore CD
- Morfin J
- Mualem L
- Mufson S
- Musser J
- Naples D
- Nelson JK
- Newman HB
- Nichol RJ
- Nicholls TC
- Ochoa-Ricoux JP
- Oliver WP
- Orchanian M
- Osiecki T
- Ospanov R
- Paley J
- Paolone V
- Patterson RB
- Pavlovic Z
- Pawloski G
- Pearce GF
- Pittam R
- Plunkett RK
- Rahaman A
- Rameika RA
- Raufer TM
- Rebel B
- Rodrigues PA
- Rosenfeld C
- Rubin HA
- Ryabov VA
- Sanchez MC
- Saoulidou N
- Schneps J
- Schreiner P
- Shanahan P
- Smart W
- Smith C
- Sousa A
- Stamoulis P
- Strait M
- Tagg N
- Talaga RL
- Thomas J
- Thomson MA
- Tinti G
- Toner R
- Tzanakos G
- Urheim J
- Vahle P
- Viren B
- Watabe M
- Webb RC
- Weber A
- West N
- White C
- Whitehead L
- Wojcicki SG
- Wright DM
- Yang T
- Zhang K
- Zwaska R
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2010
- Field of study
A search for depletion of the combined flux of active neutrino species over a 735 km baseline is reported using neutral-current interaction data recorded by the MINOS detectors in the NuMI neutrino beam. Such a depletion is not expected according to conventional interpretations of neutrino oscillation data involving the three known neutrino flavors. A depletion would be a signature of oscillations or decay to postulated noninteracting sterile neutrinos, scenarios not ruled out by existing data. From an exposure of 3.18×1020 protons on target in which neutrinos of energies between ~500¿¿MeV and 120 GeV are produced predominantly as ¿µ, the visible energy spectrum of candidate neutral-current reactions in the MINOS far detector is reconstructed. Comparison of this spectrum to that inferred from a similarly selected near-detector sample shows that of the portion of the ¿µ flux observed to disappear in charged-current interaction data, the fraction that could be converting to a sterile state is less than 52% at 90% confidence level (C.L.). The hypothesis that active neutrinos mix with a single sterile neutrino via oscillations is tested by fitting the data to various models. In the particular four-neutrino models considered, the mixing angles ¿24 and ¿34 are constrained to be less than 11° and 56° at 90% C.L., respectively. The possibility that active neutrinos may decay to sterile neutrinos is also investigated. Pure neutrino decay without oscillations is ruled out at 5.4 standard deviations. For the scenario in which active neutrinos decay into sterile states concurrently with neutrino oscillations, a lower limit is established for the neutrino decay lifetime t3/m3>2.1×10-12¿¿s/eV at 90% C.L
First observations of separated atmospheric nu_mu and bar{nu-mu} events in the MINOS detector
- Author
- Adamson P
- Alexopoulos T
- Allison WWM
- Alner GJ
- Anderson K
- Andreopoulos C
- Andrews M
- Andrews R
- Arroyo C
- Avvakumov S
- Ayres DS
- Baller B
- Barish B
- Barker MA
- Barnes PD
- Barr G
- Barrett WL
- Beall E
- Becker BR
- Belias A
- Bergfeld T
- Bernstein RH
- Bhattacharya D
- Bishai M
- Blake A
- Bocean V
- Bock B
- Bock GJ
- Boehm J
- Boehnlein DJ
- Bogert D
- Border PM
- Bower C
- Boyd S
- Buckley-Geer E
- Byon-Wagner A
- Cabrera A
- Chapman JD
- Chase TR
- Chernichenko SK
- Childress S
- Choudhary BC
- Cobb JH
- Collaboration MMINOS
- Cossairt JD
- Courant H
- Crane DA
- Culling AJ
- Dawson JW
- De Santo A
- DeMuth DM
- Dierckxsens M
- Diwan MV
- Dorman M
- Drake G
- Ducar R
- Durkin T
- Erwin AR
- Escobar CO
- Evans J
- Fackler OD
- Feldman GJ
- Felt N
- Fields TH
- Ford R
- Frohne MV
- Gallagher HR
- Gebhard M
- Godley A
- Gogos J
- Goodman MC
- Gornushkin Y
- Gouffon P
- Grashorn E
- Grossman N
- Grudzinski JJ
- Grzelak K
- Guarino V
- Habig A
- Halsall R
- Hanson J
- Harris D
- Harris EF
- Harris PG
- Hartnell J
- Hartouni EP
- Hatcher R
- Heller K
- Hill N
- Ho Y
- Howcroft C
- Hylen J
- Ignatenko M
- Indurthy D
- Irwin GM
- James C
- Jenner L
- Jensen D
- Joffe-Minor T
- Kafka T
- Kang HJ
- Kasahara SMS
- Kilmer J
- Kim H
- Koizumi G
- Kopp S
- Kordosky M
- Koskinen DJ
- Kostin M
- Krakauer DA
- Kumaratunga S
- Ladran AS
- Lang K
- Laughton C
- Lebedev A
- Lee R
- Lee WY
- Libkind MA
- Litchfield PJ
- Litchfield RP
- Liu J
- Longley NP
- Lucas P
- Luebke W
- Madani S
- Maher E
- Makeev V
- Mann WA
- Marchionni A
- Marino AD
- Marshak ML
- Marshall JS
- McDonald J
- McGowan A
- Meier JR
- Merzon GI
- Messier MD
- Michael DG
- Milburn RH
- Miller JL
- Miller WH
- Mishra SR
- Miyagawa PS
- Moore C
- Morfin J
- Morse R
- Mualem L
- Mufson S
- Murgia S
- Murtagh MJ
- Musser J
- Naples D
- Nelson C
- Nelson JK
- Newman HB
- Nezrick F
- Nichol RJ
- Nicholls TC
- Ochoa-Ricoux JP
- Oliver J
- Oliver WP
- Onuchin VA
- Osiecki T
- Ospanov R
- Paley J
- Paolone V
- Para A
- Patzak T
- Pavlovich Z
- Pearce GF
- Pearson N
- Peck CW
- Perry C
- Peterson EA
- Petyt DA
- Ping H
- Piteira R
- Pla-Dalmau A
- Plunkett RK
- Price LE
- Proga M
- Pushka DR
- Rahman D
- Rameika RA
- Raufer TM
- Read AL
- Rebel B
- Reyna DE
- Rosenfeld C
- Rubin HA
- Ruddick K
- Ryabov VA
- Saakyan R
- Sanchez MC
- Saoulidou N
- Schneps J
- Schoessow PV
- Schreiner P
- Schwienhorst R
- Semenov VK
- Seun SM
- Shanahan P
- Shield PD
- Smart W
- Smirnitsky V
- Smith C
- Smith PN
- Sousa A
- Speakman B
- Stamoulis P
- Stefanik A
- Sullivan P
- Swan JM
- Symes PA
- Tagg N
- Talaga RL
- Tetteh-Lartey E
- Thomas J
- Thompson J
- Thomson MA
- Thron JL
- Trendler R
- Trevor J
- Trostin I
- Tsarev VA
- Tzanakos G
- Urheim J
- Vahle P
- Vakili M
- Vaziri K
- Velissaris C
- Verebryusov V
- Viren B
- Wai L
- Ward CP
- Ward DR
- Watabe M
- Webb RC
- Weber A
- Wehmann A
- West N
- White C
- White RF
- Wojcicki SG
- Wright DM
- Wu QK
- Yan WG
- Yang T
- Yumiceva FX
- Yun JC
- Zheng H
- Zois M
- Zwaska R
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2005
- Field of study
The complete 5.4 kton MINOS far detector has been taking data since the beginning of August 2003 at a depth of 2070 meters water-equivalent in the Soudan mine, Minnesota. This paper presents the first MINOS observations of nuµ and [overline nu ]µ charged-current atmospheric neutrino interactions based on an exposure of 418 days. The ratio of upward- to downward-going events in the data is compared to the Monte Carlo expectation in the absence of neutrino oscillations, giving Rup/downdata/Rup/downMC=0.62-0.14+0.19(stat.)±0.02(sys.). An extended maximum likelihood analysis of the observed L/E distributions excludes the null hypothesis of no neutrino oscillations at the 98% confidence level. Using the curvature of the observed muons in the 1.3 T MINOS magnetic field nuµ and [overline nu ]µ interactions are separated. The ratio of [overline nu ]µ to nuµ events in the data is compared to the Monte Carlo expectation assuming neutrinos and antineutrinos oscillate in the same manner, giving R[overline nu ][sub mu]/nu[sub mu]data/R[overline nu ][sub mu]/nu[sub mu]MC=0.96-0.27+0.38(stat.)±0.15(sys.), where the errors are the statistical and systematic uncertainties. Although the statistics are limited, this is the first direct observation of atmospheric neutrino interactions separately for nuµ and [overline nu ]µ
Search for new phenomena in final states with an energetic jet and large missing transverse momentum in pp collisions at √ s = 8 TeV with the ATLAS detector
- Author
- Aad G
- Abbott B
- Abbott DC
- Abeling K
- Abhayasinghe DK
- Abidi SH
- AbouZeid OS
- Abraham NL
- Abramowicz H
- Abreu H
- Abud AA
- Abulaiti Y
- Acharya BS
- Achkar B
- Adachi S
- Adam L
- Adamczyk L
- Adamek L
- Adelman J
- Adersberger M
- Adiguzel A
- Adorni S
- Adye T
- Affolder AA
- Afik Y
- Agapopoulou C
- Agaras MN
- Aggarwal A
- Agheorghiesei C
- Aguilar-Saavedra JA
- Ahmadov F
- Ahmed WS
- Ai X
- Aielli G
- Akatsuka S
- Akesson TPA
- Akilli E
- Akimov A
- Al Khoury K
- Alberghi GL
- Albert J
- Alderweireldt S
- Aleksa M
- Aleksandrov IN
- Alexa C
- Alexopoulos T
- Alfonsi A
- Alfonsi F
- Alhroob M
- Ali B
- Aliev M
- Alimonti G
- Allaire C
- Allbrooke BMM
- Allen BW
- Allport PP
- Aloisio A
- Alonso F
- Alpigiani C
- Alshehri AA
- Alvarez Estevez M
- Alviggi MG
- Amaral Coutinho Y
- Ambler A
- Ambroz L
- Amelung C
- Amidei D
- Amor Dos Santos SP
- Amoroso S
- Amrouche CS
- An F
- Anastopoulos C
- Andari N
- Andeen T
- Anders CF
- Anders JK
- Andreazza A
- Andrei V
- Anelli CR
- Angelidakis S
- Angerami A
- Anisenkov A
- Annovi A
- Antel C
- Anthony MT
- Antipov E
- Antonelli M
- Antrim DJA
- Anulli F
- Aoki M
- Aparisi Pozo JA
- Araque JP
- Araujo Ferraz V
- Araujo Pereira R
- Araya ST
- Arcangeletti C
- Arce ATH
- Arduh FA
- Arguin J-F
- Argyropoulos S
- Arling J-H
- Armbruster AJ
- Armstrong A
- Arnaez O
- Arnold H
- Artoni G
- Artz S
- Asai S
- Asawatavonvanich T
- Asbah N
- Asimakopoulou EM
- Asquith L
- Assahsah J
- Assamagan K
- Astalos R
- Astigarraga MEP
- Atkin RJ
- Atkinson M
- Atlay NB
- Atmani H
- Augsten K
- Avolio G
- Ayoub MK
- Azuelos G
- Bachacou H
- Bachas K
- Backes M
- Backman F
- Bagnaia P
- Bahmani M
- Bahrasemani H
- Bailey AJ
- Bailey VR
- Baines JT
- Bakalis C
- Baker OK
- Bakker PJ
- Balaji S
- Baldin EM
- Balek P
- Balli F
- Balunas WK
- Balz J
- Banas E
- Bandyopadhyay A
- Banerjee S
- Bannoura AAE
- Barak L
- Barbe WM
- Barberio EL
- Barberis D
- Barbero M
- Barbour G
- Barillari T
- Barisits M-S
- Barkeloo J
- Barklow T
- Barnea R
- Barnett BM
- Barnett RM
- Barnovska-Blenessy Z
- Baroncelli A
- Barone G
- Barr AJ
- Barreiro F
- Barsov S
- Bartoldus R
- Bartolini G
- Barton AE
- Bartos P
- Basalaev A
- Basan A
- Bassalat A
- Basso MJ
- Bates RL
- Batlamous S
- Batley JR
- Batool B
- Battaglia M
- Bauce M
- Bauer F
- Bauer KT
- Bawa HS
- Beacham JB
- Beau T
- Beauchemin PH
- Becherer F
- Bechtle P
- Beck HC
- Beck HP
- Becker K
- Becot C
- Beddall A
- Beddall AJ
- Bednyakov VA
- Bedognetti M
- Beermann TA
- Begalli M
- Begel M
- Behera A
- Behr JK
- Beisiegel F
- Bell AS
- Bella G
- Bella LA
- Bellagamba L
- Bellerive A
- Bellos P
- Beloborodov K
- Belotskiy K
- Belyaev NL
- Benchekroun D
- Benekos N
- Benhammou Y
- Benjamin DP
- Benoit M
- Bensinger JR
- Bentvelsen S
- Beresford L
- Beretta M
- Berge D
- Berger N
- Bergmann B
- Bergsten LJ
- Beringer J
- Berlendis S
- Berlingen JM
- Bernardi G
- Bernius C
- Bernlochner FU
- Berry T
- Berta P
- Bertella C
- Bertram IA
- Besson N
- Bethani A
- Bethke S
- Betti A
- Bevan AJ
- Beyer J
- Bhattacharya DS
- Bhattarai P
- Bi R
- Bianchi RM
- Biebel O
- Biedermann D
- Bielski R
- Bierwagen K
- Biesuz N
- Biglietti M
- Billoud TR
- Bindi M
- Bingul A
- Bini C
- Biondi S
- Birman M
- Bisanz T
- Biswal JP
- Biswas D
- Bitadze A
- Bittrich C
- Bjorke K
- Blazek T
- Bloch I
- Blocker C
- Blue A
- Blumenschein U
- Bobbink GJ
- Bobrovnikov VS
- Bocchetta SS
- Bocci A
- Boeriu OEV
- Boerner D
- Bogavac D
- Bogdanchikov AG
- Bohm C
- Boisvert V
- Bokan P
- Bold T
- Bolz AE
- Bomben M
- Bona M
- Bonilla JS
- Boonekamp M
- Booth CD
- Borecka-Bielska HM
- Borgna LS
- Borisov A
- Borissov G
- Bortfeldt J
- Bortoletto D
- Boscherini D
- Bosman M
- Bostanabad MG
- Bouaouda K
- Boudreau J
- Bouhova-Thacker E
- Boumediene D
- Bourdarios CA
- Boutle SK
- Boveia A
- Boyd J
- Boye D
- Boyko IR
- Bozson AJ
- Bracinik J
- Brahimi N
- Brandt G
- Brandt O
- Braren F
- Brau B
- Brau JE
- Brendlinger K
- Brenner L
- Brenner R
- Bressler S
- Bret MC
- Brickwedde B
- Briglin DL
- Britton D
- Britzger D
- Brock I
- Brock R
- Brooijmans G
- Brooks WK
- Brost E
- Broughton JH
- Bruncko D
- Bruni A
- Bruni G
- Bruni LS
- Bruno S
- Bruschi M
- Bruscino N
- Bryant P
- Bryngemark L
- Buanes T
- Buat Q
- Buchholz P
- Buckley AG
- Budagov IA
- Buehrer F
- Buescher V
- Bugge MK
- Bulekov O
- Burch TJ
- Burdin S
- Burgard CD
- Burger AM
- Burghgrave B
- Burr JTP
- Burton CD
- Burzynski JC
- Buschmann E
- Bussey PJ
- Butler JM
- Buttar CM
- Butterworth JM
- Butti P
- Buttinger W
- Buzatu A
- Buzykaev AR
- Bylund OB
- Cabras G
- Cabrera Urban S
- Caforio D
- Cai H
- Cairo VMM
- Cakir IT
- Cakir O
- Calace N
- Calafiura P
- Calandri A
- Calderini G
- Calfayan P
- Callea G
- Caloba LP
- Caltabiano A
- Calvente Lopez S
- Calvet D
- Calvet S
- Calvet TP
- Calvetti M
- Camarda S
- Camarero Munoz D
- Camarri P
- Camelia EA
- Cameron D
- Camincher C
- Campana S
- Campanelli M
- Camplani A
- Campoverde A
- Canale V
- Canesse A
- Cantero J
- Cao T
- Cao Y
- Capua M
- Cardarelli R
- Cardillo F
- Carducci G
- Carli I
- Carli T
- Carlino G
- Carlson BT
- Carminati L
- Carney RMD
- Caron S
- Carquin E
- Carra S
- Carter JWS
- Casado MP
- Casha AF
- Casper DW
- Castelijn R
- Castillo Garcia L
- Castillo Gimenez V
- Castillo FL
- Castillo LRF
- Castro NF
- Catinaccio A
- Catmore JR
- Cattai A
- Cavaliere V
- Cavallaro E
- Cavalli-Sforza M
- Cavasinni V
- Celebi E
- Cerda Alberich L
- Cerny K
- Cerqueira AS
- Cerri A
- Cerrito L
- Cerutti F
- Cervelli A
- Cetin SA
- Chadi Z
- Chakraborty D
- Chan J
- Chan WS
- Chan WY
- Chapman JD
- Chargeishvili B
- Charlton DG
- Charman TP
- Chau CC
- Che S
- Chekanov S
- Chekulaev S
- Chelkov GA
- Chen B
- Chen C
- Chen CH
- Chen H
- Chen J
- Chen S
- Chen SJ
- Chen X
- Chen Y-H
- Cheng HC
- Cheng HJ
- Cheplakov A
- Cheremushkina E
- Cheu E
- Cheung K
- Chevalerias TJA
- Chevalier L
- Chiarella V
- Chiarelli G
- Chiodini G
- Chisholm AS
- Chitan A
- Chiu I
- Chiu YH
- Chizhov M
- Choi K
- Chomont AR
- Chouridou S
- Chow YS
- Chu MC
- Chu X
- Chudoba J
- Chwastowski JJ
- Chytka L
- Cieri D
- Ciesla KM
- Cinca D
- Cindro V
- Cioara IA
- Ciocio A
- Cirotto F
- Citron ZH
- Citterio M
- Ciubotaru DA
- Ciungu BM
- Clark A
- Clark MR
- Clark PJ
- Clement C
- Coadou Y
- Cobal M
- Coccaro A
- Cochran J
- Cohen H
- Coimbra AEC
- Cole B
- Colijn AP
- Collot J
- Conde Muino P
- Connell SH
- Connelly IA
- Constantinescu S
- Conventi F
- Cooper-Sarkar AM
- Corga KDV
- Cormier F
- Cormier KJR
- Cornell SD
- Corpe LD
- Corradi M
- Correia AMH
- Corrigan EE
- Corriveau F
- Costa MJ
- Costanza F
- Costanzo D
- Cowan G
- Cowley JW
- Crane J
- Cranmer K
- Crawley SJ
- Creager RA
- Crepe-Renaudin S
- Crescioli F
- Cristinziani M
- Croft V
- Crosetti G
- Cueto A
- Cukierman AR
- Cunningham WR
- Czekierda S
- Czodrowski P
- D'amen G
- D'Amico V
- D'Auria S
- D'Eramo L
- da Costa JBG
- Da Fonseca Pinto J
- Da Via C
- Dabrowski W
- Dachs F
- Dado T
- Dahbi S
- Dai T
- Dallapiccola C
- Dam M
- Damazio DO
- Damp J
- Dandoy JR
- Daneri MF
- Dann NS
- Danninger M
- Dao V
- Darbo G
- Dartsi O
- Dattagupta A
- Daubney T
- David C
- Davidek T
- Davis DR
- Dawson I
- De Asmundis R
- De Beurs M
- De Castro S
- De Cecco S
- De Groot N
- de Jong P
- De la Torre H
- de Lima DEF
- De Lima RT
- De Maria A
- De Pedis D
- De Regie JBDV
- de Renstrom PAB
- De Sa RCL
- De Salvo A
- De Sanctis U
- De Santis M
- De Santo A
- De Sousa MJDCS
- De K
- Debenedetti C
- Dedovich D
- Deiana AM
- Del Peso J
- Delgove D
- Deliot F
- Delitzsch CM
- Dell'Acqua A
- Dell'Asta L
- Della Pietra M
- Della Volpe D
- Delmastro M
- Delporte C
- Delsart PA
- DeMarco DA
- Demers S
- Demichev M
- Demontigny G
- Denisov SP
- Derendarz D
- Derkaoui JE
- Derue F
- Dervan P
- Desch K
- Deterre C
- Dette K
- Deutsch C
- Devesa MR
- Deviveiros PO
- Di Bello FA
- Di Ciaccio A
- Di Ciaccio L
- Di Clemente WK
- Di Donato C
- Di Girolamo A
- Di Gregorio G
- Di Micco B
- Di Nardo R
- Di Petrillo KF
- Di Sipio R
- Diaconu C
- Dias FA
- Diaz LP
- Diaz MA
- Diaz YD
- Dickinson J
- Diehl EB
- Dietrich J
- Dimitrievska A
- Ding W
- Dingfelder J
- Dittus F
- Djama F
- Djobava T
- Djuvsland J
- Do Vale TD
- Dobre M
- Dodsworth D
- Doglioni C
- Dolejsi J
- Dolezal Z
- Dominguez LP
- Don MMR
- Donadelli M
- Dong B
- Donini J
- Donszelmann TC
- Dopke J
- Doria A
- Dova MT
- Doyle AT
- Drechsler E
- Dreyer E
- Dreyer T
- Drobac AS
- Du D
- Duan Y
- Dubinin F
- Dubovsky M
- Dubreuil A
- Duchovni E
- Duckeck G
- Ducourthial A
- Ducu OA
- Duda D
- Dudarev A
- Dudder AC
- Duelsen C
- Dueren M
- Duffeld EM
- DuflOt L
- Duhrssen M
- Dumancic M
- Dumitriu AE
- Duncan AK
- Dunford M
- Duperrin A
- Durglishvili A
- Duschinger D
- Dutta B
- Duvnjak D
- Dyckes G
- Dyndal M
- Dysch S
- Dziedzic BS
- Ecker KM
- Eggleston MG
- Eifert T
- Eigen G
- Einsweiler K
- Ekelof T
- El Jarrari H
- El Kossei R
- El Moursli RC
- Ellajosyula V
- Ellert M
- Ellinghaus F
- Elliot AA
- Ellis N
- Elmsheuser J
- Elsing M
- Emeliyanov D
- Emerman A
- Enari Y
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- Petersen BA
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- Pettersson NE
- Petukhova K
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- Piacquadio G
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- Yexley MR
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- Yorita K
- Yoshihara K
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- Yu J
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- Yue X
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- Zaripovas DR
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- Zhang B
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- Zhang H
- Zhang J
- Zhang L
- Zhang M
- Zhang R
- Zhang S
- Zhang X
- Zhang Y
- Zhang Z
- Zhao P
- Zhao Z
- Zhemchugov A
- Zheng Z
- Zhong D
- Zhou B
- Zhou C
- Zhou M
- Zhou MS
- Zhou N
- Zhou Y
- Zhu C
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- Zhu HL
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- Zhuang X
- Zhukov K
- Zhulanov V
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- Zinonos Z
- Ziolkowski M
- Zivkovic L
- Zobernig G
- Zoccoli A
- Zoch K
- Zorbas TG
- Zou R
- Zu Theenhausen HM
- Zwalinski L
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2015
- Field of study
Results of a search for new phenomena in final states with an energetic jet and large missing transverse momentum are reported. The search uses 20.3 fb−1 of √ s = 8 TeV data collected in 2012 with the ATLAS detector at the LHC. Events are required to have at least one jet with pT > 120 GeV and no leptons. Nine signal regions are considered with increasing missing transverse momentum requirements between Emiss T > 150 GeV and Emiss T > 700 GeV. Good agreement is observed between the number of events in data and Standard Model expectations. The results are translated into exclusion limits on models with either large extra spatial dimensions, pair production of weakly interacting dark matter candidates, or production of very light gravitinos in a gauge-mediated supersymmetric model. In addition, limits on the production of an invisibly decaying Higgs-like boson leading to similar topologies in the final state are presente
Evolution of the Reactor Antineutrino Flux and Spectrum at Daya Bay
- Author
- An FP
- Balantekin AB
- Band HR
- Bishai M
- Blyth S
- Cao D
- Cao GF
- Cao J
- Chan YL
- Chang JF
- Chang Y
- Chen HS
- Chen QY
- Chen SM
- Chen Y
- Chen YX
- Cheng J
- Cheng ZK
- Cherwinka JJ
- Chu MC
- Chukanov A
- Cummings JP
- Ding YY
- Diwan MV
- Dolgareva M
- Dove J
- Dwyer DA
- Edwards WR
- Gill R
- Gonchar M
- Gong GH
- Gong H
- Grassi M
- Gu WQ
- Guo L
- Guo XH
- Guo YH
- Guo Z
- Hackenburg RW
- Hans S
- He M
- Heeger KM
- Heng YK
- Higuera A
- Hsiung YB
- Hu BZ
- Hu T
- Huang EC
- Huang HX
- Huang XT
- Huang YB
- Huber P
- Huo W
- Hussain G
- Jaffe DE
- Jen KL
- Ji XL
- Ji XP
- Jiao JB
- Johnson RA
- Jones D
- Kang L
- Kettell SH
- Khan A
- Kohn S
- Kramer M
- Kwan KK
- Kwok MW
- Langford TJ
- Lau K
- Lebanowski L
- Lee HCJ
- Lee J
- Lei RT
- Leitner R
- Leung JKC
- Li C
- Li DJ
- Li F
- Li GS
- Li QJ
- Li S
- Li SC
- Li WD
- Li XN
- Li XQ
- Li YF
- Li ZB
- Liang H
- Lin CJ
- Lin GL
- Lin S
- Lin SK
- Lin YC
- Ling JJ
- Link JM
- Littenberg L
- Littlejohn BR
- Liu JC
- Liu JL
- Loh CW
- Lu C
- Lu HQ
- Lu JS
- Luk KB
- Ma XB
- Ma XY
- Ma YQ
- Malyshkin Y
- Martinez Caicedo DA
- McDonald KT
- McKeown RD
- Mitchell I
- Nakajima Y
- Naumov D
- Naumov J
- Naumova E
- Ngai HY
- Ochoa-Ricoux JP
- Olshevskiy A
- Pan HR
- Park J
- Patton S
- Pec V
- Peng JC
- Pinsky L
- Pun JCS
- Qi FZ
- Qi M
- Qian X
- Qiu RM
- Raper N
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Steiner H
- Stoler P
- Sun JL
- Tang W
- Taychenachev D
- Treskov K
- Tsang KV
- Tull CE
- Viaux N
- Viren B
- Vorobel V
- Wang CH
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Wei HY
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu CH
- Wu DM
- Wu Q
- Xia DM
- Xia JK
- Xing ZZ
- Xu JL
- Xu Y
- Xue T
- Yang CG
- Yang H
- Yang L
- Yang MS
- Yang MT
- Yang YZ
- Ye M
- Ye Z
- Yeh M
- Young BL
- Yu ZY
- Zeng S
- Zhan L
- Zhang C
- Zhang CC
- Zhang HH
- Zhang JW
- Zhang QM
- Zhang R
- Zhang XT
- Zhang YM
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhou L
- Zhuang HL
- Zou JH
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2017
- Field of study
published_or_final_versio
Measurement of electron antineutrino oscillation based on 1230 days of operation of the Daya Bay experiment
- Author
- An FP
- Balantekin AB
- Band HR
- Bishai M
- Blyth S
- Cao D
- Cao GF
- Cao J
- Cen WR
- Chan YL
- Chang JF
- Chang LC
- Chang Y
- Chen HS
- Chen QY
- Chen SM
- Chen Y
- Chen YX
- Cheng J
- Cheng JH
- Cheng YP
- Cheng ZK
- Cherwinka JJ
- Chu MC
- Chukanov A
- Cummings JP
- De Arcos J
- Deng ZY
- Ding XF
- Ding YY
- Diwan MV
- Dolgareva M
- Dove J
- Dwyer DA
- Edwards WR
- Gill R
- Gonchar M
- Gong GH
- Gong H
- Grassi M
- Gu WQ
- Guan MY
- Guo L
- Guo XH
- Guo YH
- Guo Z
- Hackenburg RW
- Han R
- Hans S
- He M
- Heeger KM
- Heng YK
- Higuera A
- Hor YK
- Hsiung YB
- Hu BZ
- Hu T
- Hu W
- Huang EC
- Huang HX
- Huang XT
- Huber P
- Huo W
- Hussain G
- Jaffe DE
- Jaffke P
- Jen KL
- Jetter S
- Ji XL
- Ji XP
- Jiao JB
- Johnson RA
- Jones D
- Joshi J
- Kang L
- Kettell SH
- Kohn S
- Kramer M
- Kwan KK
- Kwok MW
- Kwok T
- Langford TJ
- Lau K
- Lebanowski L
- Lee J
- Lee JHC
- Lei RT
- Leitner R
- Leung JKC
- Li C
- Li DJ
- Li F
- Li GS
- Li QJ
- Li S
- Li SC
- Li WD
- Li XN
- Li YF
- Li ZB
- Liang H
- Lin CJ
- Lin GL
- Lin S
- Lin SK
- Lin YC
- Ling JJ
- Link JM
- Littenberg L
- Littlejohn BR
- Liu DW
- Liu JC
- Liu JL
- Loh CW
- Lu C
- Lu HQ
- Lu JS
- Luk KB
- Lv Z
- Ma QM
- Ma XB
- Ma XY
- Ma YQ
- Malyshkin Y
- Martinez Caicedo DA
- McDonald KT
- McKeown RD
- Mitchell I
- Mooney M
- Nakajima Y
- Napolitano J
- Naumov D
- Naumova E
- Ngai HY
- Ning Z
- Ochoa-Ricoux JP
- Olshevskiy A
- Pan HR
- Park J
- Patton S
- Pec V
- Peng JC
- Pinsky L
- Pun CSJ
- Qi FZ
- Qi M
- Qian X
- Raper N
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Steiner H
- Sun GX
- Sun JL
- Tang W
- Taychenachev D
- Treskov K
- Tsang KV
- Tull CE
- Viaux N
- Viren B
- Vorobel V
- Wang CH
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Wei HY
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu CH
- Wu Q
- Wu WJ
- Xia DM
- Xia JK
- Xing ZZ
- Xu JL
- Xu JY
- Xu Y
- Xue T
- Yang CG
- Yang H
- Yang L
- Yang MS
- Yang MT
- Ye M
- Ye Z
- Yeh M
- Young BL
- Yu ZY
- Zeng S
- Zhan L
- Zhang C
- Zhang HH
- Zhang JW
- Zhang QM
- Zhang XT
- Zhang YM
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhao QW
- Zhao YB
- Zhong WL
- Zhou L
- Zhou N
- Zhuang HL
- Zou JH
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2017
- Field of study
published_or_final_versio
Improved Search for a Light Sterile Neutrino with the Full Configuration of the Daya Bay Experiment
- Author
- An FP
- Balantekin AB
- Band HR
- Bishai M
- Blyth S
- Cao D
- Cao GF
- Cao J
- Cen WR
- Chan YL
- Chang JF
- Chang LC
- Chang Y
- Chen HS
- Chen QY
- Chen SM
- Chen Y
- Chen YX
- Cheng J
- Cheng JH
- Cheng YP
- Cheng ZK
- Cherwinka JJ
- Chu MC
- Chukanov A
- Cummings JP
- De Arcos J
- Deng ZY
- Ding XF
- Ding YY
- Diwan MV
- Dolgareva M
- Dove J
- Dwyer DA
- Edwards WR
- Gill R
- Gonchar M
- Gong GH
- Gong H
- Grassi M
- Gu WQ
- Guan MY
- Guo L
- Guo RP
- Guo XH
- Guo Z
- Hackenburg RW
- Han R
- Hans S
- He M
- Heeger KM
- Heng YK
- Higuera A
- Hor YK
- Hsiung YB
- Hu BZ
- Hu T
- Hu W
- Huang EC
- Huang HX
- Huang XT
- Huber P
- Huo W
- Hussain G
- Jaffe DE
- Jaffke P
- Jen KL
- Jetter S
- Ji XL
- Ji XP
- Jiao JB
- Johnson RA
- Joshi J
- Kang L
- Kettell SH
- Kohn S
- Kramer M
- Kwan KK
- Kwok MW
- Kwok T
- Langford TJ
- Lau K
- Lebanowski L
- Lee J
- Lee JHC
- Lei RT
- Leitner R
- Leung JKC
- Li C
- Li DJ
- Li F
- Li GS
- Li QJ
- Li S
- Li SC
- Li WD
- Li XN
- Li YF
- Li ZB
- Liang H
- Lin CJ
- Lin GL
- Lin S
- Lin SK
- Lin YC
- Ling JJ
- Link JM
- Littenberg L
- Littlejohn BR
- Liu DW
- Liu JC
- Liu JL
- Loh CW
- Lu C
- Lu HQ
- Lu JS
- Luk KB
- Lv Z
- Ma QM
- Ma XB
- Ma XY
- Ma YQ
- Malyshkin Y
- Martinez Caicedo DA
- McDonald KT
- McKeown RD
- Mitchell I
- Mooney M
- Nakajima Y
- Napolitano J
- Naumov D
- Naumova E
- Ngai HY
- Ning Z
- Ochoa-Ricoux JP
- Olshevskiy A
- Pan HR
- Park J
- Patton S
- Pec V
- Peng JC
- Pinsky L
- Pun CSJ
- Qi FZ
- Qi M
- Qian X
- Raper N
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Steiner H
- Sun GX
- Sun JL
- Tang W
- Taychenachev D
- Treskov K
- Tsang KV
- Tull CE
- Viaux N
- Viren B
- Vorobel V
- Wang CH
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Wei HY
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu CH
- Wu Q
- Wu WJ
- Xia DM
- Xia JK
- Xing ZZ
- Xu JL
- Xu JY
- Xu Y
- Xue T
- Yang CG
- Yang H
- Yang L
- Yang MS
- Yang MT
- Ye M
- Ye Z
- Yeh M
- Young BL
- Yu ZY
- Zeng S
- Zhan L
- Zhang C
- Zhang HH
- Zhang JW
- Zhang QM
- Zhang XT
- Zhang YM
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhao QW
- Zhao YB
- Zhong WL
- Zhou L
- Zhou N
- Zhuang HL
- Zou JH
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2016
- Field of study
published_or_final_versio
Improved measurement of the reactor antineutrino flux and spectrum at Daya Bay
- Author
- An FP
- Balantekin AB
- Band HR
- Bishai M
- Blyth S
- Cao D
- Cao GF
- Cao J
- Cen WR
- Chan YL
- Chang JF
- Chang LC
- Chang Y
- Chen HS
- Chen QY
- Chen SM
- Chen Y
- Chen YX
- Cheng J
- Cheng JH
- Cheng YP
- Cheng ZK
- Cherwinka JJ
- Chu MC
- Chukanov A
- Cummings JP
- De Arcos J
- Deng ZY
- Ding XF
- Ding YY
- Diwan MV
- Dolgareva M
- Dove J
- Dwyer DA
- Edwards WR
- Gill R
- Gonchar M
- Gong GH
- Gong H
- Grassi M
- Gu WQ
- Guan MY
- Guo L
- Guo RP
- Guo XH
- Guo Z
- Hackenburg RW
- Han R
- Hans S
- He M
- Heeger KM
- Heng YK
- Higuera A
- Hor YK
- Hsiung YB
- Hu BZ
- Hu T
- Hu W
- Huang EC
- Huang HX
- Huang XT
- Huber P
- Huo W
- Hussain G
- Jaffe DE
- Jaffke P
- Jen KL
- Jetter S
- Ji XL
- Ji XP
- Jiao JB
- Johnson RA
- Jones D
- Joshi J
- Kang L
- Kettell SH
- Kohn S
- Kramer M
- Kwan KK
- Kwok MW
- Kwok T
- Langford TJ
- Lau K
- Lebanowski L
- Lee J
- Lee JHC
- Lei RT
- Leitner R
- Li C
- Li DJ
- Li F
- Li GS
- Li QJ
- Li S
- Li SC
- Li WD
- Li XN
- Li YF
- Li ZB
- Liang H
- Lin CJ
- Lin GL
- Lin S
- Lin SK
- Lin YC
- Ling JJ
- Link JM
- Littenberg L
- Littlejohn BR
- Liu DW
- Liu JC
- Liu JL
- Loh CW
- Lu C
- Lu HQ
- Lu JS
- Luk KB
- Lv Z
- Ma QM
- Ma XB
- Ma XY
- Ma YQ
- Malyshkin Y
- Martinez Caicedo DA
- McDonald KT
- McKeown RD
- Mitchell I
- Mooney M
- Nakajima Y
- Napolitano J
- Naumov D
- Naumova E
- Ngai HY
- Ning Z
- Ochoa-Ricoux JP
- Olshevskiy A
- Pan HR
- Park J
- Patton S
- Pec V
- Peng JC
- Pinsky L
- Pun CSJ
- Qi FZ
- Qi M
- Qian X
- Raper N
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Steiner H
- Sun GX
- Sun JL
- Tang W
- Taychenachev D
- Treskov K
- Tsang KV
- Tull CE
- Viaux N
- Viren B
- Vorobel V
- Wang CH
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Wei HY
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu CH
- Wu Q
- Wu WJ
- Xia DM
- Xia JK
- Xing ZZ
- Xu JL
- Xu JY
- Xu Y
- Xue T
- Yang CG
- Yang H
- Yang L
- Yang MS
- Yang MT
- Ye M
- Ye Z
- Yeh M
- Young BL
- Yu ZY
- Zeng S
- Zhan L
- Zhang C
- Zhang HH
- Zhang JW
- Zhang QM
- Zhang XT
- Zhang YM
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhao QW
- Zhao YB
- Zhong WL
- Zhou L
- Zhou N
- Zhuang HL
- Zou JH
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2017
- Field of study
published_or_final_versio
Independent measure of the neutrino mixing angle θ13 via neutron capture on hydrogen at Daya Bay
- Author
- An FP
- Arcos J
- Balantekin AB
- Band HR
- Beriguete W
- Bishai M
- Blyth S
- Butorov I
- Cao GF
- Cao J
- Chan YL
- Chang JF
- Chang LC
- Chang Y
- Chasman C
- Chen H
- Chen QY
- Chen SM
- Chen X
- Chen X
- Chen Y
- Chen YX
- Cheng YP
- Cherwinka JJ
- Chu MC
- Cummings JP
- Deng ZY
- Ding YY
- Diwan MV
- Draeger E
- Du XF
- Dwyer DA
- Edwards WR
- Ely SR
- Fu JY
- Ge LQ
- Gill R
- Gonchar M
- Gong GH
- Gong H
- Gu WQ
- Guan MY
- Guo XH
- Hackenburg RW
- Han GH
- Hans S
- He M
- Heeger KM
- Heng YK
- Hinrichs P
- Hor YK
- Hsiung YB
- Hu BZ
- Hu LJ
- Hu LM
- Hu T
- Hu W
- Huang EC
- Huang H
- Huang XT
- Huber P
- Hussain G
- Isvan Z
- Jaffe DE
- Jaffke P
- Jen KL
- Jetter S
- Ji XL
- Ji XP
- Jiang HJ
- Jiao JB
- Johnson RA
- Kang L
- Kettell SH
- Kramer M
- Kwan KK
- Kwok MW
- Kwok T
- Lai WC
- Lau K
- Lebanowski L
- Lee J
- Lei RT
- Leitner R
- Leung JKC
- Leung KY
- Lewis CA
- Li DJ
- Li F
- Li GS
- Li QJ
- Li WD
- Li XN
- Li XQ
- Li YF
- Li ZB
- Liang H
- Lin CJ
- Lin GL
- Lin PY
- Lin SK
- Lin YC
- Ling JJ
- Link JM
- Littenberg L
- Littlejohn BR
- Liu DW
- Liu H
- Liu JC
- Liu JL
- LIU S
- Liu YB
- Lu C
- Lu HQ
- Luk KB
- Ma QM
- Ma XB
- Ma XY
- Ma YQ
- McDonald KT
- McFarlane MC
- McKeown RD
- Meng Y
- Mitchell I
- Monari Kebwaro J
- Nakajima Y
- Napolitano J
- Naumov D
- Naumova E
- Nemchenok I
- Ngai HY
- Ning Z
- Ochoa-Ricoux JP
- Olshevski A
- Patton S
- Pec V
- Peng JC
- Piilonen LE
- Pinsky L
- Pun JCS
- Qi FZ
- Qi M
- Qian X
- Raper N
- Ren B
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Shao BB
- Steiner H
- Sun GX
- Sun JL
- Tam YH
- Tang X
- Themann H
- Tsang KV
- Tsang RHM
- Tull CE
- Tung YC
- Viren B
- Vorobel V
- Wang CH
- Wang LS
- Wang LY
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang WW
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Webber DM
- Wei HY
- Wei YD
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu Q
- Xia DM
- Xia JK
- Xia X
- Xing ZZ
- Xu J
- Xu JL
- Xu JY
- Xu Y
- Xue T
- Yan J
- Yang CC
- Yang L
- Yang MS
- Yang MT
- Ye M
- Yeh M
- Yeh YS
- Young BL
- Yu GY
- Yu JY
- Yu ZY
- Zang SL
- Zeng B
- Zhan L
- Zhang C
- Zhang FH
- Zhang JW
- Zhang Q
- Zhang QM
- Zhang SH
- Zhang YC
- Zhang YH
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhao Q
- Zhao Y
- Zhao YB
- Zheng L
- Zhong WL
- Zhou L
- Zhou ZY
- Zhuang HL
- Zou JH
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
published_or_final_versio
The muon system of the Daya Bay Reactor antineutrino experiment
- Author
- An EP
- Arcos JD
- Balantekin AB
- Band HR
- Beriguete W
- Bishai M
- Blyth S
- Brown RE
- Butorov I
- Cao GF
- Cao J
- Carr R
- Chan YL
- Chang JF
- Chang L
- Chang Y
- Chasman C
- Chen HS
- Chen HY
- Chen QY
- Chen SJ
- Chen SM
- Chen XC
- Chen XH
- Chen Y
- Chen YX
- Cheng YP
- Cherwinka JJ
- Chu MC
- Cummings JP
- Dale E
- Deng ZY
- Ding YY
- Diwan MV
- Draeger E
- Du XF
- Dwyer DA
- Edwards WR
- Ely SR
- Fu JY
- Ge LQ
- Gill R
- Goett J
- Gonchar M
- Gong GH
- Gong H
- Gu WQ
- Guan MY
- Guo XH
- Hackenburg RW
- Han GH
- Hans S
- He M
- He Q
- Heeger KM
- Heng YK
- Hinrichs P
- Hor YK
- Hsiung YB
- Hu BZ
- Hu LJ
- Hu LM
- Hu T
- Hu W
- Huang EC
- Huang HX
- Huang HZ
- Huang XT
- Huber P
- Hussain G
- Isvan Z
- Jaffe DE
- Jaffke P
- Jetter S
- Ji XL
- Ji XP
- Jiang HJ
- Jiao JB
- Johnson RA
- Kang L
- Kebwaro JM
- Kettell SH
- Kramer M
- Kwan KK
- Kwok MW
- Kwok T
- Lai WC
- Lai WH
- Lau K
- Lebanowski L
- Lee J
- Lei RT
- Leitner R
- Leung JKC
- Leung KY
- Lewis CA
- Li DJ
- Li F
- Li GS
- Li QJ
- Li WD
- Li XN
- Li XQ
- Li YZB
- Liang H
- Lin CJ
- Lin GL
- Lin PY
- Lin SK
- Link JM
- Littenberg L
- Littlejohn BR
- Liu DW
- Liu H
- Liu JC
- Liu JL
- LIU S
- Liu YB
- Lu C
- Lu HQ
- Luk KB
- Ma QM
- Ma XB
- Ma XY
- Ma YQ
- McDonald KT
- McFarlane MC
- McKeown RD
- Meng Y
- Mitchell I
- Mohapatra D
- Morgan JE
- Nakajima Y
- Napolitano J
- Naumov D
- Naumova E
- Nemchenok I
- Newsom C
- Ngai HY
- Ngai WK
- Ning Z
- Ochoa-Ricoux JP
- Olshevski A
- Patton S
- Pearson CE
- Pec V
- Peng JC
- Piilonen LE
- Pinsky L
- Pun JCS
- Qi FZ
- Qi M
- Qian X
- Raper N
- Ren B
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Shao BB
- Steiner H
- Sun GX
- Sun JL
- Tam YH
- Tang X
- Themann H
- Tsang KV
- Tsang RHM
- Tull CE
- Tung YC
- Viren B
- Virostek S
- Vorobel V
- Wang CH
- Wang LS
- Wang LY
- Wang LZ
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang WW
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Webber DM
- Wei HY
- Wei YD
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wilhelmi J
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu Q
- Xia DM
- Xia JK
- Xia X
- Xing ZZ
- Xu GH
- Xu J
- Xu JL
- Xu JY
- Xu Y
- Xue T
- Yan J
- Yang CG
- Yang L
- Yang MS
- Yang MT
- Ye M
- Yeh M
- Yeh YS
- Young BL
- Yu GY
- Yu JY
- Yu ZY
- Zang SL
- Zhan L
- Zhang C
- Zhang FH
- Zhang JW
- Zhang K
- Zhang QM
- Zhang SH
- Zhang YH
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhao QW
- Zhao Y
- Zhao YB
- Zheng L
- Zhong WL
- Zhou L
- Zhou ZY
- Zhuang HL
- Zou JH
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2015
- Field of study
postprin
Search for a Light Sterile Neutrino at Daya Bay
- Author
- An FP
- Balantekin AB
- Band HR
- Beriguete W
- Bishai M
- Blyth S
- Butorov I
- Cao GF
- Cao J
- Chan YL
- Chang JF
- Chang LC
- Chang Y
- Chasman C
- Chen H
- Chen QY
- Chen SM
- Chen X
- Chen X
- Chen Y
- Chen YX
- Cheng YP
- Cherwinka JJ
- Chu MC
- Cummings JP
- de Arcos J
- Deng ZY
- Ding YY
- Diwan MV
- Draeger E
- Du XF
- Dwyer DA
- Edwards WR
- Ely SR
- Fu JY
- Ge LQ
- Gill R
- Gonchar M
- Gong GH
- Gong H
- Grassi M
- Gu WQ
- Guan MY
- Guo XH
- Hackenburg RW
- Han GH
- Hans S
- He M
- Heeger KM
- Heng YK
- Hinrichs P
- Hor YK
- Hsiung YB
- Hu BZ
- Hu LJ
- Hu LM
- Hu T
- Hu W
- Huang EC
- Huang H
- Huang XT
- Huber P
- Hussain G
- Isvan Z
- Jaffe DE
- Jaffke P
- Jen KL
- Jetter S
- Ji XL
- Ji XP
- Jiang HJ
- Jiao JB
- Johnson RA
- Kang L
- Kettell SH
- Kramer M
- Kwan KK
- Kwok MW
- Kwok T
- Lai WC
- Lau K
- Lebanowski L
- Lee J
- Lei RT
- Leitner R
- Leung JKC
- Leung KY
- Lewis CA
- Li DJ
- Li F
- Li GS
- Li QJ
- Li WD
- Li XN
- Li XQ
- Li YF
- Li ZB
- Liang H
- Lin CJ
- Lin GL
- Lin PY
- Lin SK
- Lin YC
- Ling JJ
- Link JM
- Littenberg L
- Littlejohn BR
- Liu DW
- Liu H
- Liu JC
- Liu JL
- LIU S
- Liu YB
- Lu C
- Lu HQ
- Luk KB
- Ma QM
- Ma XB
- Ma XY
- Ma YQ
- McDonald KT
- McFarlane MC
- McKeown RD
- Meng Y
- Mitchell I
- Monari Kebwaro J
- Nakajima Y
- Napolitano J
- Naumov D
- Naumova E
- Nemchenok I
- Ngai HY
- Ning Z
- Ochoa-Ricoux JP
- Olshevski A
- Patton S
- Pec V
- Peng JC
- Piilonen LE
- Pinsky L
- Pun JCS
- Qi FZ
- Qi M
- Qian X
- Raper N
- Ren B
- Ren J
- Rosero R
- Roskovec B
- Ruan XC
- Shao BB
- Steiner H
- Sun GX
- Sun JL
- Tam YH
- Tang X
- Themann H
- Tsang KV
- Tsang RHM
- Tull CE
- Tung YC
- Viren B
- Vorobel V
- Wang CH
- Wang LS
- Wang LY
- Wang M
- Wang NY
- Wang RG
- Wang W
- Wang WW
- Wang X
- Wang YF
- Wang Z
- Wang Z
- Wang ZM
- Webber DM
- Wei HY
- Wei YD
- Wen LJ
- Whisnant K
- White CG
- Whitehead L
- Wise T
- Wong HLH
- Wong SCF
- Worcester E
- Wu Q
- Xia DM
- Xia JK
- Xia X
- Xing ZZ
- Xu J
- Xu JL
- Xu JY
- Xu Y
- Xue T
- Yan J
- Yang CC
- Yang L
- Yang MS
- Yang MT
- Ye M
- Yeh M
- Yeh YS
- Young BL
- Yu GY
- Yu JY
- Yu ZY
- Zang SL
- Zeng B
- Zhan L
- Zhang C
- Zhang FH
- Zhang JW
- Zhang Q
- Zhang QM
- Zhang SH
- Zhang YC
- Zhang YH
- Zhang YM
- Zhang YX
- Zhang ZJ
- Zhang ZP
- Zhang ZY
- Zhao J
- Zhao QW
- Zhao Y
- Zhao YB
- Zheng L
- Zhong WL
- Zhou L
- Zhou ZY
- Zhuang HL
- Zou JH
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
published_or_final_versio
- …