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Annual review of nuclear and particle science, ISSN 1545-4134, 2013, Volume 63, Issue 1, pp. 237 - 267
.... They can be used to extract values for the weak mixing angle [graphic not available], a fundamental parameter... 
Precision tests of the Standard Model | Weak mixing angle | Weak neutral currents | Electroweak radiative corrections | Properties | Bosons
Journal Article
Powder Technology, ISSN 0032-5910, 2009, Volume 194, Issue 3, pp. 217 - 227
In this paper we examine the effect of rotation rate, mixing angle, and cohesion on the powder residence time and the content uniformity of the blend exiting from two continuous powder mixers... 
Continuous powder mixing | Homogeneity | Statistical analysis | Residence time | ANOVA | QUANTITATIVE CHARACTERIZATION | DRY POWDERS | PARTICLES | PERFORMANCE | V-BLENDERS | BIN-BLENDER | ENGINEERING, CHEMICAL | SOLIDS | SEGREGATION PATTERNS | Powders | Analysis | Coatings industry
Journal Article
Physical review letters, ISSN 1079-7114, 2005, Volume 95, Issue 8, p. 081601
...), leading to the determination of the weak mixing angle sin(2)theta(W)(eff)=0.2397 +/- 0.0010(stat)+/- 0.0008(syst), evaluated at Q(2)=0.026 GeV2. Combining this result with the measurements of sin... 
ASYMMETRIES | MODEL | PHYSICS, MULTIDISCIPLINARY | ELECTRON-SCATTERING | Physics - High Energy Physics - Experiment
Journal Article
Journal of Cosmology and Astroparticle Physics, ISSN 1475-7516, 06/2017, Volume 2017, Issue 6, pp. 51 - 51
Journal Article
The Journal of Physical Chemistry B, ISSN 1520-6106, 04/2018, Volume 122, Issue 15, pp. 4366 - 4375
The most critical problem regarding the use of reverse micelles (RMs) in several fields is the toxicity of their partial components. In this sense, many... 
Journal Article
by Aloisio, A and Ambrosino, F and Antonelli, A and Antonelli, M and Bacci, C and Bencivenni, G and Bertolucci, S and Bini, C and Bloise, C and Bocci, V and Bossi, F and Branchini, P and Bulychjov, S.A and Cabibbo, G and Caloi, R and Campana, P and Capon, G and Carboni, G and Casarsa, M and Casavola, V and Cataldi, G and Ceradini, F and Cervelli, F and Cevenini, F and Chiefari, G and Ciambrone, P and Conetti, S and De Lucia, E and De Robertis, G and De Simone, P and De Zorzi, G and Dell'Agnello, S and Denig, A and Di Domenico, A and Di Donato, C and Di Falco, S and Doria, A and Dreucci, M and Erriquez, O and Farilla, A and Felici, G and Ferrari, A and Ferrer, M.L and Finocchiaro, G and Forti, C and Franceschi, A and Franzini, P and Gatti, C and Gauzzi, P and Giovannella, S and Gorini, E and Grancagnolo, F and Graziani, E and Han, S.W and Incagli, M and Ingrosso, L and Kluge, W and Kuo, C and Kulikov, V and Lacava, F and Lanfranchi, G and Lee-Franzini, J and Leone, D and Lu, F and Martemianov, M and Matsyuk, M and Mei, W and Merola, L and Messi, R and Miscetti, S and Moulson, M and Müller, S and Murtas, F and Napolitano, M and Nedosekin, A and Nguyen, F and Palutan, M and Paoluzi, L and Pasqualucci, E and Passalacqua, L and Passeri, A and Patera, V and Petrolo, E and Pirozzi, G and Pistillo, C and Pontecorvo, L and Primavera, M and Ruggieri, F and Santangelo, P and Santovetti, E and Saracino, G and Schamberger, R.D and Sciascia, B and Sciubba, A and Scuri, F and Sfiligoi, I and Spadaro, T and Spiriti, E and Tong, G.L and Tortora, L and ... and KLOE Collaboration
Physics Letters B, ISSN 0370-2693, 2002, Volume 541, Issue 1, pp. 45 - 51
...( φ→ η′ γ)=(6.10±0.61±0.43)×10 −5 and the mixing angle of pseudoscalar mesons in the flavour basis ϕ P =(41.8 +1.9 −1.6)°. 
φ radiative decays | e+e− collisions | Pseudoscalar mixing angle | collisions | ETA | pseudoscalar mixing angle | ASTRONOMY & ASTROPHYSICS | e(+)e(-) collisions | PHYSICS, NUCLEAR | phi radiative decays | PHENOMENOLOGICAL EVIDENCE | B DECAYS | PHYSICS, PARTICLES & FIELDS
Journal Article
Optics and Laser Technology, ISSN 0030-3992, 06/2019, Volume 114, pp. 110 - 113
Journal Article
The Journal of Physical Chemistry B, ISSN 1520-6106, 05/2011, Volume 115, Issue 18, pp. 5456 - 5464
.... Here, we introduce the polarization-angle-scanning (PAS) 2D spectroscopy and show that the diagonal and cross-peak amplitudes in the 2D spectrum can be arbitrarily modulated by spatially controlling the beam polarization directions... 
2-DIMENSIONAL IR-SPECTROSCOPY | VIBRATIONAL COHERENCE TRANSFER | HYDROGEN-BOND DYNAMICS | PEPTIDES | 4-WAVE-MIXING SPECTROSCOPY | ULTRAFAST DYNAMICS | INTERFACES | CHEMISTRY, PHYSICAL | MOLECULAR-ORIENTATION | MONOLAYER | EXCHANGE | Infrared spectroscopy | Polarization (Electricity) | Usage | Analysis | Harmonic oscillators
Journal Article
Physics letters. B, ISSN 0370-2693, 2007, Volume 648, Issue 4, pp. 267 - 273
...−3, from which we derive BR(ϕ→η′γ)=(6.20±0.11stat±0.25syst)×10−5. Assuming the η′ has zero gluonium content, we extract the pseudoscalar mixing angle in the quark-flavor basis, φP=(41.4±0.3stat±0.7syst±0.6th... 
[formula omitted] collisions | Radiative ϕ decays | Pseudoscalar mixing angle | collisions | Radiative φ{symbol} decays
Journal Article
Advanced powder technology : the international journal of the Society of Powder Technology, Japan, ISSN 0921-8831, 2018, Volume 29, Issue 3, pp. 519 - 536
.... The co-effect of cavity’s inclination angle, heater configuration, use of nanofluid and porous media on heat transfer enhancement has been studied with detailed investigation of the decision variables effect... 
Porous media | Natural convection | Two-phase mixture | Nanofluid | Inclined cavity | HEAT-TRANSFER ENHANCEMENT | BOUNDARY-CONDITIONS | 2-PHASE | FIN | ENCLOSURE | FLOW | ENGINEERING, CHEMICAL | ENTROPY GENERATION ANALYSIS | MAGNETIC-FIELD | NUMERICAL-SIMULATION | MAGNETOHYDRODYNAMIC NANOFLUID
Journal Article
Modern Physics Letters A, ISSN 0217-7323, 10/2013, Volume 28, Issue 33, p. 1330030
We introduce a 2–3 symmetric structure of the charged lepton mass matrix except for one breaking by the muon mass. Symmetry breaking effects are provided both... 
neutrino mixing | Neutrino oscillation | PHYSICS, NUCLEAR | PHYSICS, MATHEMATICAL | PHYSICS, PARTICLES & FIELDS
Journal Article
by Aaij, Roel and Abellán Beteta, Carlos and Adeva, Bernardo and Affolder, Anthony and Ajaltouni, Ziad and Albrecht, Johannes and Alessio, Federico and Alexander, Michael and Ali, Suvayu and Alkhazov, Georgy and Alvarez Cartelle, Paula and Amhis, Yasmine and Anderlini, Lucio and Andreassi, Guido and Andreotti, Mirco and Andrews, Jason and Aquines Gutierrez, Osvaldo and Archilli, Flavio and Artuso, Marina and Auriemma, Giulio and Badalov, Alexey and Baesso, Clarissa and Baldini, Wander and Barlow, Roger and Barschel, Colin and Barsuk, Sergey and Barter, William and Battista, Vincenzo and Beddow, John and Bediaga, Ignacio and Bel, Lennaert and Ben-Haim, Eli and Bencivenni, Giovanni and Benton, Jack and Bernet, Roland and Bertolin, Alessandro and Betti, Federico and Bettler, Marc-Olivier and Van Beuzekom, Martinus and Bifani, Simone and Billoir, Pierre and Bird, Thomas and Birnkraut, Alex and Bizzeti, Andrea and Blake, Thomas and Blanc, Frédéric and Blouw, Johan and Blusk, Steven and Bocci, Valerio and Bondar, Alexander and Bondar, Nikolay and Bonivento, Walter and Borghi, Silvia and Borisyak, Maxim and Bowen, Espen Eie and Britton, Thomas and Brook, Nicholas and Buchanan, Emma and Burr, Christopher and Bursche, Albert and Buytaert, Jan and Cadeddu, Sandro and Calvi, Marta and Calvo Gomez, Miriam and Campana, Pierluigi and Capriotti, Lorenzo and Carbone, Angelo and Cardinale, Roberta and Carniti, Paolo and Carvalho Akiba, Kazuyoshi and Casse, Gianluigi and Cassina, Lorenzo and Castillo Garcia, Lucia and Cenci, Riccardo and Charles, Matthew and Charpentier, Philippe and Chen, Shanzhen and Cheung, Shu-Faye and Chiapolini, Nicola and Chrzaszcz, Marcin and Cid Vidal, Xabier and Clarke, Peter and Clemencic, Marco and Cliff, Harry and Closier, Joel and Cogan, Julien and Cogneras, Eric and Cojocariu, Lucian and Collazuol, Gianmaria and Comerma-Montells, Albert and Contu, Andrea and Coombes, Matthew and Coquereau, Samuel and Corti, Gloria and Corvo, Marco and Couturier, Benjamin and Cowan, Greig and Craik, Daniel Charles and Cruz Torres, Melissa Maria and Cunliffe, Samuel and ...
Physical review / D covering particles, ISSN 0556-2821, 2016, Volume fields, p. 112018 (2016). doi:10.1103/PhysRevD.93.112018
Journal Article
Journal of Colloid And Interface Science, ISSN 0021-9797, 11/2011, Volume 363, Issue 2, pp. 646 - 654
Two droplets coalescing on a superhydrophobic surface. Increasing contact angle hysteresis is shown to reduce the droplet deformation, the frequency of droplet oscillation and the rate of mixing. [Display omitted... 
Mixing | Superhydrophobic | Contact angle hysteresis | Wetting | Coalescence | Drop dynamics | SUPERHYDROPHOBIC SURFACES | WETTABILITY | LIQUID-DROPS | CHEMISTRY, PHYSICAL | IMPACT DYNAMICS | COLLISIONS | FLOW | DISRUPTION | TRANSITIONS | SEPARATION | WATER | Mechanical engineering | Coalescing | Weber number | Collisions | Polytetrafluoroethylenes | Droplets | Contact angle | Hysteresis
Journal Article
Journal of Physics G: Nuclear and Particle Physics, ISSN 0954-3899, 2014, Volume 41, Issue 5
Journal Article