Search results for "CONDENSED MATTER"

showing 8 items of 13918 documents

"Table 3" of "Search for supersymmetry in events with three leptons and missing transverse momentum in sqrt(s) = 7 TeV pp collisions with the ATLAS d…

2012

Transverse momentum distribution for the second leading lepton for events in the SR1 signal region for DATA and SM predictions.

Condensed Matter::Materials ScienceProton-Proton ScatteringHigh Energy Physics::PhenomenologyExclusiveSUSY7000.0High Energy Physics::ExperimentCondensed Matter::Strongly Correlated ElectronsSupersymmetryJet ProductionNP P --> 3LEPTONS JETS MM
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Code for manuscript: Nonreciprocal Josephson linear response

2023

Codes related to manuscript "Nonreciprocal Josephson linear response", including the scripts that generate the figures in the manuscript. The preprint is available at https://doi.org/10.48550/arXiv.2306.12295 This is a snapshot of the code dataset that has been taken on 06.07.2023. A more detailed description of the data and the address to the GitLab repository for the latest version of the code can be found from the parent dataset of this data publication.

condensed matter physicssähködynamiikkasähkömagnetismielectrodynamicselectromagnetismtiiviin aineen fysiikka
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M6_Microfluidics_for_CNT

2018

The hydrodynamic trap holds an incoming droplet until the arrival of following droplet. The previous droplet leaves the trap in very rapid manner.

Condensed Matter::Quantum GasesPhysics::Fluid Dynamicsendocrine systemtrap occupation timetechnology industry and agriculturePhysics::Atomic and Molecular ClustersmicrofluidicsPhysics::Atomic Physicscomplex mixturesdroplet trapeye diseases
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Controllable morphology of flux avalanches in microstructured superconductors

2014

The morphology of abrupt bursts of magnetic flux into superconducting films with engineered periodic pinning centers (antidots) has been investigated. Guided flux avalanches of thermomagnetic origin develop a tree-like structure, with the main trunk perpendicular to the borders of the sample, while secondary branches follow well-defi ned directions determined by the geometrical details of the underlying periodic pinning landscape. Strikingly, we demonstrate that in a superconductor with relatively weak random pinning, the morphology of such flux avalanches can be fully controlled by proper combinations of lattice symmetry and antidot geometry. Moreover, the resulting flux patterns can be re…

nanostructured superconductorsPhysical chemical mathematical & earth Sciencesthermomagnetic instabilitiesPhysiqueCondensed Matter::SuperconductivityPhysicsPhysique chimie mathématiques & sciences de la terreflux avalanches
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Nonreciprocal Josephson linear response (parent repository)

2023

The repository contains computer codes related to manuscript "Nonreciprocal Josephson linear response", including the scripts that generate the figures in the manuscript. The preprint is available at https://doi.org/10.48550/arXiv.2306.12295 This is the metadata for the parent repository of the codes. Updates and possible corrections are documented in the GitLab project, where the material saved and shared. The GitLab project can be found and downloaded from the following address: https://gitlab.jyu.fi/jyucmt/2023-nonreciprocal-josephson

condensed matter physicssähködynamiikkasähkömagnetismielectrodynamicselectromagnetismtiiviin aineen fysiikka
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Mass Measurements of Proton-rich Nuclei with JYFLTRAP

2011

The Penning trap setup JYFLTRAP, connected to the IGISOL facility, has been extensively used for atomic mass measurements of exotic nuclei. On the proton rich side of the chart of nuclei mass measurements have mostly contributed to fundamental physics and nuclear astrophysics studies with about 100 atomic masses measured. peerReviewed

Condensed Matter::Quantum Gasesnuclear spectroscopyydinrakennenuclear physicsaccelerator-based physicsNuclear Theorynuclear structurePhysics::Atomic and Molecular ClustersydinspektroskopiaPhysics::Atomic PhysicsNuclear Experimentydinfysiikkakiihdytinpohjainen fysiikka
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M13_Microfluidics_for_CNT

2018

Compared to pure water, the CNT dispersion has much lower interfacial tension at the dispersion – glass interface due to the presence of SDBS surfactant. Since the behavior of microfluidic system in the confined regime is driven by liquid – solid interfacial tension, the droplet formation and droplet propagation are unstable and unpredictable.

Condensed Matter::Soft Condensed MatterPhysics::Fluid Dynamicsdroplet formationPhysics::Atomic and Molecular ClustersmicrofluidicsCNT dispersioninterfacial tension
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M4_Microfluidics_for_CNT

2018

Size and frequency of the droplets produced in T-junction as a function of continuous and disperse phase pressure ratio.

Physics::Fluid Dynamicsendocrine systemCondensed Matter::Superconductivitydroplet frequencytechnology industry and agriculturePhysics::Atomic and Molecular Clustersmicrofluidicsdroplet sizeCondensed Matter::Mesoscopic Systems and Quantum Hall Effectpressure ratiocomplex mixtureseye diseases
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