Selaus tekijän mukaan kokoelmassa Rinnakkaistallenteet

Aineistot 1-5 / 5

    • Bilingualism and processing speed in typically developing children and children with developmental language disorder. 

      Sanjeevan; Weiss D.J.; Miller C.A.; van Hell J.G.; Mainela-Arnold E.; T.; Park J.S.
      <p>Purpose: <br />The aim of the current study was to investigate whether dual language experience modulates processing speed in typically developing (TD) children and in children with developmental language disorder (DLD). ...

    • Deep observations of the globular cluster M15 with the MAGIC telescopes 

      Inoue S.; Nilsson K.; Dominis Prester D.; Fidalgo D.; Maraschi L.; Biland A.; Colombo E.; Manganaro M.; Barrio J. A.; Vanzo G.; Rhode W.; Miranda J. M.; Satalecka K.; D.; van Scherpenberg J.; Lelas D.; Delfino M.; Gallozzi S.; Leone F.; Noda K.; Prandini E.; Cortina J.; Busetto G.; Saha L.; López-Oramas A.; Berti A.; Molina E.; Nigro C.; Strzys M.; Babić; Domínguez A.; Delgado J.; Torres-Albà N.; Sobczynska D.; Besenrieder J.; Giammaria P.; Contreras J. L.; Becerra González J.; Godinović; Lamastra A.; Martínez M.; Sitarek J.; Garczarczyk M.; di Pierro F.; Munar-Adrover P.; Bhattacharyya W.; Dorner D.; Neustroev V.; Bernardini E.; Vovk I.; A.; I.; Cikota S.; Puljak I.; Minev M.; Ferrara G.; Carosi R.; Do Souto Espiñera E.; Peresano M.; Einecke S.; Mazin D.; Majumdar P.; Vazquez Acosta M.; Temnikov P.; Sahakyan N.; Nöthe M.; Tsujimoto S.; Ceribella G.; Fernández-Barral A.; Hrupec D.; Kushida J.; Lindfors E.; Foffano L.; Paneque D.; Arbet Engels A.; N.; Mirzoyan R.; Niedzwiecki A.; Font L.; Doro M.; Mariotti M.; Ribó M.; Tavecchio F.; Kubo H.; Fruck C.; Lombardi S.; Nishijima K.; Pedaletti G.; Longo F.; Moretti E.; Nievas Rosillo M.; Terzić; Fonseca M. V.; Maggio C.; de Angelis A.; Makariev M.; Teshima M.; Maneva G.; Gasparyan S.; Prada Moroni P. G.; Antonelli L. A.; Stamerra A.; Barres de Almeida U.; Galindo D.; Rico J.; Machado de Oliveira Fraga B.; Dazzi F.; Guberman D.; Elsaesser D.; Bigongiari C.; Hahn A.; Covino S.; Peñil P.; Will M.; Herrera J.; Moreno V.; Persic M.; de Lotto B.; Acciari V. A.; Paiano S.; Hoang J.; Saito T.; Baack D.; Schweizer T.; Paoletti R.; Colin P.; da Vela P.; Green D.; Fattorini A.; Iwamura Y.; Righi C.; Banerjee B.; Fallah Ramazani V.; Masuda S.; Mannheim K.; Colak S. M.; Hadasch D.; Paredes J. M.; Somero A.; Bednarek W.; Mallamaci M.; Nogués L.; Garcia J. R.; Ninci D.; Blanch O. Bonnoli G.; López M.; Surić; García López R. J.; T.; Šnidarić; Ishio K.; Rugliancich A.; Moralejo A.; Palacio J.; Zarić D.; Gaug M.; Kuveždić; Ansoldi S.; D'Elia V.
      <p>A population of globular clusters (GCs) has been recently established by the Fermi-LAT telescope as a new class of GeV γ-ray sources. Leptons accelerated to TeV energies, in the inner magnetospheres of MSPs or in ...

    • Origin of two extreme solar particle events 

      M.; Pizzo; M.J.; Pohjolainen; Lee; Usoskin; G.A.; L.V.; Valtonen; I.G.; K.-S.; R.; A.; Klassenk; Reiner; Didkovsky; Vainio; V.J.; Cho; S.; T.; Kovaltsov; L.; Karlicky; Kim; J.; Mishev; E.; Laitinen; Kocharov
      <p>We performed an analysis of high-energy particle emission from the Sun in two extreme solar particle events observed even with ground-based neutron monitors (NMs). We model particle transport and interactions from ...

    • The transitional gap transient AT 2018hso: new insights into the luminous red nova phenomenon 

      Pastorello; E.; Elias-Rosa; C.; Cannizzaro; S. J.; Cappellaro; F.; T. M.; Valerin; F. J.; Y. -Z.; Galindo-Guil; S. Onori; Callis; M.; Heikkilä; Reguitti; Benetti; N.; Sagués Carracedo; Gromadzki; Fraser; Cai; Reynolds; Prentice; T.; Mason; A.; Gall; S.; Fiore; G.; Morales-Garoffolo; Moran; Brennan
      <p> Context. The absolute magnitudes of luminous red novae (LRNe) are intermediate between those of novae and supernovae (SNe), and show a relatively homogeneous spectro-photometric evolution. Although they were ...

    • The δ subunit and NTPase HelD institute a two-pronged mechanism for RNA polymerase recycling 

      Chen; Z.A.; Hilal; Belogurov; Huang; N.; T.; Loll; G.A.; Artsimovitch; H.-H.; Y.; I.; B.; J.; Said; Pei; Y.-H.; Gao; Rappsilber; M.C.; Wahl
      <p>Cellular RNA polymerases (RNAPs) can become trapped on DNA or RNA, threatening genome stability and limiting free enzyme pools, but how RNAP recycling into active states is achieved remains elusive. In <i>Bacillus ...