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  1. 861
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    Online Artículo Texto
    MapGAN: An Intelligent Generation Model for Network Tile Maps
  2. 862
    por Greppi, Matteo, Fabbri, Giampietro
    Publicado 2020
    “…Through a seasonal experimental campaign, conducted with an outdoor test bench in Forlì (North-East of Italy), a hybrid thermophotovoltaic tile has been investigated. The double resin hybrid tile, patented by University of Bologna, is mechanically resistant, walkable and can be used to cover surfaces in order to obtain a full exploitation of the horizontal covers from an exergetic and functional point of view. …”
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    Experimental dataset of seasonal behaviour of a hybrid solar tile
  3. 863
    “…This review first summarizes currently available DNA tile toolboxes and the basic principles of lattice formation and hierarchical self-assembly using DNA tiles. …”
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    Constructing Large 2D Lattices Out of DNA-Tiles
  4. 864
    “…GammaTile® (GT Medical Technologies, Tempe, Arizona) is a surgically targeted radiation source, approved by FDA for brachytherapy in primary and secondary brain neoplasms. …”
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    GammaTile for Gliomas: A Single-Center Case Series
  5. 865
    “…Quantifying recruitment of corals is important for evaluating their capacity to recover after disturbances through natural processes, yet measuring recruitment rates in situ is challenging due to the minute size of the study organism and the complexity of benthic communities. Settlement tiles are widely used in studies of coral recruitment because they can be viewed under a microscope to enhance accuracy, but methodological choices such as the rugosity of tiles used and when and how to scan tiles for recruits post-collection may cause inconsistencies in measured recruitment rates. …”
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    Methodological recommendations for assessing scleractinian and octocoral recruitment to settlement tiles
  6. 866
    por Mohrmann, Jochen, Greinert, Jens
    Publicado 2022
    “…This article presents an algorithm capable of improving map quality and accuracy by aligning consecutive pings to tiles that are matched pairwise. A globally consistent solution is calculated from these matches. …”
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    AUV Navigation Correction Based on Automated Multibeam Tile Matching
  7. 867
    “…Neurons induce astrocyte branches that approach synapses. Each astrocyte tiles by expanding branches in an exclusive territory, with limited entries for the neighboring astrocyte branches. …”
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    Neurons Induce Tiled Astrocytes with Branches That Avoid Each Other
  8. 868
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    A Uniform and Isotropic Cytoskeletal Tiling Fills Dendritic Spines
  9. 869
    “…In our studies we use ultraviolet femtosecond laser pulses to analyze tungsten (W) tiles that were exposed to a deuterium plasma in the linear plasma device PSI-2, which mimics conditions at the first wall. …”
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    Hydrogen isotope analysis in W-tiles using fs-LIBS
  10. 870
    “…Smiling individuals are usually perceived more favorably than non-smiling ones—they are judged as happier, more attractive, competent, and friendly. …”
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    Be Careful Where You Smile: Culture Shapes Judgments of Intelligence and Honesty of Smiling Individuals
  11. 871
    “…A drug–drug interaction prediction model SmileGNN is proposed in this paper, which can be characterized by aggregating the structural features of drugs constructed by SMILES data and the topological features of drugs in knowledge graphs obtained by graph neural networks. …”
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    SmileGNN: Drug–Drug Interaction Prediction Based on the SMILES and Graph Neural Network
  12. 872
    “…Membrane technologies have broad potential in methods for separating, collecting, storing, and utilizing urine collected from toilets. Recovering urine from toilets for resource utilization instead of treating it in a sewage treatment plant not only reduces extra energy consumption for the degradation of N and P but also saves energy in chemical fertilizer production, which will contribute to carbon emission reduction of 12.19–17.82 kg kg(N)(−1) in terms of N alone. …”
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    Membrane technologies in toilet urine treatment for toilet urine resource utilization: a review
  13. 873
    “…Previous archaeological studies mainly focused on changing external characteristics, such as form and pattern; however, our analysis showed that the internal features changed, while the elemental composition and paste density remained constant from the appearance of the roof tiles until the 19th century. …”
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    A new perspective on the evolution of “Kawara” roof tiles in Ryukyu: A multidisciplinary non-destructive analysis of roof tile transition at Shuri Castle, Ryukyu Islands, Japan
  14. 874
    por Abdallah, J, Adragna, P, Alexa, C, Alves, R, Amaral, P, Ananiev, A, Anderson, K, Andresen, X, Antonaki, A, Batusov, V, Bednar, P, Bergeaas, E, Biscarat, C, Blanch, O, Blanchot, G, Bohm, C, Boldea, V, Bosi, F, Bosman, M, Bromberg, C, Budagov, Yu A, Calvet, D, Cardeira, C, Carli, T, Carvalho, J, Cascella, M, Castillo, M V, Costello, J, Cavalli-Sforza, M, Cavasinni, V, Cerqueira, A S, Clément, C, Cobal, M, Cogswell, F, Constantinescu, S, Costanzo, D, Da Silva, P, Davidek, M, David, T, Dawson, J, De, K, Del Prete, T, Di Girolamo, B, Dita, S, Dolejsi, J, Dolezal, Z, Dotti, A, Downing, R, Drake, G, Efthymiopoulos, I, Errede, D, Errede, S, Farbin, A, Fassouliotis, D, Feng, E, Fenyuk, A, Ferdi, C, Ferreira, B C, Ferrer, A, Flaminio, V, Flix, J, Francavilla, P, Fullana, E, Garde, V, Gellerstedt, K, Giakoumopoulou, V, Giangiobbe, V, Gildemeister, O, Gilewsky, V, Giokaris, N, Gollub, N, Gomes, A, González, V, Gouveia, J, Grenier, P, Gris, P, Guarino, V, Guicheney, C, Sen-Gupta, A, Hakobyan, H, Haney, M, Hellman, S, Henriques, A, Higón, E, Hill, N, Holmgren, S, Hruska, I, Hurwitz, M, Huston, J, Jen-La Plante, I, Jon-And, K, Junk, T, Karyukhin, A, Khubua, J, Klereborn, J, Kopikov, S, Korolkov, I, Krivkova, P, Kulchitsky, Y, Kurochkin, Yu, Kuzhir, P, Lapin, V, Le Compte, T, Lefèvre, R, Leitner, R, Li, J, Liablin, M, Lokajícek, M, Lomakin, Y, Lourtie, P, Lovas, L, Lupi, A, Maidantchik, C, Maio, A, Maliukov, S, Manousakis, A, Marques, C, Marroquim, F, Martin, F, Mazzoni, E, Merritt, F S, Myagkov, A, Miller, R, Minashvili, I, Miralles, L, Montarou, G, Némécek, S, Nessi, M, Nikitine, I, Nodulman, L, Norniella, O, Onofre, A, Oreglia, M, Palan, B, Pallin, D, Pantea, D, Pereira, A, Pilcher, J E, Pina, J, Pinhão, J, Pod, E, Podlyski, F, Portell, X, Poveda, J, Pribyl, L, Price, L E, Proudfoot, J, Ramalho, M, Ramstedt, M, Raposeiro, L, Reis, J, Richards, R, Roda, C, Romanov, V, Rosnet, P, Roy, P, Ruiz, A, Rumiantsau, V, Russakovich, N, Sada Costa, J, Salto, O, Salvachúa, B, Sanchis, E, Sanders, H, Santoni, C, Santos, J, Saraiva, J G, Sarri, F, Says, L P, Schlager, G, Schlereth, J L, Seixas, J M, Selldén, B, Shalanda, N, Shevtsov, P, Shochet, M, Simaitis, V, Simonyan, M, Sisakian, A, Sjölin, J, Solans, C, Solodkov, A, Solovianov, J, Silva, O, Sosebee, M, Spanó, F, Speckmeyer, P, Stanek, R, Starchenko, E, Starovoitov, P, Suk, M, Sykora, I, Tang, F, Tas, P, Teuscher, R, Tokar, S, Topilin, N, Torres, J, Underwood, D, Usai, G, Valero, A, Valkár, S, Valls, J A, Vartapetian, A, Vazeille, F, Vellidis, C, Ventura, F, Vichou, I, Vivarelli, I, Volpi, M, White, A, Zaitsev, A, Zenin, A, Zenis, T, Zenonos, Z, Zenz, S, Zilka, B
    Publicado 2007
    “…The scintillator tile hadronic calorimeter is a sampling calorimeter using steel as the absorber structure and scintillator as the active medium. …”
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    Design, Construction and Installation of the ATLAS Hadronic Barrel Scintillator-Tile Calorimeter
  15. 875
    por Okawa, H
    Publicado 2008
    “…We present a summary of cosmic ray and single beam commissioning results with the ATLAS hadronic Tile Calorimeter (TileCal). The emphasis will be on understanding the reconstruction of calorimeter data at each stage, from raw ADC counts, cell energy and timing, and high-level physics objects like clusters. …”
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    Commissioning of the ATLAS Tile Calorimeter with Cosmic Ray and Single Beam Data
  16. 876
    por Okawa, H
    Publicado 2008
    “…We present a summary of cosmic ray and single beam commissioning results with the ATLAS hadronic Tile Calorimeter (TileCal). The emphasis will be on understanding the reconstruction of calorimeter data at each stage, from raw ADC counts, cell energy and timing, and high-level physics objects like clusters. …”
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    Commissioning of the ATLAS Tile Calorimeter with Cosmic Ray and Single Beam Data
  17. 877
    “…The ATLAS Tile Calorimeter (TileCal) will be used to measure i) the energy of hadronic showers and ii) the Time of Flight (ToF) of particles passing through it. …”
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    Time Calibration of the ATLAS Hadronic Tile Calorimeter using the Laser System
  18. 878
    por Davidek, T, Volpi, M, Zenis, T
    Publicado 2009
    “…Several Tilecal modules were exposed to hadron beams in the H8 SPS area. …”
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    Response of the ATLAS Tile Calorimeter to Hadrons in Stand-Alone Testbeam Data
  19. 879
    por Saraiva, J G
    Publicado 2010
    “…TileCal, the central hadronic calorimeter of the ATLAS experiment at the CERN Large Hadron Collider (LHC), is built of steel and scintillating tiles with a double readout by optical fibers and uses photomultipliers as photodetectors. …”
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    Commissioning of the ATLAS Tile Hadronic Calorimeter with Single Beam and First Collisions
  20. 880
    por Sefkow, Felix, Lucaci-Timoce, Angela
    Publicado 2010
    “…It is based on scintillator tiles, read out by silicon photomultipliers (SiPMs). …”
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    Monte Carlo Studies of the CALICE AHCAL Tiles Gaps and Non-uniformities
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