A Fast and Efficient Method for the COrrection of Defective Channels in X-Ray Computed Tomography Area Detectors

P. [1-11] [11]

• Artikel aus derselben Ausgabe (einzeln erhältlich)

  • Influence of Extremely Low Frequancy Magnetic Field on Alkaline Phosphatase and Gamma-Glutamyl Transpeptidase Activity
    Artikel abrufen
  • Experimental and Monte Carlo Endovascular Dosimetry of a 192Ir Source
    Artikel abrufen
  • Magnetocardiographic Functional Imaging and Integration with 3-D MRI Reconstruction of the Heart
    Artikel abrufen
  • A Method to Determine the AIR Kerma Calibration Factor for Thimble Ionization Chambers Used for 192Ir HDR Source Calibration
    Artikel abrufen
  • A Fast and Efficient Method for the COrrection of Defective Channels in X-Ray Computed Tomography Area Detectors
  • Comparative Radiosurgery between One Dedicated Stereotactic and One Conventional 3-D Planning System
    Artikel abrufen
  • On the Correlation of Pixel Noise, Spatial Resolution and Dose in Computed Tomography
    Artikel abrufen
  • Analysis and Simulation of the Refractive Behavious of the Human Crystalline Affected by Cataracts
    Artikel abrufen
  • Correction of Shear Artifact Caused by Unbalanced Alternating Readout Gradient in Echo-Planar Imaging
    Artikel abrufen
  • Announcement
    Artikel abrufen
  • Instructions to Authors
    Artikel abrufen

  Mehr anzeigen
• Informationen

  DOI: 10.1400/19259

  ISSN: 1724-191X

  Permalink: https://digital.casalini.it/10.1400/19259

  THEMENBEREICHE

  • Physik
  • Humanphysiologie