Browsing Moinul Haque Meaze by Subject

Now showing items 1-20 of 24

      Subject
      Antenna; 5G; LTE; multi-slot; sub-6 GHz [1]
      Asian palmyra palm, palmyraculture, self-reliance, biodiversity, key-stone species [1]
      Cancer, Radiotherapy, Medical Linac, Bremsstrahlung, Survey meter, Photoneutron, Neutron Dose Rate [1]
      Clinical Protocols Scattering Factors Radiation Dosimetry LINAC [1]
      Co-60 Teletherapy Units, Technical Report Series (TRS), Absorbed Absolute Dose. [1]
      Cobalt-60 teletherapy Indicators Field sizes [1]
      Diagnostic radiography, Quality control (QC), X-ray, HVL, Dosimeter [1]
      Electron linac, Pulsed neutrons, Total cross-sections, Tantalum, Resonance parameters, SAMMY [1]
      Electron linear accelerator; Multiple-foil activation method; Neutron distributions; Photon distributions; Pohang neutron facility; Water moderator; Water-cooled Ta target [1]
      Farmed fishes Atomic Absorption Spectrometer Essential and toxic metals Non-carcinogenic & carcinogenic risks Reduction in metal supplementation [1]
      Field size, percentage of depth dose, task group-51 [1]
      Intensity modulated radiotherapy, image guided radiotherapy, stereotactic radiotherapy, technical report series, source to surface distance [1]
      Ionizing Radiation; X-Ray; Radiography; Entrance Surface Dose; Effective Dose [1]
      linear accelerator, transmissions, cross-sections, resonance parameters, resonance integral, SAMMY code [1]
      Linear accelerator; total cross-sections; resonance parameters; SAMMY code. [1]
      n_TOF, CERN, neutrons, neutron induced reactions, neutron time-of-flight facility [1]
      Neutron cross section, manganese, optical model, TALYS, nuclear data evaluation [1]
      Neutron cross section; Aluminum; Optical model; TALYS [1]
      Neutron-induced reactions, neutron time-of-flight facility, spallation neutron source, stellar nucleosynthesis, advanced nuclear reactors. [1]
      Pohang neutron facility, Photoneutron, Ta-target, Moderator, MCNPX, EGS4, Time-of-Flight method, Neutron activation [1]