Keywords: سخت شدن پرتو; Intensity modulated radiotherapy; Compensator; Transmission; Beam hardening; Linear effective attenuation coefficient;
مقالات ISI سخت شدن پرتو (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: سخت شدن پرتو; Transmission detector; on-line dose monitoring; quality assurance; linear accelerator; beam hardening; IQM; Transmissionsdetektor; On-line-Dosisüberwachung; Qualitätssicherung; Linearbeschleuniger; Strahlaufhärtung; IQM;
Keywords: سخت شدن پرتو; Beam hardening; Energy shift; Neutron transmission; Attenuation coefficient; MCNP simulation
Keywords: سخت شدن پرتو; Artifact; beam hardening; CBCT; root-end filling
Keywords: سخت شدن پرتو; Cone beam computed tomography; Artifacts; Beam hardening; Metal artifact; Image noise;
Keywords: سخت شدن پرتو; Computed tomography; Beam hardening; X-ray; Streak artifacts
Keywords: سخت شدن پرتو; Computed tomography; Beam hardening; Geologic samples; Image segmentation; Image analysis;
Neutron tomography simulation by MAVRIC/Monaco code
Keywords: سخت شدن پرتو; Neutron transmission; Beam hardening; SCALE6.1; MAVRIC/Monaco; Mesh tally;
Enabling three-dimensional densitometric measurements using laboratory source X-ray micro-computed tomography
Keywords: سخت شدن پرتو; Laboratory X-ray micro-computed tomography; Beam characterisation; Python; Beam hardening; Three-dimensional densitometry;
Decomposing a prior-CT-based cone-beam CT projection correction algorithm into scatter and beam hardening components
Keywords: سخت شدن پرتو; CBCT; Scatter; Monte Carlo; Beam hardening; Proton therapy;
Effect of CT acquisition parameters of spiral CT on image quality and radiation dose
Keywords: سخت شدن پرتو; Additive Manufacturing; Spiral CT; Beam hardening; Radiation dose; Image noise; Grey relational analysis;
Non-invasive investigation of the cross-sectional solids distribution in CFB risers by X-ray computed tomography
Keywords: سخت شدن پرتو; Circulating fluidized bed; High-density riser; Radial solids distribution; X-ray; Computed tomography; Beam hardening; Non-invasive; Multi-phase flow; Model development;
Experimental assessment of the influence of beam hardening filters on image quality and patient dose in volumetric 64-slice X-ray CT scanners
Keywords: سخت شدن پرتو; X-ray CT; X-ray filters; Beam hardening; Image quality; Patient dose
Characterization and MCNP simulation of neutron energy spectrum shift after transmission through strong absorbing materials and its impact on tomography reconstructed image
Keywords: سخت شدن پرتو; Neutron transmission; Neutron tomography; Beam hardening; MCNP; Filtered Back Projection (FBP);
Prospectively ECG-Triggered Rapid kV-Switching Dual-Energy CT for Quantitative Imaging of Myocardial Perfusion
Keywords: سخت شدن پرتو; beam hardening; dual-energy CT; monochromatic; myocardial perfusion; rapid kV-switchingBH, beam hardening; CT, computed tomography; CTA, computed tomographic angiography; DCE, dynamic contrast enhanced; DECT, dual-energy computed tomography; ECG, electroc
Dual Energy CT Imaging in Cone-Beam Micro-CT for Improved Attenuation Coefficient Measurement
Keywords: سخت شدن پرتو; micro-CT; cone-beam; linear attenuation coefficient; beam hardening; dual energy;
Assessment of computerized treatment planning system accuracy in calculating wedge factors of physical wedged fields for 6 MV photon beams
Keywords: سخت شدن پرتو; Computerized treatment planning system; Wedge; Wedge factor; Beam hardening; Beam softening
Research of preprocessing of X-ray digital radiograph
Keywords: سخت شدن پرتو; Industry CT; Beam hardening; Polychromatic system parameters; Wavelet transform
Accuracy of volumetric bone mineral density measurement in high-resolution peripheral quantitative computed tomography
Keywords: سخت شدن پرتو; HR-pQCT; Trabecular bone; Micro-architecture; Structure; Mineral density; Beam hardening; Scatter; Osteoporosis
Beam hardening artifacts in micro-computed tomography scanning can be reduced by X-ray beam filtration and the resulting images can be used to accurately measure BMD
Keywords: سخت شدن پرتو; Micro-computed tomography; Beam hardening; Bone mineral density; Bone densitometry; Ash fraction
Development of novel statistical reconstruction algorithms for poly-energetic X-ray computed tomography
Keywords: سخت شدن پرتو; Beam hardening; Poly-energetic X-rays; Statistical reconstruction; Computed tomography
An improved algorithm for beam-hardening corrections in experimental X-ray tomography
Keywords: سخت شدن پرتو; Beam hardening; Computerized tomography; Cupping artifact; Inherent error; Convolution back projection
Reducing non-linear artifacts of multi-material objects in industrial 3D computed tomography
Keywords: سخت شدن پرتو; 81.70.TxArtifacts; Beam hardening; Computed tomography; Correction; Multi-material
Experimental system for high resolution X-ray transmission radiography
Keywords: سخت شدن پرتو; 87.59.H; 81.40.X; 07.85.FDigital radiography; Roentgenogram quality; Single photon counting pixel device; Beam hardening
Beam-hardening correction method based on original sinogram for X-CT
Keywords: سخت شدن پرتو; 81.70.Tx; 87.59.FmComputed tomography; Beam hardening; Sinogram; Correction
Beam hardening artifact reduction in microfocus computed tomography for improved quantitative coal characterization
Keywords: سخت شدن پرتو; Tomography; Coal characterization; X-ray analysis; Beam hardening
Application of an iterative artefact reduction method to neutron tomography
Keywords: سخت شدن پرتو; 87.59.Fm; 28.20.âv; Beam hardening; Artefact reduction;