Keywords: CT دوگانه انرژی; Crohn's disease; CT enterography; Dual-energy CT;
مقالات ISI CT دوگانه انرژی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: CT دوگانه انرژی; Proton CT; Dual-energy CT; Mean excitation energy;
Keywords: CT دوگانه انرژی; Dual-energy CT; Iodine quantification; Liver imaging; Neuroendocrine tumors; Hepatocellular carcinoma;
Keywords: CT دوگانه انرژی; CT colonography; Colon cancer; Dual-energy CT; Dual-layer spectral detector CT; Electronic cleansing;
Keywords: CT دوگانه انرژی; Pulmonary hypertension; Non invasive imaging; Dual-energy CT; Imaging: emerging technologies; Chronic thromboembolic pulmonary hypertension; Haemodynamic evaluation;
Keywords: CT دوگانه انرژی; Dual-energy CT; Image quality; Virtual monoenergetic images; Artifact; Metal;
Keywords: CT دوگانه انرژی; BA; basilar artery; CCA; common carotid artery; CNR; contrast-to-noise ratio; DECT; dual-energy CT; DE-CTA; dual-energy CTA; ICA; internal carotid artery; MCA; middle cerebral artery; SNR; signal-to-noise ratio; VMI; virtual monoenergetic imaging; VMI+; n
Keywords: CT دوگانه انرژی; Dual-energy CT; Spectral CT; Spectral imaging; CT technology; Material differentiation;
Keywords: CT دوگانه انرژی; Multidetector row CT; Maxillofacial; Imaging; Dual-energy CT; Perfusion CT; Texture analysis;
Keywords: CT دوگانه انرژی; Dual-energy CT; Musculoskeletal; Gout; Bone marrow edema; Artifact reduction; Tendons; Ligaments;
Keywords: CT دوگانه انرژی; Dual-energy CT; Spectral imaging; Pulmonary blood volume; Pulmonary nodule; Lung cancer; Iodine map; Thoracic malignancy; Virtual noncontrast image;
Keywords: CT دوگانه انرژی; Dual-energy CT; Renal stone; Renal mass; Radiation dose;
Keywords: CT دوگانه انرژی; Dual-energy CT; Abdomen; Pelvis; Trauma; Ischemia; Gangrene; Gallstone; Inflammation;
Keywords: CT دوگانه انرژی; Dual-energy CT; Computed tomography; Abdominal imaging; Iodine-selective imaging;
Keywords: CT دوگانه انرژی; Dual-energy CT; Virtual monochromatic images; Spectral Hounsfield unit attenuation curves; Iodine map; Squamous cell carcinoma; Cartilage invasion; Artifact reduction; Workflow;
Keywords: CT دوگانه انرژی; Dual-energy CT; Spectral CT; Radiation dose; Contrast media; Iodine; Virtual unenhanced; Material density; Split-bolus;
Keywords: CT دوگانه انرژی; Tomography; X-ray computed; dual-energy CT; material decomposition; cholesterol gallstones;
Keywords: CT دوگانه انرژی; Carotid; CT; dual-energy CT; leukoaraiosis;
Keywords: CT دوگانه انرژی; Dual-energy CT; Spectral CT; Hypervascular liver lesions; Material density; Iodine; Concentration;
Keywords: CT دوگانه انرژی; Dual-energy CT; Head and neck imaging; Cervical lymphadenopathy; Cervical lymph nodes;
Keywords: CT دوگانه انرژی; Dual-energy CT; Virtual monoenergetic imaging; Malignant melanoma; Image quality; Oncology;
Keywords: CT دوگانه انرژی; IMCC; intrahepatic mass-forming cholangiocarcinoma; LA; liver abscess; PVP; portal venous phase; DECT; dual-energy CT; VMI; virtual monochromatic images; ROI; region of interest; PACS; picture archiving and communications system; SD; standard deviation; N
Keywords: CT دوگانه انرژی; BVÎ; change in blood volume ratio; DECT; dual-energy CT; FEV1; forced expiratory volume over 1âs; LVÎ; change in lung volume; PFT; pulmonary function test; SD; standard deviation; Lung cancer; Surgery; Physiologic change; Dual-energy CT; Quantitative
Keywords: CT دوگانه انرژی; Dual-energy CT; Beam-hardening artifact reduction; Virtual monochromatic imaging; Virtual subtraction imaging;
Keywords: CT دوگانه انرژی; Dual-energy CT; Spectral CT; Head and neck; Workflow; Radiology department productivity; Optimized DECT protocols; Virtual monochromatic images; Material decomposition maps;
Keywords: CT دوگانه انرژی; Dual-energy CT; Intracranial hemorrhage; Calcification; Iodine staining; Iodine map; Calcium overlay maps; Material decomposition; Virtual non-contrast images;
Keywords: CT دوگانه انرژی; Dual-energy CT; Head and neck squamous cell carcinoma; Virtual monochromatic images; Material decomposition iodine maps; Spectral Hounsfield unit attenuation curves; Machine learning; Texture analysis; Radiomic analysis;
Keywords: CT دوگانه انرژی; Dual-energy CT; Spectral CT or multienergy CT; Dual-source CT; Fast kVp switching; Gemstone spectral imaging; Layered or sandwich detectors; Photon counting; Virtual monochromatic images;
Keywords: CT دوگانه انرژی; Dual-energy CT; Head and neck squamous cell carcinoma; Thyroid cartilage invasion; Lymphadenopathy; Dental artifact; Virtual monochromatic images; Material decomposition iodine maps; Spectral Hounsfield unit attenuation curves;
Keywords: CT دوگانه انرژی; Dual-energy CT; Neurovascular; Bone-removal; Virtual non-contrast; Virtual monochromatic; “Spot-sign”;
Keywords: CT دوگانه انرژی; Dual-energy CT; Virtual monochromatic images; Weighted average images; Basis material decomposition; Iodine maps; Virtual unenhanced images; Spectral Hounsfield unit attenuation curves; Workflow;
Keywords: CT دوگانه انرژی; Dual-energy CT; Virtual monochromatic image; Bone removal; Bone subtraction image; Iodine distribution map; Effective atomic number; Basis material analysis;
Keywords: CT دوگانه انرژی; CT; Dual-energy CT; Genitourinary imaging; Renal stone; Renal mass; Radiation dose;
Keywords: CT دوگانه انرژی; X-ray photon counting; CdTe detector; Energy-selecting device; Photon-count energy subtraction; Dual-energy CT; K-edge CT;
Keywords: CT دوگانه انرژی; Pictorial review; Dual-energy CT; Head and neck imaging; Virtual monochromatic images; Material decomposition maps; Iodine overlay maps; Virtual unenhanced or noncontrast images; Head and neck cancer;
Keywords: CT دوگانه انرژی; Stroke; Posterior fossa; CT; Dual-energy CT; MRI; DWIkVp, peak kilovoltage; keV, kiloelectron volts
Keywords: CT دوگانه انرژی; Spinal fracture; compression; bone marrow; contusion; dual-energy CT;
Keywords: CT دوگانه انرژی; Monoenergetic; Dual-energy CT; Dual-source CT; Lung cancer; Chest
Keywords: CT دوگانه انرژی; Dual-energy CT; Urinary stones; Uric acidTC de doble energía; Litiasis urinarias; Ácido úrico
Keywords: CT دوگانه انرژی; Chronic thromboembolic pulmonary hypertension; Dual-energy CT; Lung perfused blood volume; SPECT; Animal model
Keywords: CT دوگانه انرژی; Liver; Pancreas; Spleen; CT angiography; Dual-energy CT;
Keywords: CT دوگانه انرژی; Gout; Crystal arthropathy; Calcification; Imaging; Radiography; Ultrasound; Dual-energy CT; MRI;
Keywords: CT دوگانه انرژی; Dual-energy X-ray diode; Double Si diode; Dual-energy CT; Gd-K-edge CT; Energy subtraction
Keywords: CT دوگانه انرژی; Gout; gouty arthritis; dual-energy CT; ultrasound;
Keywords: CT دوگانه انرژی; Lung neoplasms; granuloma; plasma cell; dual-energy CT;
Keywords: CT دوگانه انرژی; dual-energy CT; molecular CT imaging; spectral CTCAC, coronary artery calcium; CTA, computed tomographic angiography; CT, computed tomography; DECT, dual-energy computed tomography; MPI, myocardial perfusion imaging; SECT, single-energy computed tomograph
Keywords: CT دوگانه انرژی; Coronary CT angiography; Coronary artery disease; Myocardial perfusion imaging; Dual-energy CT; Fractional flow reserve; Transluminal attenuation gradient;
Keywords: CT دوگانه انرژی; Gadoxetate Disodium; Dual-energy CT; Cholangiocarcinoma
Bone marrow edema in traumatic vertebral compression fractures: Diagnostic accuracy of dual-layer detector CT using calcium suppressed images
Keywords: CT دوگانه انرژی; Bone marrow edema; Calcium suppressed images; Calcium suppression index; Dual-energy CT; Dual-layer CT;
Extracellular volume quantitation using dual-energy CT in patients with heart failure: Comparison with 3T cardiac MR
Keywords: CT دوگانه انرژی; Heart failure; Diffuse myocardial fibrosis; Dual-energy CT; Cardiac MR; Extracellular volume;