signal-to-noise-ratio - Globe Thesis

Keyword [signal-to-noise-ratio] Result: 21 - 40 \| Page: 2 of 4
21.	Study According To The Tumor Character Gene Extract And Sort Of Statistical Analysis Law
22.	High B-value Diffusion MR Imaging In The Evaluation Of High-grade Gliomas And Solitary Metastases
23.	The Application Values Of Using Dual-energy Scan In Diagnosis Of Pancreatic Neoplasm With Dual-Source CT
24.	3D Volume Enhanced Scanning Techniques Of Magnetic Resonance Imaging Used In Intracranial Tumor
25.	GABA Improved Visual Cortical Function In Chronic Morphine Exposed Cats
26.	Application Value Of The Dual-source CT Technology In Cervical Lymph Nodes
27.	The Preliminary Research On Evaluating HCCs (Diameter≤30 Mm) Differentiation Using Of Gd-EOB-DTPA Enhanced MRI In Hepatobiliary Phase
28.	The Study Of The Noise Suppression Effect Of The CLAD Deconvolution Method
29.	The Study Of Multifunction QA Phantom For MRI
30.	The Influence Of Different Monochromatic Spectral Images To Imaging Quality And Transluminal Attenuation Gradient In Spectral CT Coronary Angiography
31.	Optimization Of Imaging Quality And Evaluation Of Coronary Stenosis By Using Gemstone Spectral Imaging:an In Vitro Study
32.	A Preliminary Study About The VOI Size Influence The SNR Of The MRS In Myometrium
33.	Cine-MRI Research Of Uterine Peristalsis
34.	The Study Of Image Quality And Repeatability Of Apparent Diffusion Coefficient Measurements On Liverdiffusion-Weighted Magnetic Resonance Imaging Based On Gating Techniques
35.	Using Somatom Definition Flash Dual-source CT Dual-energy Mode To Improve The Cardiac Image Qualities In Overweight Or Obese Patients:A Preliminary Study
36.	Study Of Fourier Domain Optical Coherence Tomography Based 3D Blood Flow Imaging Of Human Skin
37.	Permutation Fuzzy Entropy And Its Application In The Analysis Of Eeg
38.	Stochastic Resonance In Nonlinear Integral-and-Fire Neuron Model Driven By Noise
39.	The Clinical Application Of CT Morphological Analysis And Energy Spectrum Imaging In Laryngeal Lesions
40.	Applied Research Of PET-like Imaging In Multiple Myeloma At Siemens 3.0T Scanner
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