Titlebook: CT of the Retroperitoneum; From Conventional to Giorgio Ascenti,Angelo Vanzulli,Rendon C. Nelson Book 2014 Springer-Verlag Italia 2014 Adre

要旨

書目名稱CT of the Retroperitoneum影響因子(影響力)




書目名稱CT of the Retroperitoneum影響因子(影響力)學(xué)科排名




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書目名稱CT of the Retroperitoneum網(wǎng)絡(luò)公開度學(xué)科排名




書目名稱CT of the Retroperitoneum被引頻次




書目名稱CT of the Retroperitoneum被引頻次學(xué)科排名




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書目名稱CT of the Retroperitoneum讀者反饋學(xué)科排名

為敵

聯(lián)邦

Network Models and Optimization designs that have energy-sensitive photon-counting abilities. Soft-tissue characterization and selective contrast material detection are achieved by recognizing tissue- and material-specific energy distributions. In this chapter, technological and physical basis of dual- and multi-energy CT will be explained.

減至最低

Advanced Planning and Scheduling Models,zation over standard single-energy CT and has specific applications for pancreatic imaging. Imaging at lower energies, creation of iodine-only images, and the availability of monochromatic imaging may provide a variety of advantages in focal pancreatic lesion detection.

乞討

Ataxia

Adrenal Glands,ties of lipid-containing tissues, spectral MDCT provides advantage in adrenal lesions characterization. As a result, unenhanced CT may be omitted from adrenal MDCT protocol if a dual-energy acquisition is performed.

Ataxia

Book 2014ts information on the physical and technical background of DECT and considers nonspecific and specific software advantages. Clinical applications of DECT in the evaluation of retroperitoneal viscera are then addressed in detail with the help of high-quality illustrations. Particular attention is dev

熟練

Introduction and Technical Principles, designs that have energy-sensitive photon-counting abilities. Soft-tissue characterization and selective contrast material detection are achieved by recognizing tissue- and material-specific energy distributions. In this chapter, technological and physical basis of dual- and multi-energy CT will be explained.

BAN

Pancreas,zation over standard single-energy CT and has specific applications for pancreatic imaging. Imaging at lower energies, creation of iodine-only images, and the availability of monochromatic imaging may provide a variety of advantages in focal pancreatic lesion detection.

聚集

Dual-, Multi-, and Mono-Energy CT & Iodine: Basic Concepts and Clinical Applications,elation existing between energy and contrast, and technical differences existing between dual-, multi-, and mono-energy CT protocols is necessary to exploit their diagnostic potential in our clinical practice.