【摘 要】
：
Background,Motivation and Objective For Doppler examination,intra-corporeal major vascular flows are relatively easy object for duplex or CFM scanner,shallow small flows are also easy for single beam
【机 构】
：
Renal and Urologic Surgery,Asahikawa Medical University,Asahikawa,Japan
论文部分内容阅读
Background,Motivation and Objective For Doppler examination,intra-corporeal major vascular flows are relatively easy object for duplex or CFM scanner,shallow small flows are also easy for single beam CWD system because their locations are relatively well known.Motivation and object of this study is to provide a skill-free volumetric method and means for Doppler imaging and measurement for deep intra-corporeal small flows typically in pelvic zone.
其他文献
Background,Motivation and Objective In the field of high frequency ultrasound imaging i.e.,＞ 20 MHz,there is a lack of tools for characterizing the performance of imaging systems.
Background,Motivation and Objective Boosted by the modern trend in postponing conception,the number of women facing infertility problems is considerably increasing.
Background,Motivation and Objective The acquisition and interpretation of ultrasound images remains a great challenge for new users during a typical learning process which takes up to 12 months under
Background,Motivation and Objective Ultrasound has been used successfully for detecting and characterizing small breast lesions.To improve the image quality,an imaging method known as Born Inversion(B
Background,Motivation and Objective A standard way to extend the spatial resolution of medical ultrasound scanners beyond their default limits is by means of image deconvolution.
Background,Motivation and Objective We investigated the feasibility of a monitoring imaging method to visualize and evaluate the high intensity focused ultrasound(HIFU) induced lesion in vitro during
Background,Motivation and Objective Prostate cancer(PCa) is the most occurring type of cancer in the Western World.However,the most common diagnostic tool,systematic biopsy,is invasive and has low sen
Background,Motivation and Objective Functional transcranial Doppler ultrasound(fTCD) is a non-invasive sensing modality that measures blood flow velocities in cerebral arteries(CBFV) with high tempora
Background,Motivation and Objective In ophthalmic ultrasonography the crystalline lens is known to be the main source of phase aberration,as ultrasounds(US) propagate about 10 ％faster than in the sur
Background,Motivation and Objective Traditional spatial compounding in general,employs multiple distinct transmit/receive beam angles which insonify a common region,from which multiple images are form