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The propagation of ultrasound through tissue depends on the attenuation and the speed of sound. Clinical studies have clearly shown the usefulness of the parameters speed of sound and tissue attentuation [1], if they can be imaged with a suitable spatial resolution. In the past two decades certain tomographical techniques have already been introduced for the measurement of those two parameters. The clinical applicability of these techniques was, however, extremely limited due to the fact that they either used some elaborate and dedicated measuring systems [3], [4] or their spatial resolution was too poor to be useful[2].

ULTRASOUND SPIRAL CT FOR THE FEMALE BREAST - FIRST PHANTOM IMAGING RESULTS -