Advances in Biomedical Engineering by R. Kenedi (Eds.) Read Online or Download Advances in Biomedical Engineering PDF

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Edler et al. (1961) have further developed the technique by recording continuously not the echoes themselves but their displacement-time curve. The first equipment achieving this con­ sisted of a lens which projected the normal echogram with pulsating echoes on to a vertically running film, a slit aperture ensured that only the rise and decay of the echoes immediately above the base line could reach the film. , 1957,1959). By making useof amulti- BIOMEDICAL APPLICATIONS OF ULTRASOUND 27 channel recorder, the ECG can be recorded simultaneously.

As a result of the introduction of electrostatic storage tubes the dis­ play of the completed cross-section image on the screen has now become possible. This is a significant step forward especially in the routine FIG. 15(a). Instrument 7900 S with electrostatic storage tube for ophthalmo­ logy. A-system and B-system (simple linear scan), the latter mainly for examining the orbita. application of the method. The firm of Kretztechnik, with our collabo­ ration and cooperation from Ossoinig has produced a B-scan equipment working with simple linear scanning of the orbit, which contains such a tube (Fig.

1961, 1962) and also by Rivara and Sanna (1962, 1963). Measurements of sonic velocities in muscular tissue and in fat were published by Frucht (1952, 1953), Rüdiger (1953) and Gärtner (1951). In Table 2 are listed the sound velocity values at 37°C in various tissues which we use at the present. These are average values from the named publications, corrected for temperature. BIOMEDICAL APPLICATIONS OF ULTRASOUND 33 T A B L E 2. Velocity of s o u n d a t 37°C Cornea Aqueous humour Lens Vitreous b o d y Scelera F a t tissue Distilled w a t e r 1,580 1,528 1,645 1,528 1,652 1,435 1,523 m/sec m/sec m/sec m/sec m/sec m/sec m/sec There have been reports by Alajmo and de Conciliis (1960), Baum and Greenwood (1958, 1964), Nover and Stallkamp (1960, 1963), Löpping (1962), Oksala et al.

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