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Highly porous acoustic support having a high thermal conductivity with respect to the ultrasound transducer array

机译:相对于超声换能器阵列具有高导热率的高度多孔的声载体

摘要

A backing block for an ultrasonic transducer array stack of an ultrasound probe is formed as a composite structure of material of high thermal conductivity in which is embedded a structure of acoustic dampening material. In a constructed embodiment the composite structure is formed from a block of thermally conductive graphite in which a plurality of cylindrical holes are formed which are filled with acoustic dampening material. The holes are angled in relation to the Z-axis direction from the rear of the transducer stack so that reverberation energy traveling in that direction will encounter acoustic dampening material. The graphite around the holes is effective to conduct heat to the rear of the probe and away from the transducer stack and its ASIC.
机译:用于超声探头的超声换能器阵列堆叠的支撑块形成为高导热率的材料的复合结构,其中嵌入了声衰减材料的结构。在构造的实施例中,复合结构由导热石墨块形成,在导热石墨块中形成多个圆柱形孔,这些孔填充有声阻尼材料。孔相对于Z轴方向从换能器堆栈的后部成角度,因此沿该方向传播的混响能量将遇到消音材料。孔周围的石墨可有效地将热量传导到探头的后部,并远离换能器堆栈及其ASIC。

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