Heynemann H, Richter K P, Haerting J, Holzhausen H J, Baumann M, Jenderka K, Langkopf B, Millner R
Universitätsklinik für Urologie, Bereichs Medizin, Martin-Luther-Universität Halle-Wittenberg.
Z Exp Chir Transplant Kunstliche Organe. 1990;23(4):227-9.
Additional information on the tissue structure are possible by estimation of sound physical parameters in comparison with normal B-scan ultrasonography, especially the frequency-dependent ultrasound attenuation. The ultrasound attenuation measurements were made on histochemical normal and pathological testicular tissue with changing transducer-specimen distance. No markedly difference in damaging behaviour was found between normal and pathological testicular tissue at different distances.
通过与正常B超超声检查相比估计声音物理参数，尤其是频率依赖性超声衰减，可以获得有关组织结构的更多信息。在换能器与样本距离变化的情况下，对组织化学正常和病理睾丸组织进行了超声衰减测量。在不同距离下，正常和病理睾丸组织之间未发现明显的损伤行为差异。
