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Two-finger (TF) SPUDT cells [Correspondence]

机译:两指(TF)SPUDT电池[对应]

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摘要

SPUDT cells including two fingers are only known thus far for so-called NSPUDT directions. In that case, usual solid-finger cells are used. The purpose of the present paper is to find SPUDT cell types consisting of two fingers only for pure mode directions. Two-finger (TF) cells for pure mode directions on substrates like 128u000b0;YX LiNbO3 and YZ LiNbO3 were found by means of an optimization procedure. The forward direction of a TF-cell SPUDT on 128u000b0;YX LiNbO3 was determined experimentally. The properties of the new cells are compared with those of conventional SPUDT cells. The reflectivity of TF cells on 128u000b0;YX LiNbO3 turns out to be two to three times larger than that of distributed acoustic reflection transducer (DART) and Hanma-Hunsinger cells at the same metal layer thickness.
机译:到目前为止,只有两个手指的SPUDT单元才知道所谓的NSPUDT方向。在那种情况下,使用常规的固体指状细胞。本文的目的是找到仅用于纯模式方向的由两个手指组成的SPUDT单元类型。通过优化程序,在诸如128u000b0; YX LiNbO3和YZ LiNbO3之类的基板上找到了纯模式方向的两指(TF)单元。实验确定了TF单元SPUDT在128u000b0; YX LiNbO3上的正向。将新电池的性能与常规SPUDT电池的性能进行比较。在相同的金属层厚度下,TF电池在128u000b0; YX LiNbO3上的反射率是分布式声反射换能器(DART)和Hanma-Hunsinger电池的2-3倍。

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