finite element analysis; metallic thin films; phononic crystals; surface acoustic wave delay lines; surface acoustic waves; tungsten; 45° rotated square lattice PnC; LiNbOsub3/sub; SAW devices; W; anisotropic propagation; beam diffraction; cylindrical tungsten films; finite element analysis; lithium niobate substrate; long delay lines; metal films; phononic crystal; phononic crystals; phononic lens; surface acoustic wave diffraction; surface wave reflection; Films; Lattices; Lenses; Lithium niobate; Substrates; Surface acoustic wave devices; Surface acoustic waves; SAW device; phononic crystal; phononic lens; sruface acoustic wave;
机译:铌酸锂晶体表面二维声子晶体中表面声波的传播特征
机译:高超声速表面声子晶体中的伪表面声波
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机译:通过声子晶体降低表面声波的衍射
机译:纳米结构声子晶体中表面声波的布里渊研究
机译:纳米尺度的热力学研究:高超声速声子晶体中的脉冲激发伪表面声波
机译:高超声速表面声子晶体中的伪表面声波