在亚波长光学集成中，波导中表面等离子体传输模式的激发是一个重要的问题。利用表面全息法设计结构，并对表面等离子体波进行整形。将平面等离子体波匹配到双线波导中的对称和反对称模式，从而实现波导中两种模式的有效激发。利用时域有限差分法对设计结构进行验证，发现双线波导中两种模式能够有效激发。对结构参数进行优化，对称与反对称模式的激发效率分别达到8.7%和10.8%。

In the subwavelength optical integration, the excitation of surface plasmon polaritons (SPPs) propagation mode in waveguide is important. The structure is designed by using the surface electromagnetic wave holography (SWH) method, and the surface plasmon polariton waves are shaped. The well-designed structures can match plane surface plasmon polaritons waves to the symmetric and antisymmetric modes in double-wire waveguides. The effective excitation of the two modes in waveguide is realized. The designed structures are validated by the finitedifference time- domain method. The results show that two modes can be excited effectively. The excitation efficiencies of symmetric and antisymmetric modes can reach 8.7% and 10.8%, respectively, after optimizing structure parameters.