Deletion of Bloch wave – MoM method

Comment: Previous comment left by IP user 172.114.136.117. No one said the internet does not mention "Bloch wave", but rather that the scientific literature does not mention it. See otability, EO, . The current page should be deleted as per Wikipedia policy; if you do not believe it should be merged into Frequency selective surface, please provide an alternative. It is standard practice to begin a new section in the article and merge the contents in there, it would not be ambiguous and could clearly state any differences with the rest of material in the Frequency selective surface article. Also, if you have knowledge on the subject, would you mind providing even a single reference for this method that brings together "Bloch waves" and the MoM method? If the article contained any of those, I would not have nominated it here
Stance: comment
Cited policy: Wikipedia:Notability (WP:N||WP:NEO||WP:DUE)

Comment: I must admit that I didn't really dig into or give thought to the topic while technically editing it back in May. The method discussed here appears to be spectral-domain method of moments with periodic boundary conditions for PEC scatterers; I don't really think that this very specific formulation for periodic media deserves its own article (but MoM, as a separate article from BEM, does, in my opinion). :Roger F. Harrington's and Rumsey's articles were cited to be "complementary" to the theory behind the formulation, I believe. I've seldom seen the term "bloch wave" in photonic crystal/periodic media literature; in this case, the full title appears to be the original contributor's own construct, failing . Also it should be noted that some of the content of this article is present on frequency selective surface article (added by the same IP user). The article ''under this name'' should be deleted in this case. It would be appropriate to salvage content for FSS article within the limits of 
Stance: comment
Cited policy: Wikipedia:Wikipedia is not a dictionary (WP:NEO||WP:DUE)