%I
%S 2,5,11,13,17,37,41,67,73,107,127,131,149,173,191,193,211,223,233,239,
%T 241,251,257,263,277,281,337,349,353,373,419,431,443,491,509,521,541,
%U 547,557,613,653,661,683,701,709,719,733,761,769,787,853,877,907,1019,1031,1091,1093,1153,1163,1187,1193,1201,1259,1381,1433,1451,1453,1553,1597,1637,1657,1709,1721,1753,1759,1777,1783,1811,1889,1907,1931,1973,2027
%N a(n) = smallest member of the nth term in S(2) (defined in Comments).
%C Let H(L,b) be the Hamming graph whose vertices are the sequences of length L over the alphabet {0,1,...,b1} with adjacency being defined by having Hamming distance 1. Let P(L,b) be the subgraph of H(L,b) induced by the set of vertices which are base b representations of primes with L digits (not allowing leading 0 digits). Let S(b) be the sequence of all components of the graphs P(L,b), L>0, sorted by the smallest prime in a component.
%Y Cf. A145667A145674, A104080, A014234.
%K nonn,base
%O 1,1
%A _W. Edwin Clark_, Mar 17 2009
%E More terms from _Max Alekseyev_, May 12 2011
