%I #3 Mar 31 2012 13:23:39
%S 1,2,2,6,6,4,24,24,18,24,10,120,120,120,120,90,80,26,720,720,720,480,
%T 720,720,300,480,540,300,76,5040,5040,5040,5040,5040,5040,3360,3780,
%U 3360,5040,2100,2100,2520,1092,232,40320,40320,40320,40320,25200,40320
%N Irregular table T(n,k) = A164341(n,k) * A036039(n,k) read by rows.
%C The n-th row has A000041(n) columns.
%C The row sums yield A111883(n) = A000085(n)^2.
%C A000041 and A000085 are also relevant to the table defined by A104778.
%e The row lengths of A164341 and A036039 are the same, so one can multiply
%e the flattened arrays point-by-point to compute this sequence here:
%e 1..2..2..3..2..4.. A164341 times
%e 1..1..1..2..3..1.. A036039 yields
%e 1..2..2..6..6..4..
%Y Cf. A000041, A000085, A036039, A104778, A111883, A164341.
%K easy,nonn,tabf
%O 1,2
%A _Alford Arnold_, Mar 12 2010
%E Definition rephrased by _R. J. Mathar_, Mar 26 2010