This is a front-end for the Online Encyclopedia of Integer Sequences, made by Christian Perfect. The idea is to provide OEIS entries in non-ancient HTML, and then to think about how they're presented visually. The source code is on GitHub.
%I A352346 #22 Mar 22 2022 15:33:58 %S A352346 26,52,148,280,320,454,1150,1480,8000,41650,80300,165656,166088, %T A352346 614900,2353700,2859460,28233200,66130400,68941640,85717240,107300320, %U A352346 131507080,155478800,207666520,1426680920,1824596800,2468014900,2475648820,5342351060,5355218900,5857281500,8550475900,36025361120 %N A352346 Common terms between A061078 and A061077. %C A352346 Smarandache's conjecture: there are infinitely many terms. %C A352346 This is a subsequence of A061076. %D A352346 A. Murthy, Smarandache friendly numbers and a few more sequences, Smarandache Notions Journal, Vol. 12, No. 1-2-3, Spring 2001. Page 267 %H A352346 Chai Wah Wu, <a href="/A352346/b352346.txt">Table of n, a(n) for n = 1..205</a> %e A352346 26 is a term of this sequence, in fact: %e A352346 26 = 1+3+5+7+9+1*1 (A061077(6)=26); %e A352346 26 = 2+4+6+8+1*0+1*2+1*4 (A061078(7)=26). %t A352346 Intersection[Accumulate[Times @@@ IntegerDigits[Range[2, 10000000, 2]]], %t A352346 Accumulate[Times @@@ IntegerDigits[Range[1, 10000000, 2]]]] %o A352346 (Python) %o A352346 from math import prod %o A352346 from itertools import islice %o A352346 def A352346_gen(): # generator of terms %o A352346 n1, m1, n2, m2 = 1, 1, 2, 2 %o A352346 while True: %o A352346 if m1 == m2: %o A352346 yield m1 %o A352346 k = 0 %o A352346 while k == 0: %o A352346 n1 += 2 %o A352346 m1 += (k := prod(int(d) for d in str(n1))) %o A352346 while m2 < m1: %o A352346 n2 += 2 %o A352346 m2 += prod(int(d) for d in str(n2)) %o A352346 A352346_list = list(islice(A352346_gen(),20)) # _Chai Wah Wu_, Mar 21 2022 %Y A352346 Cf. A061076, A061077, A061078. %K A352346 nonn,base %O A352346 1,1 %A A352346 _Luca Onnis_, Mar 12 2022