from the group consisting of z 7 dodecenyl acetate z 8 dodecenyl acetate z 9 dodecenyl acetate e z 7 9 dodecadienyl acetate e e 8 10 dodecadienyl e 4 tridecenyl acetate z 9 tetradecenyl acetate z 9 tetradecenol z 11 tetradecenyl acetate z e 9 11 tetradecadienyl acetate z e 9 12 tetradecadienyl acetate z 11 hexadecenyl acetate z z 7 11 hexadecadienyl acetate e e z 4 6 10 hexadecatrienyl acetate z z 3 13 octadecadienyl acetate e z 3 13 octadecadienyl acetate z 13 icosen 10 one e e z 10 12 14 hexadecatrienyl acetate e z z 4 7 10 tridecatrienyl acetate e z 4 7 tridecadienyl acetate z z z 3 6 9 nonadecatriene z z z 3 6 9 eicosatriene z z z 3 6 9 heneicosatriene and the like in particular the advantage obtained by the inventive method is more remarkable when the compound to be stabilized is a long chain aliphatic compound having two or more double bonds in a molecule such as long chain aliphatic acetates and alcohols having a 1 3 or 1 4 dienic structure among the above named compounds in the following the method of the present invention is illustrated in more detail by way of examples and comparative examples although the scope of the invention is never limited thereby in any way in each of the tests no 1 to no 20 described below a glass capillary tube test no 1 to no 5 or polyethylene capillary tube test no 6 to no 20 having an inner.