从图中可以看出随着角频率的增加，溶液的储存模量G'和损耗模量G"都有所

It can be seen from the figure that as the angular frequency increases, the storage modulus G'and loss modulus G" of the solution both increase. This is because the molecular chain does not have enough time to rearrange the orientation and can only be changed by changing the molecular chemical bond To achieve the response to external stress, which requires quite high energy.

From the figure can be seen with the increase of angular frequency, the storage of the solution modulus G' and the loss of the modulus G"" have increased, because the molecular chain does not have enough time to rearrange orientation, can only be achieved by changing the length of the molecular chemical bonds to achieve the response to external stress, which requires a considerable amount of energy.

It can be seen from the figure that the storage modulus G 'and loss modulus G "of the solution increase with the increase of angular frequency. This is because there is not enough time for the molecular chain to rearrange its orientation, and the response to external stress can only be achieved by changing the length of the molecular chemical bond, which requires quite high energy.<br>