When a polymer chain has only one end group attaching to the boundary and all the other segments are located in the half-space divided by the boundary, it is defined as a tail chain~. Obviously, the model of tail chai...When a polymer chain has only one end group attaching to the boundary and all the other segments are located in the half-space divided by the boundary, it is defined as a tail chain~. Obviously, the model of tail chain represents the simplest form of展开更多
In one space-and in one time -dimension a beam-like equation is solved, where the second time derivative is replaced by the α- fractional time derivative, 1 〈 α ≤ 2. The solution is given in closed form in terms o...In one space-and in one time -dimension a beam-like equation is solved, where the second time derivative is replaced by the α- fractional time derivative, 1 〈 α ≤ 2. The solution is given in closed form in terms of the Mttag-Leffler functions in two parameters.展开更多
基金Project supported by the National Natural Science Foundation of China.
文摘When a polymer chain has only one end group attaching to the boundary and all the other segments are located in the half-space divided by the boundary, it is defined as a tail chain~. Obviously, the model of tail chain represents the simplest form of
基金Supported by the Natural Science Foundation of Fujian Province(2001J009, Z0511015)the fund of Fuzhou University.
文摘In one space-and in one time -dimension a beam-like equation is solved, where the second time derivative is replaced by the α- fractional time derivative, 1 〈 α ≤ 2. The solution is given in closed form in terms of the Mttag-Leffler functions in two parameters.
