Based on the solution rheology, the entanglement concentration (ce) was determined to be 1 wt%.
Based on the solution of a polynomial equation, the global optimum is found by an explicit algorithm.
Based on the solution of a nonlinear differential equation with constant coefficients, an approximative solution is introduced.
Based on the solution structure of ZFD, it can be inferred that the ZnF1 interacts with RNA electrostatically, while the ZnF2 interacts with RNA hydrophobically.
The methodology is based on the solution region theory.
However, the approach based on the solution method to prepare this structure is rarely disclosed.
Their model was derived based on the solution technique presented by Gringarten and Ramey (1973).
The LSM is based on the solution of Hamilton Jacobi differential equations.
The CoV of each tuple is calculated based on the solution concept Shapley value.
After that, based on the solution, pressure transient behavior of the MFHW was obtained.
The main bearing lubrication analysis is based on the solution of the Reynold's equation.
