The phrase "solution interval" is correct and usable in written English.
It is typically used in mathematical contexts to refer to the range of values that satisfy a given equation or inequality.
Example: "To find the solution interval for the inequality, we need to determine the values of x that make the expression true."
Alternatives: "solution range" or "valid interval."
During the daily solution interval, the WRMS of UT1-UTC residuals increase 8 and 20 % after 12 and 24 h, respectively.
As discussed above, these properties leave one ill-equipped to link a REIM with other models, which depict the continuous unfolding of events over periods of time that are shorter than the observation or solution interval of the REIM.
Inequalities corresponding to (8) are (-8x+1<0) and (x^{2}-10x+1<0) with common solution interval ((1/8,5+sqrt{24})), every t from this interval gives a common diagonal solution.
Thus, decision alternatives can be generated by adjusting decision variable values within their solution intervals.
Eigenvalue solution with interval evaluation of the commonly used numerical techniques is not feasible, because if they are applied directly the solution intervals diverge.
The response of a linear system to general excitation for interval matrices of the system parameters cannot be found with interval evaluation of the commonly used numerical techniques, because if they are applied directly the solution intervals diverge.
24:1953-1235, 1953), three new solutions (totally six solutions) and no-solution interval, which is one of important characteristics for the laminar flow through porous pipe with stationary wall (Terrill and Thomas in Appl. Sci. Res. 21 37-67, 1969), are found numerically for the first time.
Both tetrahedral GaIV and AlIV may coexist in solution, the interval being defined by potentiometric methods.
Results show that the convex models method is the most conservative method, and the solution of interval analysis method is very close to the other methods.
The results can be useful in the study of the uniqueness of the solution for interval-valued differential equations or interval-valued integro-differential equations.
A new technique is proposed to find the exact solutions of IFDDE by using the solutions of interval integer order delay differential equation.
