Sentence examples for an eigenvalue of the problem from inspiring English sources

The burning velocity, an eigenvalue of the problem as soon as quenching is present, is a decreasing function of the quenching value.

Suppose that λ is an eigenvalue of the problem (E0).

Suppose that is an eigenvalue of the problem (1.1) and (1.2).

Suppose that is an eigenvalue of the problem (1.1) with (1.2) and fix with.

end{aligned} (2.6) Let (lambda=lambda_{0}) be an eigenvalue of the problem (2.4 - 2.6 2.4 - 2.6

Clearly, (tilde{lambda}=0) is not an eigenvalue of the problem (34).

Problem (1.1) happens to be at resonance, since (lambda=0) is an eigenvalue of the linear problem left { textstylebegin{array}l} -D^{alpha}_{0+}u=lambda u, quad 0< t< 1, u(0)=0,qquad u(1)=eta u xi), end{array}displaystyle right.

The mass and momentum balance equations, which are based on lubrication theory, were nondimensionalized and solved for the velocity and pressure fields by using perturbation and numerical techniques, where the leave-off distance represents an eigenvalue of the mathematical problem.

The dimensionless mass and momentum balance equations, which are based on lubrication theory, were solved for the velocity and pressure fields by using perturbation techniques, where the exiting sheet thickness represents an eigenvalue of the mathematical problem.

It is evident that η can be selected so that (lambda=0) is not an eigenvalue of the new problem.

We prove that if λ is an eigenvalue of the considered problem, then λ can be embedded in a continuous eigenvalue branch.