In this paper, we study the asymptotic estimates of the positive integrable solutions of an integral system involving the Wolff potentials in Rn{u(x)="R1 x Wβ,γ vq)(x),v(x)="R2 x Wβ,γ up)(x).
By considering the flywheel and the platform as an integral system with gyroscopic effects, an equivalent dynamic model is developed and verified through eigenvalue and frequency response analysis.
In conceptual terms, the limbic system is regarded as an integral system for relating information to emotion, forming motivations of behavior, regulating autonomous and endocrine function, and consolidating memories.
The model simulates the coastal aquifer as an integral system considering complexities such as variable-density flow, variably saturated flow, irregular boundary conditions, irregular land surface and anthropogenic structures (e.g., dyke, drainage canals, water gates).
Next, we reduce system (1.1)–(1.2) to an integral system.
As application, we solve a kind of Lipschitzian systems in three variables and an integral system.
The branches represent an integral system of rifts, and yet they differ significantly.
A delay system (dot{x}(t)=Ax t)+Bx t-tau)), (t>0) is considered mostly as an integral system, where A, B are suitable matrices.
As we were able to successfully control etCO2 level and faced no respiratory problems, we succeeded in showing that such an integral system is not harmful for pigs.
The test is based on the conception that, the equipment, electronics, analytical operations, and samples to be analyzed represent an integral system that can be evaluated.
In this paper, the WPT system will be optimized to include also the power source circuit and the load circuit, in addition to the coils, as an integral system.
