Sentence examples for behaviour of the solar from inspiring English sources

Because Isaac Newton's law of gravity served so well in explaining the behaviour of the solar system, the question arises why it was necessary to develop a new theory of gravity.

We use a nonlinear filter to give a faithful representation of nonlinear behaviour of the solar wind flow.

But, the consideration of intermittency as well as the volatile behaviour of the solar PV system forces incorporation of a battery storage system to overcome the fluctuated voltage profile and interrupted power supply, which raises the Cost of Energy (COE), Net Present Cost (NPC), and operating cost to another extent.

The experimental investigation of the dynamic behaviour of the solar desalination unit during summer season (June, July and August) and during a typical day in July was carried to study the temporal evolutions of the temperature of air and water and the relative humidity at the inlet and the outlet of each component of the system.

In the mantle different plasma features are ordered in altitude; some of these features are the consequence of the natural behaviour of the solar wind flow at the edge of its "container", and are described by current 3-D MHD models in fluid approach.

In fact, the results we have obtained using the method of topological embedding indicate that the behaviour of the solar wind can be approximately described by a low-dimensional chaotic attractor in the inertial manifold, which is a subspace of system phase space.

The proposed model can accurately predict the thermal behaviour of the solar-heated digester compared to the measured data.

The dynamic behaviour of this solar field was approximated by a simplified lumped-parameters nonlinear model based on differential equations, validated with real data and used in the feedback linearization control design.

Absorption spectroscopy, photoluminescence and current voltage measurements using 10 mwhite white light illumination in air, were carried out to determine the photovoltaic behaviour of the organic solar cells prepared.

This iterative formulation is compared to both a conventional MILP formulation and a dynamic simulation model to determine if the iterative formulation results in a design tool that is able to accurately represent the dynamic behaviour of a solar domestic hot water system, while maintaining the computational tractability and scalability of the model.

In this context a mathematical model for the simulation of the unsteady-state behaviour of a solar heated rotary kiln has been developed, which is used to figure out the specifics of the solar boundary conditions like intermittent insolation and at least one start-up period per day as well as for process design purposes.