Sentence examples for water absorber from inspiring English sources

The various factors affecting the productivity of solar still are solar intensity, wind velocity, ambient temperature, water glass temperature difference, free surface area of water, absorber plate area, temperature of inlet water, glass angle and depth of water.

In order to study the influence of adsorbed water on the NLO properties of the PS layers, the PS-ox sample in the holder was placed inside a hermetically closed 5-mm glass cuvette above the layer of anhydrous CaCl2, which is an efficient water absorber, and afterwards above the layer of H2O.

Additionally, a segmented, transient, ammonia-water absorber model is developed in Simulink® to assess the use of the property routines for practical engineering calculations.

The temperatures used were mean temperature of water element, absorber-water temperature, absorber-ambient air temperature, glass-water temperature, and glass-ambient air temperature.

It was found that the developed model could predict the outlet water and absorber plate temperature of the heating system with reasonable accuracy.

A two-dimensional mathematical energy model and a general numerical method are presented to obtain the water productivity, absorber plate and flow conduit temperature distributions.

Numerical simulations were carried out using a 3-dimensional computational fluid dynamics (CFD) to predict the outlet water and absorber plate temperatures using the experimental values of solar insolation, ambient temperature and inlet water temperature within one hour interval.

A computer program is developed in the EES Engineering Equation Solverr) to study the performance of the system such as; COP, ECOP, distilled water, and absorber utilized heat, and also to optimize them in six different configurations.

The effect of absorber water vapor pressure, solution flow rate, solution inlet concentration, cooling water inlet temperature and solution inlet temperature on the absorption rate is investigated.

Axial distance measured from inlet of brine water over the absorber (m).

The mass flow rate, inlet water temperature, and absorber emissivity are critical parameters for a solar collector.