Sentence examples for outlet solution from inspiring English sources

Discharging tests show that absorption operates in conditions that could allow house heating as the absorber outlet solution temperature can reach 40 °C.

The outlet solution, which contains the nanoparticles, was collected in a beaker and maintained in agitation until the infusion was complete and the suspension was ready to be centrifuged (4000 rpm for 1 h).

Influences of high pressure generator temperature, low pressure generator temperature, absorber outlet solution temperature as well as other system working parameters on cycle performance are numerically simulated and parametric optimization is provided in the present model.

Nanoparticles in outlet solutions were separated through centrifugation for 10 min at 3000 rpm followed filtration with the 0.22 μm polytetrafluoroethylene syringe filters (Schleicher & Schuell, Germany).

COD removal efficiency (Y) was calculated from Eq. 2: Yleft( % right) = C_{0} - C_{e} /C_{0} times 100 (2)where C e and C0 are COD concentrations in inlet and outlet solutions (mg/l), respectively.

COD concentration in inlet and outlet solutions was analyzed using UV/VIS spectrophotometer (HACH, DR-5000) according to the D5220 method in the handbook of standard methods for the examination of water and wastewater (Federation and Association 2005).

Styrene concentration was determined both in the feed and outlet solutions.

These simulations estimate not only the optimum COP as a function of the outlet HTG solution temperature, but also the solution mass-flow rates to be pumped to each generator in order to attain that optimum.

In the standard condition, the inlet temperature, outlet temperature, solution feed rate, aspiration rate and compressed spray air flow were set at 135 °C, 75 °C, 6 ml/min, 75% and 10 L/min, respectively.

The initial conditions at x = 0 to L for the main solar still components were taken as follows; for the glass cover T g (x,0) = T a (0), for the absorber plate, T p (x,0) = T a (0) and the water inlet and outlet of solution; T w,i (x,0) = T w,o (x,0) = T a (0).

Good agreement prevailed for the analytically evaluated water vapor mass transfer flux and aqueous solution outlet temperature when compared with measured values at similar operating conditions.