Sentence examples for heat exchanging device from inspiring English sources

In addition, a detailed 2D axisymmetric unit cell model of adsorbent layer with heat exchanger was developed, followed by optimization of heat exchanging device design to minimize volume occupied by fins and tubes.

Steam injector (SI) is known as passive jet pump and heat exchanging device which operates without external power source or mechanical machineries.

Mixing is applied to achieve specified results in several situations, such as creating a suspension of solid particles; blending miscible liquids; dispersing gases through liquids; blending or dispersing immiscible liquids in each other; and promoting heat transfer between a fluid (liquid) and the coil or jacket of a heat exchanging device.

In this paper, two desiccant-coated heat exchangers, which are actually fin-tube heat exchanging devices coated with silica gel and polymer materials respectively, are investigated experimentally.

The application of surface structures to heat exchanging devices can help to enhance their heat transfer performance.

Accurate prediction of the heat transfer coefficient is important to reduce cost and save energy and material associated with over or under design of heat exchanging devices.

Temperature distributions of fluid streams in the heat exchanging devices are closely examined at different levels of ammonia concentration and they might be the most important design consideration in optimizing the power systems using a binary working fluid.

This study has shown that even under the best expected performance, selection of the appropriate correlation, mini or macro channel, is important for accurate prediction of heat exchanging devices.

The calculation of convection coefficients constitutes a crucial issue in designing and sizing any type of heat exchange device.

However, the Reynolds number provides very limited information about the nature of the fluid flow that is conveyed to the heat exchange device by the fluid mover.

The PV/T module is an integration of triple-junction solar cells and a heat exchange device, where the heat from triple-junction solar cells is collected and transported for thermal applications by fluid passing through.