Sentence examples for the design of absorption from inspiring English sources

Wetting surface is a very important issue for the design of absorption applications and heat exchangers.

Such exciton-plasmon interactions allow the design of absorption and emission properties, control of nanoscale energy transfer processes, and creation of new excitations in the strong coupling regime [26, 27].

Within this general context, we propose a novel approach to address the design of absorption cooling systems under uncertainty in the energy cost.

The application of rate-based models incorporating mass and energy transfer phenomena for the design of absorption columns is common practice in chemical industry.

For the design of absorption processes and sulphuric acid mist precipitators the aerosol characteristic data like mean diameter and number concentration are required for different process conditions and raw gas concentrations.

The main objectives of this research were to establish the correlation equations to predict the heat transfer and pressure drop and to analyze and optimize the operating parameters for use in the design of absorption systems.

These parameters have a significant impact on the design of the absorption column.

An improvement in the design of the absorption foil holder is described which reduces the integrated column density uncertainty.

The optimization method proposed in this paper can be directly applied to the design of energy absorption devices and structures.

In this work, we show the design of the absorption section of a short wavelength infrared (SWIR) to visible direct up-conversion device.

This provides a different approach to the design of the absorption layer, which is generally not afforded by previous reports applying interface passivation and the control of trap states, focuses on the problem of recombination, and holds for a more convenient way to optimize interface properties.