Computer Simulation of Triple Absorption Cycles. NH3/LiNO3, NH3/LiNO3+H2O/LiBr Absorption Cycle.

An Optimized Configuration for the Triple-Effect Absorption Cycle

Transient Characteristics of a Single-Effect Absorption Refrigeration Cycle

This paper deals with a lumped-parameter dynamic simulation of a single-effect LiBr-H2O absorption chiller. In many studies the thermodynamic properties of LiBr-H2O solution were taken from some approximate relations causing the results to be somewhat inaccurate. These relations were used to solve simultaneous differential equations involving the continuity of species constituting the LiBr-H2O ...

An Improved Modular Modeling for Analysis of Closed-Cycle Absorption Cooling Systems

A detailed modular modeling of an absorbent cooling system is presented in this paper. The model including the key components is described in terms of design parameters, inputs, control variables, and outputs. The model is used to simulate the operating conditions for estimating the behavior of individual components and system performance, and to conduct a sensitivity analysis based on the give...

Observations of Lyman-alpha Absorption in a Triple Quasar System

We have obtained follow-up observations of the quasar pair LBQS 0107−025A,B and new observations of the nearby quasar LBQS 0107−0232 with the Hubble Space Telescope Faint Object Spectrograph. Extended wavelength coverage of LBQS 0107−025A and B using the G270H grating was also obtained. This triple system is unique in providing sensitivity to coherent Lyα absorption on transverse scales of appr...

Steam Driven Triple Effect Absorption Solar Cooling System

The authors propose a solar cooling system employing a steam-driven triple effect absorption chiller as a new technique for saving CO2 emission in the air conditioning field. The absorption chiller is a cooling machine using thermal energy as a drive source, and it is ideal for utilizing solar heat. In addition, by employing a triple effect absorption chiller of high efficiency, a high energy s...